CN203368797U - Induction heating exhaust container - Google Patents
Induction heating exhaust container Download PDFInfo
- Publication number
- CN203368797U CN203368797U CN 201320358620 CN201320358620U CN203368797U CN 203368797 U CN203368797 U CN 203368797U CN 201320358620 CN201320358620 CN 201320358620 CN 201320358620 U CN201320358620 U CN 201320358620U CN 203368797 U CN203368797 U CN 203368797U
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- container
- induction heating
- exhaust
- moving valve
- blast pipe
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Abstract
The utility model provides an induction heating exhaust container. The container comprises a container heat-insulation inner cavity, a container heat-insulation outer layer and an enclosed container cap which can be opened. A container exhaust passage is formed between the container heat-insulation inner cavity and the container heat-insulation outer layer. The enclosed container cap is arranged on the top part of the container heat-insulation inner cavity. A steam cavity is arranged in the enclosed container cap, and the steam cavity is communicated with the container exhaust passage. An inner container is arranged in the container heat-insulation inner cavity. A heat-insulation chamber is formed between the inner container and the inner wall of the container heat-insulation inner cavity and is used for the flowing of the steam. The heat-insulation chamber is communicated with the steam cavity. An electromagnetic induction heating coil is arranged in the inner container or the container exhaust passage and is connected with a power supply through a power supply plug-in structure. The induction heating exhaust container is reasonable in structure, articles are heated by the utilization of electromagnetic induction, a good heating effect of the heated articles are ensured, and the steam generated in the process of heating can flow out from the container exhaust passage and be recycled.
Description
Technical field
The utility model relates to a kind of heating container, relates in particular to a kind of induction heating degassing container.
Background technology
In current logistics field, there is depositing of a lot of article to need holding temperature or heating to preserve, but current equipment all can't be realized storing articles is effectively kept to temperature or heating, can only seal to realize passive insulation to container by insulation material, but this mode limited duration, can not be incubated for a long time, more can not be heated storing articles, this is a problem of needing solution badly.
Summary of the invention
The utility model purpose: the utility model provides a kind of induction heating degassing container, its objective is the problem that solution mode in the past can't be incubated or heat the article of depositing.
Technical scheme: the utility model is achieved through the following technical solutions:
A kind of induction heating degassing container is characterized in that: this container comprises vessel insulation inner chamber and the outer closed container lid with opening of vessel insulation; Form the container exhaust duct between vessel insulation inner chamber and vessel insulation skin; Closed container lid is arranged on the top of vessel insulation inner chamber, in closed container lid, is steam void, and steam void is communicated with the container exhaust duct; Be provided with inner bag in the vessel insulation inner chamber, form the moist closet for vapor flow between the inwall of inner bag and vessel insulation inner chamber, moist closet is communicated with steam void; Be provided with electromagnetic induction heating coil in inner bag or in the container exhaust duct, by the electric power connecting structure, be connected to power supply.
The outer field below of vessel insulation is provided with blast pipe and installation pipe; Relatively be fixedly connected to form container top integral body between vessel insulation inner chamber and vessel insulation skin, blast pipe and installation pipe form container bottom integral body; It between container top integral body and container bottom integral body, is movable socket connection; Described electric power connecting structure comprises the binding post be connected with electromagnetic induction heating coil, the contact pilotage be connected with binding post, the moving valve that can move up and down and is arranged on the fixed terminals of moving valve below, binding post and contact pilotage and electromagnetic induction heating coil are fixed, moving valve and fixed terminals are arranged in installation pipe, be provided with wire in moving valve, the upper end of wire is the joint that can peg graft with contact pilotage, and the lower end of wire is the joint that can peg graft with the binding post of fixed terminals; Moving valve leaves space with the binding post of fixed terminals and makes the wire in the rear moving valve of moving valve decline be communicated with the binding post of fixed terminals; The length of contact pilotage protrudes from the vessel insulation inner chamber and makes when container top is whole pegs graft with the container bottom is whole contact pilotage withstand moving valve to move down and make contact pilotage pass through the interior wire of moving valve to be communicated with the binding post of fixed terminals.
The below of moving valve is provided with support spring, and when contact pilotage leaves moving valve, support spring, by moving valve jack-up, makes moving valve and fixed terminals disconnect.
The position be connected with the exhaust outlet of container exhaust duct at blast pipe is provided with the exhaust plug of controlling exhaust orifice open/close, exhaust plug is arranged in blast pipe, the position that exhaust plug is withstood on blast pipe and is connected with the container exhaust duct by exhaust spring, seal blast pipe.
The position be connected on blast pipe, with exhaust outlet is provided with the exhaust sealing ring, and when blast pipe is airtight, exhaust plug withstands the exhaust sealing ring.
Be provided with exhausting seal ring between exhaust sealing ring and exhaust outlet.
Blast pipe and installation pipe are the internal and external casing structure, and exhaust shroud, on installation pipe, forms the passage for exhaust between blast pipe and installation pipe.
Between blast pipe and installation pipe, by the cross casing support, connect.
Contact pilotage is connected with binding post by striking the post.
The heating arrangement of electromagnetic induction heating coil for being formed by cylinder induction coil and planar induction coil; In the time of in electromagnetic induction heating coil is arranged on exhaust duct, in the arranged outside of electromagnetic induction heating coil, drive magnetic rubber, the inboard of electromagnetic induction heating coil is provided with insulating barrier.
Advantage and effect: the utility model provides a kind of induction heating degassing container, and this container comprises vessel insulation inner chamber and the outer closed container lid with opening of vessel insulation; Form the container exhaust duct between vessel insulation inner chamber and vessel insulation skin; Closed container lid is arranged on the top of vessel insulation inner chamber, in closed container lid, is steam void, and steam void is communicated with the container exhaust duct; Be provided with inner bag in the vessel insulation inner chamber, form the moist closet for vapor flow between the inwall of inner bag and vessel insulation inner chamber, moist closet is communicated with steam void; Be provided with electromagnetic induction heating coil in inner bag or in the container exhaust duct, electromagnetic induction heating coil is connected to power supply by the electric power connecting structure.
After container top is whole and container bottom integral body have been pegged graft, electromagnetic induction heating coil is communicated with power supply, blast pipe is communicated with exhaust duct, the electromagnetic induction heating coil heating is heated the article in inner bag, if the article after heating produce steam, steam just enters the cavity of closed container lid, enter exhaust duct and moist closet from this cavity again, vapours in moist closet can be so that heating or insulating efficiency be higher, and other excess steam is discharged through blast pipe from exhaust duct, complete the heat tracing process.
The utility model is rational in infrastructure, utilizes electromagnetic induction to be heated article, can well guarantee to be heated the heating effect of article, and steam can flow out from exhaust duct after heating, carries out cycling and reutilization.In addition, container of the present utility model adopts the form of pegging graft, and utilizes the process of pegging graft to be opened, and reaches good energy-saving effect.The utility model has well solved in the past can't be to being deposited the problem that article are incubated or heat, and utilization is applied.
the accompanying drawing explanation:
Fig. 1 is top of the present utility model overall structure schematic diagram;
The A section enlarged drawing that Fig. 2 is Fig. 1;
Fig. 3 is theory structure schematic diagram of the present utility model.
embodiment:below in conjunction with accompanying drawing, the utility model is described further:
As illustrated in fig. 1 and 2, the utility model provides a kind of induction heating degassing container, and this container comprises vessel insulation inner chamber 1 and vessel insulation outer 2 and the closed container lid 3 that can open; Form container exhaust duct 4 between vessel insulation inner chamber 1 and vessel insulation skin 2; Closed container lid 3 is arranged on the top of vessel insulation inner chamber 1, in closed container lid 3, is steam void 5, and steam void 5 is communicated with container exhaust duct 4; Be provided with inner bag 7 in vessel insulation inner chamber 1, form the moist closet 6 for vapor flow between the inwall of inner bag 7 and vessel insulation inner chamber 1, moist closet 6 is communicated with steam void 5; Be provided with electromagnetic induction heating coil in inner bag 7 or in container exhaust duct 4, by the electric power connecting structure, be connected to power supply.
The below of vessel insulation skin 2 is provided with blast pipe 13 and installation pipe 15; Relatively be fixedly connected to form container top integral body between vessel insulation inner chamber 1 and vessel insulation skin 2, blast pipe 13 and installation pipe 15 form container bottom integral body; It between container top integral body and container bottom integral body, is movable socket connection; Described electric power connecting structure comprises the binding post 9 be connected with electromagnetic induction heating coil, the contact pilotage 11 be connected with binding post 9, the moving valve 14 that can move up and down and is arranged on the fixed terminals 16 of moving valve 10 belows, binding post 9 and contact pilotage 11 are fixed with electromagnetic induction heating coil, moving valve 14 and fixed terminals 16 are arranged in installation pipe 15, be provided with wire in moving valve 14, the upper end of wire is the joint that can peg graft with contact pilotage 11, and the lower end of wire is the joint that can peg graft with the binding post of fixed terminals 16; Moving valve 14 leaves space with the binding post of fixed terminals 16 and makes the wire in the rear moving valve 14 of moving valve 14 decline be communicated with the binding post of fixed terminals 16; The length of contact pilotage 11 protrudes from vessel insulation inner chamber 1 and makes when container top is whole pegs graft with the container bottom is whole contact pilotage 11 withstand moving valve 14 to move down contact pilotage 11 wire interior by moving valve 14 is communicated with the binding post of fixed terminals 16.
The below of moving valve 14 is provided with support spring 17, and when contact pilotage 11 leaves moving valve 14, support spring 17, by moving valve 14 jack-up, makes moving valve 14 and fixed terminals 16 disconnect.
The position be connected with the exhaust outlet of container exhaust duct 4 at blast pipe 13 is provided with the exhaust plug 18 of controlling exhaust orifice open/close, exhaust plug 18 is arranged in blast pipe 13, the position that exhaust plug 18 is withstood on blast pipe 13 and is connected with container exhaust duct 4 by exhaust spring, by 1313 sealings of blast pipe blast pipe.
The position be connected on blast pipe 4, with exhaust outlet is provided with exhaust sealing ring 20, and when blast pipe 4 is airtight, exhaust plug 18 withstands exhaust sealing ring 20.
Be provided with exhausting seal ring 19 between exhaust sealing ring 20 and exhaust outlet.
Between blast pipe 13 and installation pipe 15, by cross casing support 32, connect.
The heating arrangement of electromagnetic induction heating coil for being formed by cylinder induction coil 35 and planar induction coil 36; When electromagnetic induction heating coil is arranged on exhaust duct 4 when interior, drive magnetic rubber 37 in the arranged outside of electromagnetic induction heating coil, the inboard of electromagnetic induction heating coil is provided with insulating barrier 38.In Fig. 3 777 is power line.
The utility model in use, the container top integral body that vessel insulation inner chamber 1 and vessel insulation outer 2 formed is plugged on the container bottom that formed by blast pipe 13 and installation pipe 15 on the whole, now, contact pilotage 11 is plugged on moving valve 14 and with the wire in moving valve 14 and is communicated with, contact pilotage 11 withstands moving valve 14 and moves down, make the wire in moving valve 14 be communicated with the binding post of fixed terminals 16, at this moment, electromagnetic induction heating coil energising work, for the heating of the article in inner bag 7, if heated article are the article that contain moisture content, steam after heating can also enter in moist closet 6 by steam void 5, article are incubated, thereby provide the efficiency of heating and insulation, unnecessary steam enters container exhaust duct 4, when the steam pressure in container exhaust duct 4 reaches the value of setting, exhaust plug 18 is backed down downwards, steam is discharged, the top power that the value of this setting only need to be set exhaust spring as required is just passable, here repeat no more, when finishing steam, heating reduces, exhaust plug 18 is deflated the top of spring and goes back to original position again by blast pipe 13 sealings.After heating finishes, take off container top integral body, contact pilotage 11 leaves moving valve 14 and disconnects with the wire in moving valve 14, simultaneously, moving valve 14 moves away fixed terminals 16 under the effect of support spring 17, and disconnects EO with the binding post of fixed terminals 16.Electromagnetic induction heating coil of the present utility model connects the electric form that connects that secondary that electricity adopts contact pilotage, moving valve and fixed terminals 16 is connected, as long as a ring, not connecting and can't switch on wherein improved the coefficient of safety in the use greatly.
Claims (10)
1. an induction heating degassing container is characterized in that: this container comprises vessel insulation inner chamber (1) and vessel insulation outer (2) and the closed container lid (3) that can open; Vessel insulation inner chamber (1) and vessel insulation form container exhaust duct (4) between outer (2); Closed container lid (3) is arranged on the top of vessel insulation inner chamber (1), in closed container lid (3), is steam void (5), and steam void (5) is communicated with container exhaust duct (4); Be provided with inner bag (7) in vessel insulation inner chamber (1), form the moist closet (6) for vapor flow between the inwall of inner bag (7) and vessel insulation inner chamber (1), moist closet (6) is communicated with steam void (5); Be provided with electromagnetic induction heating coil in inner bag (7) or in container exhaust duct (4), by the electric power connecting structure, be connected to power supply.
2. induction heating degassing container according to claim 1 is characterized in that: the below of vessel insulation outer (2) is provided with blast pipe (13) and installation pipe (15), vessel insulation inner chamber (1) and vessel insulation are fixedly connected to form container top integral body between outer (2) relatively, and blast pipe (13) and installation pipe (15) form container bottom integral body, it between container top integral body and container bottom integral body, is movable socket connection, described electric power connecting structure comprises the binding post (9) be connected with electromagnetic induction heating coil, the contact pilotage (11) be connected with binding post (9), the moving valve that can move up and down (14) and be arranged on the fixed terminals (16) of moving valve (10) below, binding post (9) and contact pilotage (11) are fixed with electromagnetic induction heating coil, moving valve (14) and fixed terminals (16) are arranged in installation pipe (15), moving valve is provided with wire in (14), the upper end of wire is the joint that can peg graft with contact pilotage (11), the lower end of wire is the joint that can peg graft with the binding post of fixed terminals (16), moving valve (14) leaves space with the binding post of fixed terminals (16) and makes the wire in the rear moving valve (14) of moving valve (14) decline be communicated with the binding post of fixed terminals (16), the length of contact pilotage (11) protrudes from vessel insulation inner chamber (1) and makes when container top is whole pegs graft with the container bottom is whole contact pilotage (11) withstand moving valve (14) to move down contact pilotage (11) wire interior by moving valve (14) is communicated with the binding post of fixed terminals (16).
3. induction heating degassing container according to claim 2, it is characterized in that: the below of moving valve (14) is provided with support spring (17), when contact pilotage (11) leaves moving valve (14), support spring (17), by moving valve (14) jack-up, makes moving valve (14) and fixed terminals (16) disconnect.
4. induction heating degassing container according to claim 3, it is characterized in that: the position be connected with the exhaust outlet of container exhaust duct (4) at blast pipe (13) is provided with the exhaust plug (18) of controlling exhaust orifice open/close, exhaust plug (18) is arranged in blast pipe (13), the position that exhaust plug (18) is withstood on blast pipe (13) and is connected with container exhaust duct (4) by exhaust spring, seal blast pipe (13).
5. induction heating degassing container according to claim 4, it is characterized in that: position upper at blast pipe (4), that be connected with exhaust outlet is provided with exhaust sealing ring (20), when blast pipe (4) is airtight, exhaust plug (18) withstands exhaust sealing ring (20).
6. induction heating degassing container according to claim 4, is characterized in that: be provided with exhausting seal ring (19) between exhaust sealing ring (20) and exhaust outlet.
7. induction heating degassing container according to claim 1, it is characterized in that: blast pipe (13) and installation pipe (15) are the internal and external casing structure, it is upper that blast pipe (13) is enclosed within installation pipe (15), forms the passage for exhaust between blast pipe (13) and installation pipe (15).
8. induction heating degassing container according to claim 7, is characterized in that: between blast pipe (13) and installation pipe (15), by cross casing support (32), connect.
9. induction heating degassing container according to claim 1, it is characterized in that: contact pilotage (11) is connected with binding post (9) by strike the post (10).
10. induction heating degassing container according to claim 1, is characterized in that: the heating arrangement of electromagnetic induction heating coil for consisting of cylinder induction coil (35) and planar induction coil (36); In the time of in electromagnetic induction heating coil is arranged on exhaust duct (4), in the arranged outside of electromagnetic induction heating coil, drive magnetic rubber (37), the inboard of electromagnetic induction heating coil is provided with insulating barrier (38).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320358620 CN203368797U (en) | 2013-06-21 | 2013-06-21 | Induction heating exhaust container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320358620 CN203368797U (en) | 2013-06-21 | 2013-06-21 | Induction heating exhaust container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203368797U true CN203368797U (en) | 2013-12-25 |
Family
ID=49816505
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320358620 Expired - Lifetime CN203368797U (en) | 2013-06-21 | 2013-06-21 | Induction heating exhaust container |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203368797U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111169767A (en) * | 2020-03-23 | 2020-05-19 | 刘红亮 | Takeaway case that heat-retaining nature is good |
-
2013
- 2013-06-21 CN CN 201320358620 patent/CN203368797U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111169767A (en) * | 2020-03-23 | 2020-05-19 | 刘红亮 | Takeaway case that heat-retaining nature is good |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20131225 |
|
| CX01 | Expiry of patent term |