CN208925849U - Stew steaming appliance - Google Patents

Abstract

The utility model discloses a kind of stewed steaming appliance, including main boiler body and the cistern assembly for being covered on the main boiler body upper end, the main boiler body and the cistern assembly are enclosed to stew jointly steams chamber, the main boiler body includes: outer pot, the outer pot is set to the lower section of the cistern assembly, and is enclosed the stewed steaming chamber jointly with the cistern assembly；Heating device, the heating device are set to the lower section of the outer pot, are formed in the heating device and the stewed heating chamber steaming chamber and being connected to；Water storage cavity is formed in the cistern assembly, the cistern assembly is connect with the heating device by pipeline, the water storage cavity is connected to the heating chamber.The technical solution of the utility model can effectively promote the cooking efficiency of stewed steaming appliance.

Description

Stew steaming appliance

Technical field

The utility model relates to living electric apparatus technical field, in particular to a kind of stewed steaming appliance.

Background technique

Traditional stewed steaming appliance, for example electric cooking pot etc. in use, need to be prior in its outer pot plus water, later to outer pot at it Interior water is heated, and as heating process constantly carries out, heat is transferred to stewed core by water body, then is transferred to by stewed core and is wherein contained The food put.Obviously, such cooking process can expend user's a large amount of time, inefficiency.

Utility model content

The main purpose of the utility model is to provide a kind of stewed steaming appliance, it is intended to effectively promote the culinary art effect for stewing steaming appliance Rate.

To achieve the above object, the utility model proposes stewed steaming appliance include main boiler body and being covered on the main boiler body The cistern assembly at end, the main boiler body and the cistern assembly are enclosed to stew jointly steams chamber,

The main boiler body includes:

Outer pot, the outer pot are set to the lower section of the cistern assembly, and are enclosed jointly with the cistern assembly described It stewes and steams chamber；

Heating device, the heating device are set to the lower section of the outer pot, are formed in the heating device and stew with described Steam the heating chamber of chamber connection；

Water storage cavity is formed in the cistern assembly, the cistern assembly is connect by pipeline with the heating device, with The water storage cavity is connected to the heating chamber.

Optionally, the heating device includes bottom wall and encloses the side wall set on the bottom wall periphery, the pipeline connection in The bottom wall or side wall；

The bottom wall and the side wall are enclosed the heating chamber jointly, and the bottom of the outer pot offers resigning mouthful, The upper end of the side wall is protruded into the resigning mouthful, and the heating chamber is connected to the stewed steaming chamber.

Optionally, the heating device further includes the water inlet pipe set on the wall outer surface, the water inlet pipe court It is connected to one end of the side wall with the side wall, the one end of the water inlet pipe far from the side wall and the pipeline are far from institute State one end connection of cistern assembly.

Optionally, the periphery of the resigning mouthful is equipped with erecting bed, and the upper end of the side wall has extended outward to form installation folding Side, the installation folding are overlapped in the erecting bed.

Optionally, it is also folded between the installation folding and the erecting bed for filling the outer pot and the heating Set the sealing element of sealed connection.

Optionally, the cistern assembly includes water tank, the tank lid together in the outer pot upper end, and with the outer pot It is enclosed the stewed steaming chamber jointly, the water storage cavity, surface of the water tank towards the outer pot are formed in the water tank The overflow hole being connected to the water storage cavity is offered, the overflow hole is located at the outside of the outer pot；

The one end of the pipeline far from the heating device is connected to by the overflow hole with the water tank.

Optionally, the cistern assembly further includes in the overflow hole, the water control valve for blocking the overflow hole Component, when upper end of the tank lid together in the outer pot, the pipeline is supported and is pushed away far from one end of the heating device It moves the water control valve component to move into the water storage cavity, so that the water control valve component opens the overflow hole.

Optionally, the hole wall of the overflow hole is equipped with spacing block set, and the water control valve component includes:

Valve body, the valve body include the first valve rod section be connected and that diameter is sequentially increased and the second valve rod section, described First valve rod section passes through the overflow hole far from one end of the second valve rod section and protrudes into the water storage cavity, first valve The junction of rod segment and the second valve rod section is formed with limited step；

First elastic component, first elastic component are sheathed on the first valve rod section, and the both ends of first elastic component are supported respectively It is held in the spacing block set and the limited step；

Second elastic component, second elastic component are set to the first valve rod section and protrude into one end in the water storage cavity；

When the one end of the pipeline far from the heating device and the water control valve component are separated, second elasticity Part is held in the cavity wall of the water storage cavity or the hole wall of the overflow hole, to block the overflow hole；

When upper end of the tank lid together in the outer pot, the pipeline supports institute far from one end of the heating device The second valve rod section is stated, and pushes the first valve rod section to move into the water storage cavity by the second valve rod section, until described second Elastic component is separated with the cavity wall of the water storage cavity or the hole wall of the overflow hole, to open the overflow hole.

Optionally, the pipeline includes:

Diversion pipe, one end of the diversion pipe are connected to the heating device；

Communicating pipe it is connected to the one end of the diversion pipe far from the heating device communicating pipe；

Seal closure, the seal closure are located on the outside wall surface of the communicating pipe, and the seal closure extends towards the water tank And cover at the periphery of the overflow hole；

The communicating pipe is contained in the seal closure far from one end of the diversion pipe, supports and pushes the water control valve Component is moved into the water storage cavity, so that the water control valve component opens the overflow hole；

The outside wall surface of one end that the communicating pipe is contained in the seal closure offers through-hole, and the through-hole overflows with described Discharge orifice connection.

Optionally, the water tank is also provided with the water filling port being connected to the water storage cavity, institute towards the surface of the outer pot The inside that water filling port is located at the outer pot is stated, the cistern assembly further includes the tank lid for being covered on the water filling port；

And/or the water tank is additionally provided with for being connected to the stewed steam channel for steaming chamber and the external world.

Optionally, the main boiler body further includes the pedestal below the outer pot, and the pedestal is convex towards the outer pot Equipped with the first mounting post, the bottom of the outer pot is convexly equipped with the second mounting post towards the pedestal, and first mounting post passes through Connector is fixedly connected with second mounting post.

Optionally, the main boiler body further includes the shell enclosed on the outside of the outer pot, and the lower end of the shell is fixedly arranged on The pedestal, the shell and the outer pot interval are arranged, and the pipeline is set between the shell and the outer pot.

Optionally, the stewed steaming appliance further includes being contained in the intracavitary stewed core of the stewed steaming.

Optionally, the main boiler body further includes being contained in the intracavitary rack assembly of the stewed steaming, and the rack assembly is set up In the bottom of the outer pot, the rack assembly, which is equipped with, shelves slot, and the stewed core is carried on described shelve in slot；

And/or the stewed core includes the stewed lid stewed body and be covered on the stewed body upper end, the stewed body and the stewed lid are altogether It is same to be enclosed accommodating cavity；

And/or the stewed steaming appliance is electric cooking pot, Electric heating food steamer or electric steamer.

The technical solution of the utility model has the cistern assembly of water storage cavity by the outer pot upper end cover setting tool in main boiler body, It is enclosed outer pot and cistern assembly jointly and stewes steaming chamber, setting has the heating device of heating chamber in the bottom of outer pot, makes to add Hot chamber is connected with steaming chamber is stewed, also, is connected to heating chamber with water storage cavity by pipeline.In this way, when cistern assembly fills with water body And when being covered on main boiler body (outer pot) upper end, the water body in water storage cavity can flow to the heating chamber of heating device along pipeline, so that plus The intracavitary liquid level of heat constantly increases.Also, when the liquid level in heating chamber is higher than the height of water body entrance, water body enters It mouthful by " fluid-tight ", stewes and steams that chamber is closed, and air cannot be introduced into the water storage cavity of cistern assembly, the water body in water storage cavity again can not be by Water storage cavity flows to heating chamber, this aqueous systems blanket insurance holds stable state.In this way, atmospheric pressure law of connected vessels can be utilized, guarantee to add Water body in thermal (heating chamber) remains a small amount of state, and a small amount of water body, which is heated, fast boiling and to be generated a large amount of Steam and enter to stew and steam chamber, to realize quick heating to food, that is, effectively improve the cooking efficiency of stewed steaming appliance.

Also, when the intracavitary steam of stewed steaming drifts about upwards and touches the surface of the lower cistern assembly of temperature, steam Heat will be discharged, and condensation forms liquid water and is back in heating device, in this way, reducing steam discharge rate, reduces heat Loss, improves the regurgitant volume of condensed water, avoids the problem of culinary art water shortage needs midway plus water for a long time.It is same with this When, the heat transfer of steam condensation release has given cistern assembly, this partial heat can then be absorbed by the water body in water storage cavity, such as This, improves the water temperature in water storage cavity, improves the water temperature after cistern assembly feeds heating device (heating chamber), To reduce the power consumption of stewed steaming appliance, the efficiency and cooking efficiency of stewed steaming appliance are effectively improved.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the structural schematic diagram that the utility model stewes one embodiment of steaming appliance；

Fig. 2 is the enlarged structure schematic diagram in Fig. 1 at II；

Fig. 3 is the enlarged structure schematic diagram in Fig. 1 at III.

Drawing reference numeral explanation:

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and cannot manage Solution is its relative importance of indication or suggestion or the quantity for implicitly indicating indicated technical characteristic.Define as a result, " the One ", the feature of " second " can explicitly or implicitly include at least one of the features.It is " more in the description of the present invention, It is a " it is meant that at least two, such as two, three etc., unless otherwise specifically defined.

In the present invention unless specifically defined or limited otherwise, term " connection ", " fixation " etc. should do broad sense reason Solution, for example, " fixation " may be a fixed connection, may be a detachable connection, or integral；It can be mechanical connection, it can also To be electrical connection；It can be directly connected, the connection inside two elements can also be can be indirectly connected through an intermediary Or the interaction relationship of two elements, unless otherwise restricted clearly.It for the ordinary skill in the art, can be with The concrete meaning of above-mentioned term in the present invention is understood as the case may be.

It in addition, the technical solution between each embodiment of the utility model can be combined with each other, but must be with ability Based on domain those of ordinary skill can be realized, it will be understood that when the combination of technical solution appearance is conflicting or cannot achieve The combination of this technical solution is not present, also not within the protection scope of the requires of the utility model.

The utility model proposes a kind of stewed steaming appliances 100.

As shown in Figure 1 to Figure 3, it is stewed in 100 1 embodiment of steaming appliance in the utility model, it includes master that this, which stewes steaming appliance 100, Pot body 10 and the cistern assembly 30 for being covered on 10 upper end of main boiler body, main boiler body 10 and cistern assembly 30 are enclosed to stew jointly steams chamber 10a, stewing steaming appliance 100 further includes being contained in the stewed core 50 stewed and steamed in chamber 10a,

Main boiler body 10 includes:

Outer pot 11, outer pot 11 are set to the lower section of cistern assembly 30, and are enclosed to stew jointly with cistern assembly 30 and steam chamber 10a；

Heating device 12, heating device 12 are set to the lower section of outer pot 11, are formed in heating device 12 and stew steaming chamber 10a company Logical heating chamber 12a；

Water storage cavity 30a is formed in cistern assembly 30, cistern assembly 30 is connect by pipeline 13 with heating device 12, will Water storage cavity 30a is connected to heating chamber 12a.

In the present embodiment, outer pot 11 is substantially in the tubular structure of upper end opening, lower end closed, and cistern assembly 30 is substantially in circle Column type, also, the diameter of cistern assembly 30 is greater than the internal diameter of outer pot 11, in this way, cistern assembly 30 can be covered on the upper of outer pot 11 End, is sealed the opening of 11 upper end of outer pot, and is enclosed to stew jointly with outer pot 11 and steams chamber 10a, this is stewed steaming chamber 10a and is used for Steam is closed, is gathered, to promote the vapour density stewed steam in chamber 10a, heat density, to be conducive to heat is quick Ground is transferred to stewed core 50.

Stewing core 50 includes the stewed lid 53 stewed body 51 and be covered on stewed 51 upper end of body, stewes body 51 and stewed lid 53 is enclosed jointly Accommodating cavity 50a, accommodating cavity 50a can hold the food that need to be heated.After stewed core 50 obtains amount of heat from steam, this partial heat The food that need to be heated can be transferred to by the inner wall for stewing core 50, to realize the quick heating to food.

There is heating device 12 heating chamber 12a, heating chamber 12a to be not only connected to the stewed steaming chamber 10a being positioned above, and And it is also connected to by pipeline 13 with the water storage cavity 30a for stewing the cistern assembly 30 above steaming chamber 10a is located at.In this way, working as cistern assembly 30 when filling with water body and being covered on main boiler body 10 (outer pot 11) upper end, and the water body in water storage cavity 30a can be flowed to along pipeline 13 and be heated The heating chamber 12a of device 12, so that the liquid level in heating chamber 12a constantly increases.Also, the liquid level in heating chamber 12a When height is higher than the height of water body entrance, water body entrance is by " fluid-tight ", and stewed steaming chamber 10a is closed, and air cannot be introduced into cistern assembly In 30 water storage cavity 30a, the water body in water storage cavity 30a can not again be flowed to heating chamber 12a by water storage cavity 30a, this water body system Keep stable state.

At this point, the water body amount of holding in heating chamber 12a is compared to the water body amount of holding under traditional heating water bath mode, greatly It is big to reduce.Further, heating device 12, which is powered, runs, and can heat to a small amount of water body in its heating chamber 12a, thus It rapidly generates a large amount of steam and enters to stew and steam in chamber 10a, realize the heating to food.Also, with water body in heating chamber 12a Carburation by evaporation, the liquid level in heating chamber 12a will reduce, when water body entrance " is opened " again, in cistern assembly 30 Water body heating chamber 12a is flowed to by water storage cavity 30a again, until water body entrance is by " fluid-tight ", to realize in heating chamber 12a The supply of water body amount.It loops back and forth like this, just no longer needs manually to add water.

Accordingly, it is to be understood that, the technical solution of the utility model, by the 11 upper end cover setting tool of outer pot of main boiler body 10 There is the cistern assembly 30 of water storage cavity 30a, is enclosed outer pot 11 and cistern assembly 30 jointly and stewes steaming chamber 10a, in outer pot 11 Bottom setting has the heating device 12 of heating chamber 12a, so that heating chamber 12a is connected with steaming chamber 10a is stewed, also, pass through pipeline 13 are connected to heating chamber 12a with water storage cavity 30a.In this way, when cistern assembly 30 fills with water body and is covered on 10 (outer pot of main boiler body 11) when upper end, the water body in water storage cavity 30a can flow to the heating chamber 12a of heating device 12 along pipeline 13, so that heating chamber 12a Interior liquid level constantly increases.Also, when the liquid level in heating chamber 12a is higher than the height of water body entrance, water body enters Mouth is by " fluid-tight ", and stewed steaming chamber 10a is closed, and air cannot be introduced into the water storage cavity 30a of cistern assembly 30, the water in water storage cavity 30a Body can not again be flowed to heating chamber 12a by water storage cavity 30a, this aqueous systems blanket insurance holds stable state.In this way, atmospheric pressure can be utilized Law of connected vessels guarantees that the water body in heating device 12 (heating chamber 12a) remains a small amount of state, and a small amount of water body is heated It fast boiling and a large amount of steam can be generated and enter to stew steams chamber 10a, to realize quick heating to food, i.e., effectively be promoted The cooking efficiency of stewed steaming appliance 100.

Also, when the stewed steam steamed in chamber 10a drifts about upwards and touches the surface of the lower cistern assembly 30 of temperature, Steam will discharge heat, and condensation forms liquid water and is back in heating device 12, in this way, reducing steam discharge rate, reduce Thermal loss, improves the regurgitant volume of condensed water, avoids the problem of culinary art water shortage needs midway plus water for a long time.With This simultaneously, steam condensation release heat transfer given cistern assembly 30, this partial heat then can be by the water in water storage cavity 30a Body absorbs, in this way, improving the water temperature in water storage cavity 30a, improves cistern assembly 30 to 12 (heating chamber of heating device Water temperature after 12a) feeding effectively improves the efficiency of stewed steaming appliance 100 to reduce the power consumption of stewed steaming appliance 100 And cooking efficiency.

As depicted in figs. 1 and 2, heating device 12 includes bottom wall 121 and encloses the side wall 123 set on 121 periphery of bottom wall, pipeline 13 are connected to bottom wall 121 or side wall 123；

Bottom wall 121 and side wall 123 are enclosed heating chamber 12a jointly, and the bottom of outer pot 11 offers resigning mouthful 111, side The upper end of wall 123 is protruded into resigning mouthful 111, and heating chamber 12a is connected to steaming chamber 10a is stewed.It should be understood that heating device 12 It further include heating element, it can also be adding thermal resistance which, which can be heating tube, can also be other effective heating Element.The heating element both may be disposed in heating chamber 12a, directly contacts and is heated with water body, also may be disposed at bottom wall 121 Outer surface, pass through bottom wall 121 and side wall 123 heat transfer carry out indirect heating.Also, the bottom wall 121 and side wall of heating device 12 123 can be used metal material, and metal heat transfer is fast, can further promote heating efficiency.

Further, heating device 12 further includes the water inlet pipe 125 set on 123 outer surface of side wall, 125 court of water inlet pipe It is connected to one end of side wall 123 with side wall 123, the one end of water inlet pipe 125 far from side wall 123 and pipeline 13 are far from cistern assembly 30 one end connection.In this way, when the liquid level in heating device 12 (i.e. in heating chamber 12a) is higher than water inlet pipe 125 and side When the height of the communication port of wall 123, which can not enter the water storage cavity of cistern assembly 30 by " fluid-tight ", air along pipeline 13 In 30a, the water body in water storage cavity 30a can not also be flowed to heating chamber 12a by water storage cavity 30a, this aqueous systems blanket insurance holds stable state. In this way, passing through the side wall 123 that water inlet pipe 125 is connected to heating device 12, it is ensured that have one in heating device 12 always Quantitative water body protects heating device 12 to avoid the appearance of dry combustion method, promotes culinary art safety.

As depicted in figs. 1 and 2, the periphery of resigning mouthful 111 is equipped with erecting bed 1111, and the upper end of side wall 123 extends outwardly shape At there is installation folding 1231, installation folding 1231 is overlapped in erecting bed 1111.In this way, structure is simple, easy to assembly, leakproofness It is good.

Further, it is also folded between installation folding 1231 and erecting bed 1111 for by outer pot 11 and heating device 12 The sealing element 1113 of sealed connection.Specifically, silicone gasket or rubber washer may be selected in sealing element 1113, is located in installation folding , it can be achieved that the sealed connection of outer pot 11 and heating device 12, avoids between the lower surface on side 1231 and the table top of erecting bed 1111 Steam and its heat of carrying by outer pot 11 bottom leakage, to improve vapour density, the heat density stewed and steam chamber 10a, into And promote cooking efficiency.

As shown in figures 1 and 3, cistern assembly 30 includes water tank 31, and water tank 31 is covered on the upper end of outer pot 11, and and outer pot 11 are enclosed stewed steaming chamber 10a jointly, are formed with water storage cavity 30a in water tank 31, water tank 31 is offered towards the surface of outer pot 11 The overflow hole 311 being connected to water storage cavity 30a, overflow hole 311 are located at the outside of outer pot 11；

The one end of pipeline 13 far from heating device 12 is connected to by overflow hole 311 with water tank 31.

Further, cistern assembly 30 further includes in overflow hole 311, the water control valve group for blocking overflow hole 311 Part 35, when water tank 31 is covered on the upper end of outer pot 11, pipeline 13 supports far from one end of heating device 12 and pushes water control valve Component 35 is moved into water storage cavity 30a, so that water control valve component 35 opens overflow hole 311.

Specifically, after water control valve component 35 blocks overflow hole 311, the water storage cavity 30a in water tank 31 is sealed, thus just In the installation, disassembly and movement of cistern assembly 30.Also, when water tank 31 is covered on the upper end of outer pot 11, pipeline 13 is separate to be added One end of thermal 12 can support and water control valve component 35 is pushed to move into water storage cavity 30a, open water control valve component 35 and overflow Discharge orifice 311, at this point, water tank 31 is connected to by overflow hole 311 with pipeline 13, pipeline 13 is connected to heating device 12.Further, When the water body in heating device 12 is reduced because of evaporation, the water body in water tank 31 can be flowed out by overflow hole 311, and along pipeline 13 It flows into the heating chamber 12a of heating device 12, realization feeds the water in heating device 12, to ensure heating device Water in 12 ensures the vapour density stewed and steamed in chamber 10a, ensures efficient cooking efficiency.

As shown in figures 1 and 3, the hole wall of overflow hole 311 is equipped with spacing block set 3111, and water control valve component 35 includes:

Valve body 351, valve body 351 include the first valve rod section 3511 and the second valve rod section be connected and that diameter is sequentially increased 3513, the first valve rod section 3511 passes through overflow hole 311 far from one end of the second valve rod section 3513 and protrudes into water storage cavity 30a, the The junction of one valve rod section 3511 and the second valve rod section 3513 is formed with limited step 3515；

First elastic component 353, the first elastic component 353 are sheathed on the first valve rod section 3511, the both ends point of the first elastic component 353 It is not held in spacing block set 3111 and limited step 3515；

Second elastic component 355, the second elastic component 355 are set to the first valve rod section 3511 and protrude into one end in water storage cavity 30a；

When the one end of pipeline 13 far from heating device 12 and water control valve component 35 are separated, the second elastic component 355 is in Initial position, at this point, the second elastic component 355 is held in the cavity wall of water storage cavity 30a or the hole wall of overflow hole 311, to block overflow Hole 311 avoids the water body in disassembly, installation and moving process of cistern assembly 30 from revealing.

When water tank 31 is covered on the upper end of outer pot 11, pipeline 13 supports the second valve rod section far from one end of heating device 12 3513, and push the first valve rod section 3511 to move into water storage cavity 30a by the second valve rod section 3513, until the second elastic component 355 It is separated with the cavity wall of water storage cavity 30a or the hole wall of overflow hole 311, to open overflow hole 311, realizes water storage cavity 30a and heating The connection of chamber 12a, realizes the supply of water, to ensure the water in heating device 12, ensures that the steam stewed and steamed in chamber 10a is close Degree, ensures efficient cooking efficiency.

Further, the outer wall of the first valve rod section 3511 is also formed with installation base 3517, and installation base 3517 is located at limit Between position convex block 3111 and limited step 3515, which can be convenient for the installation and limit of the first elastic component 353.

As shown in figures 1 and 3, pipeline 13 includes:

One end of diversion pipe 131, diversion pipe 131 is connected to heating device 12；

Communicating pipe 133 it is connected to the one end of diversion pipe 131 far from heating device 12 communicating pipe 133；

Seal closure 135, seal closure 135 are located on the outside wall surface of communicating pipe 133, and seal closure 135 extends simultaneously towards water tank 31 Cover at the periphery of overflow hole 311；

Communicating pipe 133 is contained in seal closure 135 far from one end of diversion pipe 131, supports and pushes water control valve component 35 It is moved into water storage cavity 30a, so that water control valve component 35 opens overflow hole 311；

Also, the outside wall surface of one end that communicating pipe 133 is contained in seal closure 135 offers through-hole 1331, through-hole 1331 It is connected to overflow hole 311.At this point, the water body in water tank 31 can be flow in seal closure 135 by overflow hole 311, pass through company later Through-hole 1331 in 133 outside wall surface of siphunculus was flow in communicating pipe 133, is then flow to and is added by diversion pipe 131, water inlet pipe 125 In the heating chamber 12a of thermal 12.

As shown in Figure 1, water tank 31 is also provided with the water filling port 313 being connected to water storage cavity 30a towards the surface of outer pot 11, note The mouth of a river 313 is located at the inside of outer pot 11, and cistern assembly 30 further includes the tank lid 33 for being covered on water filling port 313.It should be understood that Tank lid 33 with circle be it is excellent, correspondingly, the also rounded setting of water filling port 313, also, the periphery of water filling port 313 is towards outer pot 11 are also convexly equipped with interconnecting piece, and the outer surface of the interconnecting piece can be equipped with connection screw thread, at this point, the inner surface of tank lid 33 is also settable Connection screw thread, tank lid 33 are fixed on interconnecting piece by the cooperation of two connection screw threads, and lid closes (closure) water filling port 313.In this way, water Case lid 33 and 31 screwing hermetic of water tank are more reliable, and tank lid 33 can be effectively prevent in cooking process to be accidentally opened and cause water tank Water body in 31 flows in outer pot 11.

As shown in Figure 1, water tank 31, which is additionally provided with, steams chamber 10a and extraneous steam channel 315 for being connected to stew.It is understood that , steam channel 315 can be used for balancing the air pressure stewed and steamed inside and outside chamber 10a, and stewed steaming appliance 100 is avoided to explode.Also, due to Steam channel 315 is set to water tank 31, and the length of steam channel 315 is increased, at this point, upward stewing the steam in steaming chamber 10a During drift is come steam channel 315 and outwardly discharged along the steam channel 315, steam can be with the lower steaming of temperature The inner wall in vapour channel 315 comes into full contact with, discharges heat, and condensation forms liquid water and is back in heating device 12, in this way, into One step reduces steam discharge rate, reduces thermal loss, improves the regurgitant volume of condensed water, avoids culinary art water for a long time Deficiency needs the problem of midway plus water.At the same time, the heat of steam release is absorbed by the water body in water tank 31, can also be further The power consumption for stewing steaming appliance 100 is reduced, the efficiency and cooking efficiency for stewing steaming appliance 100 are promoted.

As shown in Figure 1, main boiler body 10 further includes the pedestal 14 set on 11 lower section of outer pot, pedestal 14 is convexly equipped with towards outer pot 11 The bottom of first mounting post 141, outer pot 11 is convexly equipped with the second mounting post 113 towards pedestal 14, and the first mounting post 141 passes through connection Part is fixedly connected with the second mounting post 113.So, it can be achieved that being fixedly connected in pedestal 14 of outer pot 11, enhances the steady of outer pot 11 It is qualitative.

Further, main boiler body 10 further includes the shell 15 enclosed set on 11 outside of outer pot, and the lower end of shell 15 is fixedly arranged on bottom Seat 14, shell 15 and the interval of outer pot 11 are arranged, and pipeline 13 is set between shell 15 and outer pot 11.So, it can be achieved that external shell 15 The effective use in the space between outer pot 11 realizes the reasonable storage to pipeline 13, to be conducive to reduce stewed steaming appliance 100 Volume.Also, in the present embodiment, communicating pipe 133, seal closure 135 and shell 15 are integrally formed, in this way, water conservancy diversion can be promoted effectively The connective stability of the one end of pipe 131 far from heating device 12, so that the reliability that effective guarantee pipeline 13 is connected to, ensures water tank The water supplement function of component 30.Certainly, in other embodiments, communicating pipe 133 can also individually be integrally formed with seal closure 135, and It is fixed on the outside wall surface or other rational positions of outer pot 11.

Further, main boiler body 10 further includes being contained in the rack assembly 16 stewed and steamed in chamber 10a, and rack assembly 16 is set up in The bottom of outer pot 11, rack assembly 16 are equipped with and shelve slot 161, and stewed core 50, which is carried on, to be shelved in slot 161.Specifically, rack assembly 16 are set up in the top of the resigning mouthful 111 of 11 bottom of outer pot, to avoid resigning mouthful 111 is blocked, so that the generation in heating chamber 12a Steam can smoothly enter and full of stew steam chamber 10a.Also, it stewes core 50 and is carried on the shelving in slot 161 of rack assembly 16, It also may make stewed bottom of the core 50 far from outer pot 11 and be placed in 11 medium position of outer pot, so that encirclement of the steam to stewed core 50 More sufficiently, the degree of being heated evenly of stewed core 50 is improved, the heating efficiency of stewed core 50 is improved.

In addition, it should be noted that, the utility model stew steaming appliance 100 can for electric cooking pot, Electric heating food steamer, electric steamer or its He stewes steaming appliance 100.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, It is all under the inventive concept of the utility model, equivalent structure made based on the specification and figures of the utility model becomes It changes, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims (14)

1. a kind of stewed steaming appliance, which is characterized in that described including main boiler body and the cistern assembly for being covered on the main boiler body upper end Main boiler body and the cistern assembly are enclosed to stew jointly steams chamber,

The main boiler body includes:

Outer pot, the outer pot are set to the lower section of the cistern assembly, and are enclosed the stewed steaming jointly with the cistern assembly Chamber；

Heating device, the heating device are set to the lower section of the outer pot, are formed with and the stewed steaming chamber in the heating device The heating chamber of connection；

Water storage cavity is formed in the cistern assembly, the cistern assembly is connect by pipeline with the heating device, by institute Water storage cavity is stated to be connected to the heating chamber.

2. stewed steaming appliance as described in claim 1, which is characterized in that the heating device includes bottom wall and encloses set on the bottom The side wall of wall periphery, the pipeline connection is in the bottom wall or side wall；

The bottom wall and the side wall are enclosed the heating chamber jointly, and the bottom of the outer pot offers resigning mouthful, described The upper end of side wall is protruded into the resigning mouthful, and the heating chamber is connected to the stewed steaming chamber.

3. stewed steaming appliance as claimed in claim 2, which is characterized in that the heating device further includes being set to the side wall appearance One end of the water inlet pipe in face, the water inlet pipe towards the side wall is connected to the side wall, and the water inlet pipe is far from institute The one end for stating side wall is connected to the pipeline far from one end of the cistern assembly.

4. stewed steaming appliance as claimed in claim 2, which is characterized in that the periphery of the resigning mouthful is equipped with erecting bed, the side The upper end of wall has extended outward to form installation folding, and the installation folding is overlapped in the erecting bed.

5. stewed steaming appliance as claimed in claim 4, which is characterized in that go back sandwiched between the installation folding and the erecting bed There is the sealing element for the outer pot and the heating device to be tightly connected.

6. the stewed steaming appliance as described in any one of claims 1 to 5, which is characterized in that the cistern assembly includes water tank, institute Tank lid is stated together in the upper end of the outer pot, and is enclosed the stewed steaming chamber jointly with the outer pot, is formed in the water tank There is the water storage cavity, the water tank offers the overflow hole being connected to the water storage cavity towards the surface of the outer pot, described to overflow Discharge orifice is located at the outside of the outer pot；

The one end of the pipeline far from the heating device is connected to by the overflow hole with the water tank.

7. stewed steaming appliance as claimed in claim 6, which is characterized in that the cistern assembly further includes being set to the overflow hole Water control valve component interior, for blocking the overflow hole, when upper end of the tank lid together in the outer pot, the pipeline is remote One end from the heating device supports and the water control valve component is pushed to move into the water storage cavity, so that the water control valve Component opens the overflow hole.

8. stewed steaming appliance as claimed in claim 7, which is characterized in that the hole wall of the overflow hole is equipped with spacing block set, described Water control valve component includes:

Valve body, the valve body include the first valve rod section be connected and that diameter is sequentially increased and the second valve rod section, and described first Valve rod section passes through the overflow hole far from one end of the second valve rod section and protrudes into the water storage cavity, the first valve rod section Limited step is formed with the junction of the second valve rod section；

First elastic component, first elastic component are sheathed on the first valve rod section, and the both ends of first elastic component are held in respectively The spacing block set and the limited step；

Second elastic component, second elastic component are set to the first valve rod section and protrude into one end in the water storage cavity；

When the one end of the pipeline far from the heating device and the water control valve component are separated, second elastic component is supported It is held in the cavity wall of the water storage cavity or the hole wall of the overflow hole, to block the overflow hole；

When upper end of the tank lid together in the outer pot, the pipeline supports described far from one end of the heating device Two valve rod sections, and push the first valve rod section to move into the water storage cavity by the second valve rod section, until second elasticity Part is separated with the cavity wall of the water storage cavity or the hole wall of the overflow hole, to open the overflow hole.

9. stewed steaming appliance as claimed in claim 7, which is characterized in that the pipeline includes:

Diversion pipe, one end of the diversion pipe are connected to the heating device；

Communicating pipe it is connected to the one end of the diversion pipe far from the heating device communicating pipe；

Seal closure, the seal closure are located on the outside wall surface of the communicating pipe, and the seal closure extends and covers towards the water tank Set on the periphery of the overflow hole；

It is contained in the seal closure, supports and pushes the water control valve component communicating pipe far from one end of the diversion pipe It is moved into the water storage cavity, so that the water control valve component opens the overflow hole；

The outside wall surface of one end that the communicating pipe is contained in the seal closure offers through-hole, the through-hole and the overflow hole Connection.

10. stewed steaming appliance as claimed in claim 6, which is characterized in that surface of the water tank towards the outer pot also opens up There is the water filling port being connected to the water storage cavity, the water filling port is located at the inside of the outer pot, and the cistern assembly further includes lid Together in the tank lid of the water filling port；

And/or the water tank is additionally provided with for being connected to the stewed steam channel for steaming chamber and the external world.

11. the stewed steaming appliance as described in any one of claims 1 to 5, which is characterized in that the main boiler body further includes being set to institute The pedestal below outer pot is stated, the pedestal is convexly equipped with the first mounting post towards the outer pot, and the bottom of the outer pot is described in Pedestal is convexly equipped with the second mounting post, and first mounting post is fixedly connected by connector with second mounting post.

12. stewed steaming appliance as claimed in claim 11, which is characterized in that the main boiler body further includes enclosing outside the outer pot The shell of side, the lower end of the shell are fixedly arranged on the pedestal, and the shell and the outer pot interval are arranged, and the pipeline is set to Between the shell and the outer pot.

13. the stewed steaming appliance as described in any one of claims 1 to 5, which is characterized in that the stewed steaming appliance further includes accommodating In the intracavitary stewed core of the stewed steaming.

14. stewed steaming appliance as claimed in claim 13, which is characterized in that the main boiler body further includes being contained in the stewed steaming chamber Interior rack assembly, the rack assembly are set up in the bottom of the outer pot, and the rack assembly is equipped with and shelves slot, the stewed core It is carried on described shelve in slot；

And/or the stewed core includes the stewed lid stewed body and be covered on the stewed body upper end, the stewed body and the stewed lid enclose jointly Conjunction forms accommodating cavity；

And/or the stewed steaming appliance is electric cooking pot, Electric heating food steamer or electric steamer.