CN213429615U

CN213429615U - Multifunctional personal stewing pot

Info

Publication number: CN213429615U
Application number: CN202021653595.8U
Authority: CN
Inventors: 杜岩
Original assignee: Zhongshan Xinneng Electrical Appliance Manufacturing Co Ltd
Current assignee: Zhongshan Xinneng Electrical Appliance Manufacturing Co Ltd
Priority date: 2020-08-10
Filing date: 2020-08-10
Publication date: 2021-06-15
Anticipated expiration: 2030-08-10

Abstract

A multifunctional cooking personal cooker comprises a main box assembly, at least one or more than one sub-box assembly which is assembled above the main box assembly in a laminated manner, and a main box cover which is sealed and arranged on the uppermost terminal box assembly, wherein a first heating cavity for generating steam is arranged in the main box assembly, a second heating cavity is arranged in each sub-box assembly, a sub-box cover for sealing the second heating cavity is movably arranged on the sub-box assembly, and a first breathable film which is communicated with the first heating cavity and the second heating cavity in a sealed state is arranged on the sub-box cover; this structure will place the food in the second heating intracavity through water vapor and carry out unified heating to make water vapor get into the second heating intracavity through first ventilated membrane, improve heating efficiency, first ventilated membrane can prevent the comdenstion water of peripheral formation from flowing into the second heating intracavity on the basis of guaranteeing the free business turn over of water vapor moreover, dilutes the taste of food, changes the cooking mode of food, influences the feel of food.

Description

Multifunctional personal stewing pot

Technical Field

The utility model relates to a personal cooking equipment field specifically is a multi-functional personal a kind of deep pot of cooking.

Background

With the increasingly busy work of modern cities, many people often have lunch near work places for convenience and time saving. With the rising awareness of food safety in recent years, many people often take lunch or dinner for convenience, sanitation and daily expenditure saving, and can only heat by a microwave oven until the time of eating. Some portable lunch-boxes that can self-heat have been on the market at present, this type of lunch-box is on the basis of heat preservation lunch-box, thereby it produces steam to heat food or hot water article to heat by material or the electric heat piece that generates heat, in order to improve the heating efficiency of steam, in the heating process, need open the lid of every lunch-box, make steam can get into the lunch-box and contact food, but in the heating process, can form a large amount of comdenstion water in the lunch-box, in the comdenstion water flows into the lunch-box easily, cause the taste of food to fade, the taste variation even heats rice to the mushy, consequently need one kind in the heating process, can let steam fully get into the lunch-box, but the structure of isolated comdenstion water.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to solve above-mentioned current problem, provide a simple structure, reasonable a multi-functional personnel of cooking a kind of deep pot, its effect can make steam fully get into the second heating chamber and fully contact with food, can separate the comdenstion water simultaneously and get into the second heating chamber and contact with food.

The utility model provides a multi-functional personal a kind of deep pot of cooking, includes female box subassembly, at least one or more than one layer range upon range of with the equipment in the son box subassembly of female box subassembly top and the main lid of sealed lid establishing on the top terminal box subassembly, be equipped with the first heating chamber that is used for producing steam in the female box subassembly, be provided with the second heating chamber in every son box subassembly, movable cover is equipped with the son lid in sealed second heating chamber on the son box subassembly, installs the first ventilated membrane that communicates first heating chamber and second heating chamber under encapsulated situation on the son box lid.

The utility model discloses can also adopt following technical measure to solve:

the main box cover, the sub-box assembly and the main box cover are mutually and tightly overlapped and connected through a locking device.

Female box subassembly includes female box casing, installs the fashioned female box inner bag of metal heat conduction material in female box casing to and be used for heating the electric heater unit of female box inner bag, female box inner bag is formed with first heating chamber, and female box inner bag extends has accepts the first flanging on female box casing top edge, and the opening department of female box inner bag is equipped with female lid selectively sealed lid, installs the second ventilated membrane on female box lid.

The sub-box assembly comprises a sub-box shell which is hermetically spliced with the main box shell, a sub-box inner container which is made of metal heat-conducting materials is installed in the sub-box shell, a second heating cavity is formed in the sub-box inner container, a second flanging edge which is pressed on the top edge of the sub-box shell is extended from the sub-box inner container, and a plurality of air inlets which enable the first heating cavity and the sub-box assembly to be communicated are formed in the second flanging edge.

A first steam channel is arranged below the inner container of the sub-box, a second steam channel communicated with the first steam channel is arranged between the inner container of the sub-box and the shell of the sub-box, a third steam channel is arranged between the main box cover and the sub-box cover at the uppermost end, and the second steam channel of the sub-box assembly at the lower layer is communicated with the first steam channel and the second steam channel of the sub-box assembly at the upper layer through air inlets or/and the second steam channel is communicated with the third steam channel through air inlets.

And the main box cover is provided with an exhaust port communicated with the third steam channel.

The son box casing includes shell body and interior casing, and the top between shell body and the interior casing is sealed to be connected with and forms the last step face and the lower step face that the level difference set up, and the bottom between shell body and the interior casing is opened and is installed first ring packing circle, the activity of second flanging is accepted on last step face, and first ring packing circle is sealed to be pressed and is supported at the lower step face of the son box casing of lower floor or the up end of first flanging.

The locking device comprises a handle tie made of elastic materials and locking buttons arranged on the left side and the right side of the female box assembly and the main box cover, a plurality of button holes detachably connected with the locking buttons are symmetrically formed in the two ends of the handle tie, the locking buttons are buckled into the button holes, the sub-box assembly is pressed between the female box assembly and the main box cover, and the main box cover is directly pressed on the female box assembly.

The child box cover or the mother box cover comprises a cover body, the outer end face of the cover body is sleeved with a sealing ring in sealing fit with the child box inner container or the mother box inner container, a central through hole is formed in the cover body, and a first breathable film or a second breathable film is installed in the central through hole.

And a second annular sealing ring is installed at the bottom of the main box cover and is hermetically pressed against the lower step surface of the uppermost terminal box shell.

The utility model has the advantages as follows:

the utility model discloses a multi-functional personal a kind of deep pot of cooking, this structure will place the food in the second heating intracavity through the steam and unify the heating, and make the steam get into the second heating intracavity through first ventilated membrane, the infiltration is in the gap in the middle of the food, make food and steam fully contact, improve heating efficiency, and first ventilated membrane can be on the basis of guaranteeing the free business turn over of steam, prevent that the comdenstion water of peripheral formation from flowing into the second heating intracavity, dilute the taste of food, change the cooking mode of food, influence the feel of food, and first ventilated membrane and second ventilated membrane can be through washing recycling.

Drawings

Fig. 1 is a schematic sectional view of the present invention.

Fig. 2 is a schematic view of the cross-sectional exploded structure of the present invention.

Fig. 3 is an enlarged schematic diagram of the X-point in fig. 2.

Fig. 4 is a schematic view of the structure of the inner container of the sub-box of the present invention.

Fig. 5 is a schematic structural diagram of the locking device of the present invention.

Fig. 6 is a schematic view of the sectional structure of the sub-box cover of the present invention.

Detailed Description

The present invention will be further explained with reference to the drawings and examples.

As shown in figures 1 to 6, the multifunctional cooking personal cooker is characterized in that: including female box subassembly A, at least one or more than one layer range upon range of sub-box subassembly B and the sealed main box lid C of establishing on the top terminal box subassembly B of equipment in female box subassembly A top of equipment, be equipped with first heating chamber A1 that is used for producing steam in female box subassembly A, be provided with second heating chamber B1 in every sub-box subassembly B, the movable cover is equipped with sub-box cover 1 of sealed second heating chamber B1 on the sub-box subassembly B, installs on sub-box cover 1 and communicates first heating chamber A1 and first ventilated membrane 2 of second heating chamber B1 under sealed state.

This structure will place the food in second heating chamber B1 through water vapor and carry out unified heating, and make water vapor get into second heating chamber B1 through first ventilated membrane 2 in, permeate in the gap among the food, make food and water vapor fully contact, heating efficiency is improved, and first ventilated membrane 2 can be on the basis of guaranteeing the free business turn over of water vapor, prevent that the peripheral comdenstion water that forms from flowing into in second heating chamber B1, dilute the taste of food, change the cooking mode of food, influence the feel of food, and first ventilated membrane 2 and second ventilated membrane 5 can be through rinsing recycling.

The main box cover C is connected with the sub box assembly B through the locking device 3; can form a relatively sealed steam cavity, make the atmospheric pressure in the steam cavity rise to realize that water vapor passes the ventilated membrane and gets into heating intracavity and heat.

Female box subassembly A includes female box casing 11, installs the fashioned female box inner bag 12 of metal heat conduction material in female box casing 11 to and be used for heating the electric heater unit 13 of female box inner bag 12, female box inner bag 12 is formed with first heating chamber A1, and female box inner bag 12 extends to have accepts first flanging 121 on female box casing 11 top edge, and the opening department of female box inner bag 12 seals lid selectively and is equipped with female lid 4, installs second ventilated membrane 5 on female lid 4.

The first breathable film 2 and the second breathable film 5 are made of a high-molecular waterproof material, the material is high-temperature resistant, does not adhere to any substance, and is long in service life, water particles are very fine in a water vapor state, and can smoothly permeate into capillaries to the other side according to the capillary movement principle, so that the vapor permeation phenomenon is generated. When the water vapor is condensed into water drops, the particles become bigger, and the water molecules can not smoothly separate from the water drops and permeate to the other side under the action of the surface tension of the water drops (mutual 'pull-up and counter-balance' among the water molecules), so that the breathable film 2 has a waterproof function.

The electric heating device comprises a self-heating material, a heating tube, a heating plate 13 and the like.

With the structure, the using method of the personal cooker mainly comprises the following three steps:

firstly, assemble one or more than one sub-box subassembly B at female box subassembly A through locking device 3, the sub-box subassembly B at the top is established to main box lid C lid, second heating chamber B1 in the sub-box subassembly B is used for placing food and lid and establishes sub-box lid 1, and clear water has been placed in the first heating chamber A1 in female box subassembly A, be used for heating and produce high temperature steam, electric heater unit 13 work, transmit the clear water in heat transfer to first heating chamber A1 through female box inner bag 12, and realize the boiling and produce big steam, steam infiltration first ventilated membrane 2 gets into second heating chamber B1 and heats food.

Secondly, one or more than one sub-box assemblies B are assembled on the main box assembly A through the locking device 3, the main box cover C covers the sub-box assembly B arranged at the uppermost end, the second heating cavity B1 in the sub-box assembly B is used for placing food and covers the sub-box cover 1, the first heating cavity A1 in the main box assembly A is used for placing clean water and raw materials which are heated and mixed with the clean water to form thick food (such as porridge) or soup, then the main box cover 4 is covered, water vapor generated by the first heating cavity A1 is discharged through the second breathable film 5 and enters the second heating cavity B1 to heat the food, and meanwhile, the first heating cavity A1 and the second heating cavity B1 which can prevent condensed water from flowing in are also arranged.

Thirdly, all the sub-box components B are disassembled, the main box cover C is only matched with the main box component A through the locking device 3, and other cooking modes such as porridge cooking, rice cooking, food stewing and the like can be realized by heating the inner container 12 of the main box.

The sub-box assembly B comprises a sub-box shell 21 which is hermetically spliced with the main box shell 11, a sub-box liner 22 which is made of metal heat conducting materials is installed in the sub-box shell 21, a second heating cavity B1 is formed in the sub-box liner 22, a second flanging 221 which is pressed against the top edge of the sub-box shell 21 extends from the sub-box liner 22, and a plurality of air inlets 222 which enable the first heating cavity A1 to be communicated with the interior of the sub-box assembly B are formed in the second flanging 221; in the heating process, high-temperature water vapor generated by the first heating cavity A1 firstly heats the sub-box inner container 22, so that part of heat is transferred to food in the second heating cavity B1 through the sub-box inner container 22, then the water vapor passes through the air inlet 222 and then enters the second heating cavity B1 through the first breathable film 2 to be heated in direct contact with the food, and the sub-box shell 21 and the sub-box inner container 22 are designed in a separated mode, so that the sub-box shell can be conveniently detached and cleaned.

A first steam channel B2 is arranged below the sub-box liner 22, a second steam channel B3 communicated with the first steam channel B2 is arranged between the sub-box liner 22 and the sub-box shell 21, a third steam channel B4 is arranged between the main box cover C and the uppermost sub-box cover 1, the second steam channel B3 of the sub-box assembly B at the next layer is communicated with the first steam channel B2 and the second steam channel B3 of the sub-box assembly B at the previous layer through an air inlet 222, or/and the second steam channel B3 is communicated with the third steam channel B4 through the air inlet 222; the first vapor path B2 facilitates the lateral flow of water vapor and then penetrates the first gas permeable membrane 2 into the second heating cavity B1, while the second vapor path B3 facilitates the longitudinal flow of water vapor from the interior of the lower sub-cartridge assembly B into the interior of the upper sub-cartridge assembly B, and the third vapor path B4 facilitates the penetration of water vapor through the uppermost first gas permeable membrane 2 into the second heating cavity B1 and the removal of excess water vapor through the vent C1.

An exhaust port C1 communicated with a third steam channel B4 is formed in the main box cover C; can remove the redundant water vapor and prevent the explosion caused by the overlarge internal pressure of the individual cooker.

The sub-box shell 21 comprises an outer shell 21a and an inner shell 21b, the top between the outer shell 21a and the inner shell 21b is closed and connected to form an upper step surface 211 and a lower step surface 212 which are arranged in a step difference mode, the bottom between the outer shell 21a and the inner shell 21b is open and provided with a first annular sealing ring 6, the second flanging 221 is movably supported on the upper step surface 211, and the first annular sealing ring 6 is pressed on the upper end surface of the lower step surface 212 or the first flanging 121 of the lower sub-box shell 21 in a sealing mode; because steam mainly stops in the sub-box casing, consequently bilayer structure's sub-box casing 21 can play the thermal-insulated effect that keeps warm, prevents that the heat from outwards losing, prevents simultaneously that a large amount of heats from causing the surface temperature too high after losing through sub-box casing 21, and the user touches sub-box casing and makes, appears scalding incident such as hand easily.

The locking device 3 comprises a handle tie 301 made of elastic materials and locking buttons 302 arranged on the left side and the right side of the main box assembly A and the main box cover C, a plurality of button holes 303 detachably connected with the locking buttons 302 are symmetrically formed in two ends of the handle tie 301, and the locking buttons 302 are buckled into the button holes 303, so that the sub-box assembly B is tightly pressed between the main box assembly A and the main box cover C, or the main box cover C is directly tightly pressed on the main box assembly A; the locking device 3 of this structure can adjust the quantity of sub-box subassembly B at will, and elasticity through handle tie 301 self simultaneously makes female box subassembly A, sub-box subassembly B and main lid C can zonulae occludens, need not worry that the structural wear causes the lock insecure, circumstances such as leakproofness reduction.

The child box cover 1 or the mother box cover 4 comprises a cover body 7, a sealing ring 8 which is in sealing fit with the child box inner container 22 or the mother box inner container 12 is sleeved on the outer end face of the cover body 7, a central through hole 701 is formed in the cover body 7, and a first breathable film 2 or a second breathable film 5 is installed in the central through hole 701 (the child box cover 1 is taken as an example in the attached figure 6); simple structure, use cost is low, conveniently washes cleanly with the back, realizes recycling.

The child box cover 1 and the mother box cover 4 are both connected with a lifting ring 9; can convenience of customers opens sub-box lid 1 or female box lid 4 through carrying ring 9, avoid being scalded user's hand by sub-box lid 1 or female box lid 4 of high temperature steam heating.

A second annular sealing ring C2 is mounted at the bottom of the main box cover C, and a second annular sealing ring C2 is pressed against the lower step surface 212 of the uppermost terminal box shell 21 in a sealing manner; the water vapor storage box is used for filling gaps between the main box cover C and the sub-box assembly B and reducing water vapor loss.

The foregoing is a preferred embodiment of the present invention showing and describing the basic principles, main features and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to illustrate the principles of the invention, but rather that various changes and modifications may be made without departing from the spirit and scope of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. The utility model provides a multi-functional personal a kind of deep pot of cooking which characterized in that: including female box subassembly (A), at least one or more than one layer range upon range of sub-box subassembly (B) of equipment in female box subassembly (A) top and sealed lid establish main lid (C) on the terminal box subassembly (B) of the top, be equipped with first heating chamber (A1) that is used for producing steam in female box subassembly (A), be provided with second heating chamber (B1) in every sub-box subassembly (B), movable cover is equipped with sub-box lid (1) of sealed second heating chamber (B1) on sub-box subassembly (B), installs first ventilated membrane (2) that communicate first heating chamber (A1) and second heating chamber (B1) under sealed state on sub-box lid (1).

2. The multifunctional personal steamer of claim 1, wherein: the main box cover (C) is connected with the main box assembly (A) through a locking device (3).

3. The multifunctional personal steamer of claim 1, wherein: female box subassembly (A) is including female box casing (11), installs the fashioned female box inner bag of metal heat-conducting material (12) in female box casing (11) to and be used for heating electric heater unit (13) of female box inner bag (12), female box inner bag (12) are formed with first heating chamber (A1), and female box inner bag (12) extend has and accepts first flanging (121) on female box casing (11) top edge, and the opening department of female box inner bag (12) seals lid selectively and is equipped with female lid (4), installs second ventilated membrane (5) on female lid (4).

4. The multifunctional personal steamer of claim 3, wherein: sub-box subassembly (B) include with the sub-box casing (21) of the sealed concatenation of mother box casing (11), install sub-box inner bag (22) of metal heat-conducting material shaping in sub-box casing (21), sub-box inner bag (22) are formed with second heating chamber (B1), and sub-box inner bag (22) extend have the second flanging (221) of pressing to on sub-box casing (21) top edge, have seted up air inlet (222) that a plurality of made first heating chamber (A1) and sub-box subassembly (B) inside intercommunication on second flanging (221).

5. The multifunctional personal steamer of claim 4, wherein: a first steam channel (B2) is arranged below the sub-box inner container (22), a second steam channel (B3) communicated with the first steam channel (B2) is arranged between the sub-box inner container (22) and the sub-box shell (21), a third steam channel (B4) is arranged between the main box cover (C) and the uppermost sub-box cover (1), the second steam channel (B3) of the sub-box assembly (B) of the next layer is communicated with the first steam channel (B2) and the second steam channel (B3) of the sub-box assembly (B) of the previous layer through an air inlet (222), or/and the second steam channel (B3) is communicated with the third steam channel (B4) through the air inlet (222).

6. The multifunctional personal steamer of claim 5, wherein: an exhaust port (C1) communicated with the third steam channel (B4) is formed in the main box cover (C).

7. The multifunctional personal steamer of claim 4, wherein: the son box casing (21) include shell body (21a) and interior casing (21b), and the top between shell body (21a) and the interior casing (21b) is sealed to be connected and is formed last step face (211) and lower step face (212) that the level difference set up, and open and install first ring packing (6) in the bottom between shell body (21a) and the interior casing (21b), second flanging (221) activity is accepted on last step face (211), and first ring packing (6) are sealed to be pressed and are supported at the up end of lower step face (212) or first flanging (121) of lower floor son box casing (21).

8. The multifunctional personal steamer of claim 2, wherein: locking device (3) including handle tie (301) and the locking button (302) of setting in female box subassembly (A) and main lid (C) left and right sides that adopt elastic material, a plurality of and locking button (302) detachable connection's button hole (303) are seted up to the both ends symmetry of handle tie (301), buckle hole (303) are buckled into through locking button (302), make sub-box subassembly (B) compressed tightly between female box subassembly (A) and main lid (C), perhaps main lid (C) directly compresses tightly on female box subassembly (A) again.

9. The multifunctional personal steamer of claim 3, wherein: the child box cover (1) or the mother box cover (4) comprises a cover body (7), the outer end face of the cover body (7) is sleeved with a sealing ring (8) in sealing fit with the child box inner container (22) or the mother box inner container (12), a central through hole (701) is formed in the cover body (7), and a first breathable film (2) or a second breathable film (5) is installed in the central through hole (701).

10. The multifunctional personal steamer of claim 7, wherein: and a second annular sealing ring (C2) is installed at the bottom of the main box cover (C), and the second annular sealing ring (C2) is hermetically pressed against the lower step surface (212) of the uppermost terminal box shell (21).