CN207693431U - A kind of thermophilic digestion device - Google Patents

Abstract

A kind of thermophilic digestion device, including, container, isolation cover, heat carrier and heating element.Wherein, the isolation cover is located inside the container, and is respectively arranged with water inlet and high temperature fluid outlet；The heat carrier is corresponding with the isolation cover, and the heating element is heated by water of the heat carrier between the heat carrier and the isolation cover, and is sprayed high temperature fluid by the high temperature fluid outlet.The thermophilic digestion device of the utility model, the a small amount of water being separated out from container by continuous heating isolation cover, and vaporization and overheat is rapidly completed, generated high-temperature steam directly heats food, the boiling temperature of food not only can be improved, it can also be achieved by food-steaming amount reasonable disposition heat supply, achieve the purpose that energy-saving.

Description

A kind of thermophilic digestion device

Technical field

The utility model is related to high-temp liquid flash evaporator more particularly to a kind of thermophilic digestion devices.

Background technology

In existing technology, the cooking of food typically will be packed into water in container, then into the water by food, with heat supply member Part（Electrothermal tube, electromagnetic induction coil or burner）By the water heating in container, food is transferred heat to by water, completes food The brewing work of object.Major way is as follows：

Fig. 1 is the cooking device of existing electric-heating-wire-heating.As shown in Figure 1, the cooking device of existing electric-heating-wire-heating is by food 14 are put into container 11, using electrothermal tube 12（Or electric hot tray 13）By the water heating in container, by the conduction of water, heat is passed Food 14 is passed, the brewing work of food is completed.

Fig. 2 is the cooking device of existing electromagnetic induction heating.As shown in Fig. 2, the cooking device of existing electromagnetic induction heating be by Food 23 is put into container 21, is heated the wall of container 21 using electromagnetic induction coil 22, the heat transfer of 21 wall of container Food 23 is transferred heat to by the conduction of water to the water in container 21, completes the brewing work of food.

Fig. 3 is the cooking device of existing gas heating.As shown in figure 3, the cooking device of existing gas heating is to put food 33 Enter in container 31, the wall of container 31 is heated using burner 32, the heat transfer of 31 wall of container is led to the water in container 31 The conduction for crossing water transfers heat to food 33, completes the brewing work of food.

Though above-mentioned cooking device can cook food, it is not high that generally there are brew temperatures, and high temperature heat source is from food when cooking Farther out the shortcomings that；Device is cooked to some commercializations, requires brew temperatures higher or particular surroundings（Such as High aititude place）Under food It cooks, there is following deficiency：

1. existing cooking device heating method used is to pass through high temperature heat source（As the outer surface of electrothermal tube, electromagnetism add The container outer wall of heat or gas heating）Water is transferred heat to, water temperature rising is made to transfer heat to food again.From microcosmic It says, heating process is that first water of the heating in high temperature heat source surface, the heated rear density of this part water reduce, and floating upward quickly leaves height Temperature-heat-source, the relatively large water of density sink to reaching high temperature heat source therewith, and also floating upward quickly leaves after being heated, and so recycles, And by the heat transfer of water, achieve the purpose that heat water in container；It is completely closed if container is not one, the water in container Temperature can only achieve the saturation temperature corresponding to local environment air pressure, and attainable saturation temperature value also with the increasing of height above sea level Add and reduce, if height above sea level is excessively high just to will appear that water temperature is too low, and brew time is long, when serious, food is caused to be difficult to be cooked.

2. cook device for commercialization, the size of container is that greatest sales configure within the unit interval by food, and In actual use, sales volume changes at any time, when cooking a small amount of food, it is often necessary to be heated to the water in whole container Brew temperatures can cook food, cannot often result in energy waste by cooking amount reasonable disposition heating load.

Invention content

In order to solve the shortcomings of the prior art, the purpose of this utility model is to provide a kind of thermophilic digestion devices, lead to It crosses isolation cover and is separated out a small amount of water from container, and this part water is limited near the high temperature heat source of heat carrier, held Continuous heating, is rapidly completed vaporization and overheat, generated high-temperature steam directly heats food, boiling for food not only can be improved in this way Temperature processed solves high altitude localities and is difficult to cooked hang-up without pressure vessel food, can also be achieved by the conjunction of food cooking amount Reason configuration heat supply, achievees the purpose that energy-saving.

To achieve the above object, a kind of thermophilic digestion device provided by the utility model, including：Container, isolation cover, heat conduction Body and heating element, wherein

The isolation cover is located inside the container, and is respectively arranged with water inlet and high temperature fluid outlet；It is described to lead Hot body is corresponding with the isolation cover, and the heating element is by the heat carrier between the heat carrier and the isolation cover Water heated, and high temperature fluid is sprayed by the high temperature fluid outlet.

Further, the isolation cover be shell construction, the heat carrier be mounted on the container wall on, it is described every From be formed between cover and the heat carrier for fluid by gap, the lower part of the isolation cover is provided with water inlet, described Isolation cover top is provided with high temperature fluid ejiction opening, and the heating element is for heating the heat carrier.

Further, the isolation cover is provided with groove towards the heat carrier side.

Further, detachable blend stop is provided between the isolation cover and the heat carrier.

Further, the solid material that the heat carrier uses the heat characteristic with heating element to match makes.

Further, the heat carrier is provided with groove or porous body.

Further, further comprise that lid, the lid include cover board and damping muffler, wherein

The cover board is made of sheet metal, is provided with the exhaust hole being connected with damping muffler thereon；The damping Muffler includes outer tube and damping material；The outer tube is made of metal pipe material, and is equipped with air intake and venthole, described outer The air intake of pipe is connected at the exhaust hole of the cover board；The damping material is the porous body made of heat safe material Or silk screen, the damping material are located in the outer tube.

Further, the thermophilic digestion device further includes charging basket, and the charging basket is made of metal material, and wall surface is provided with Many through-holes, the charging basket are located at the isolation cover high-temperature steam ejiction opening.

Further, the container is made of metal material.

Further, the heat carrier is column, sheet, plate or mesh-like.

Further, the heat carrier is plate, and is arranged in the container side wall, and the heat carrier is the container Component part.

Further, the heating element is heating wire, electromagnetic induction coil, burner or pharoid, and is respectively supplied The separately or combined heat supply of thermal element.

Further, the heating element is non-metal electrothermal material.

Thermophilic digestion device provided by the utility model compared with prior art, has the following advantages：

1. heating element heats the water in container, water temperature is maintained near the boiling temperature of water, when cooking food, heat supply Element need to only provide relatively small number of energy, the water between concentration heating isolation cover and heat carrier, also, isolation cover by this part Water is limited near the high temperature surface of the heat carrier in container, is carried out continuous heating, fast vaporizing and overheat, is formed very strong mistake Hot steam stream is sprayed from the high temperature fluid outlet of isolation cover, is washed the water in container near steam drain open, is directly heated food, To improve the brew temperatures of food, accelerate food boiling process, and brew temperatures under environment of high-altitude area air pressure can be solved Low, food is difficult to cooked problem.

2. in cooking, a large amount of high-temperature steam is will produce, lid covers on container, can reduce heat waste when boiling Lose, and the high-temperature steam in container can through the trepanning on cover board, into damping muffler, after damping material vibration damping noise reduction, from The discharge of muffler steam drain is damped, to reduce noise when cooking.

In addition, cooling fin can be also arranged in damping muffler outer tube, after high-temperature steam enters damping muffler, in damping material Cooling of slowing down in material will be condensed into water, flow back into container when at a temperature below saturation temperature corresponding to environmental pressure It is interior, realize the pressureless energy-saving environmental protection boiling to food.

3. water heating, vaporization and the overheat in pair container are completed in container, and directly heat food, reduce heat Transmission loss improves the boiling temperature, simple in structure of food, reduces investment outlay.

4. the high-temperature area of the thermophilic digestion device of the utility model is isolated on the surface on the surface of heat carrier and isolation cover Cover structure is simple, and is readily disassembled, and after removing isolation cover, the surface exposure of all high-temperature areas outside, is convenient for descaling rinsing, clearly Clean health.

5. due to the thermophilic digestion device of the utility model, generated high-temperature steam is to directly heat food, therefore, for By the commercial boiling vessel of part cooking, each charging basket can be respectively set corresponding isolation cover and heat carrier, and each heat conduction The corresponding heating element independent control of body, so that it may realize and press cooking amount reasonable disposition heat supply, reduce energy waste..

Other features and advantages of the utility model will illustrate in the following description, also, partly from specification In become apparent, or understood by implementing the utility model.

Description of the drawings

Attached drawing is used to provide a further understanding of the present invention, and a part for constitution instruction, and with this reality Together with novel embodiment, for explaining the utility model, limitations of the present invention are not constituted.In the accompanying drawings：

Fig. 1 is the cooking device schematic diagram of existing electric-heating-wire-heating；

Fig. 2 is the cooking device schematic diagram of existing electromagnetic induction heating；

Fig. 3 is the cooking device schematic diagram of existing gas heating；

Fig. 4 is the structural schematic diagram according to the thermophilic digestion device embodiment one of the utility model；

Fig. 5 is one schematic diagram of isolation cover structure according to the thermophilic digestion device embodiment one of the utility model；

Fig. 6 is two schematic diagram of isolation cover structure according to the thermophilic digestion device embodiment one of the utility model；

Fig. 7 is one schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment one of the utility model；

Fig. 8 is two schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment one of the utility model；

Fig. 9 is three schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment one of the utility model；

Spiral is arranged between the isolation cover and heat carrier according to the thermophilic digestion device embodiment one of the utility model in Figure 10 The assembling schematic diagram of steel wire；

Spiral is arranged between the isolation cover and heat carrier according to the thermophilic digestion device embodiment one of the utility model in Figure 11 The assembling schematic diagram of heat carrier and spiral wire in the assembly of steel wire；

Spiral is arranged between the isolation cover and heat carrier according to the thermophilic digestion device embodiment one of the utility model in Figure 12 Isolation cover schematic diagram in the assembly of steel wire；

Figure 13 is the assembling schematic diagram according to the heat carrier and heating wire of the thermophilic digestion device embodiment one of the utility model；

Figure 14 is the structural schematic diagram according to the thermophilic digestion device embodiment two of the utility model；

Figure 15 is one schematic diagram of isolation cover structure according to the thermophilic digestion device embodiment two of the utility model；

Figure 16 is two schematic diagram of isolation cover structure according to the thermophilic digestion device embodiment two of the utility model；

Figure 17 is one schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment two of the utility model；

Figure 18 is two schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment two of the utility model；

Figure 19 is three schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment two of the utility model；

Figure 20 is the heat carrier and heating wire assembly schematic diagram according to the thermophilic digestion device embodiment two of the utility model；

Figure 21 is to assemble body-side view with heating wire according to the heat carrier of the thermophilic digestion device embodiment two of the utility model；

Figure 22 is the burner heating structure schematic diagram according to the thermophilic digestion device embodiment two of the utility model；

Figure 23 is the electromagnetic induction heating structural schematic diagram according to the thermophilic digestion device embodiment three of the utility model；

Figure 24 is to be shown according to the isolation cover of the electromagnetic induction heating structure of the thermophilic digestion device embodiment three of the utility model It is intended to；

Figure 25 is the electromagnetic induction according to the electromagnetic induction heating structure of the thermophilic digestion device embodiment three of the utility model Coil schematic diagram；

Figure 26 is the burner heating structure schematic diagram according to the thermophilic digestion device embodiment three of the utility model；

Figure 27 is to be set according to the container outer wall of the burner heating structure of the thermophilic digestion device embodiment three of the utility model Set heat absorbing sheet schematic diagram；

Figure 28 is to be illustrated according to the isolation cover of the burner heating structure of the thermophilic digestion device embodiment three of the utility model Figure；

Figure 29 is the petticoat pipe schematic diagram according to the burner heating structure of the thermophilic digestion device embodiment three of the utility model；

Figure 30 is one schematic diagram of cap structure according to the thermophilic digestion device embodiment one of the utility model；

Figure 31 is two schematic diagram of cap structure according to the thermophilic digestion device embodiment one of the utility model；

Figure 32 is to be assembled with non-metal electric heating element according to the heat carrier of the thermophilic digestion device embodiment one of the utility model Structural schematic diagram.

Specific implementation mode

The preferred embodiment of the utility model is illustrated below in conjunction with attached drawing, it should be understood that described herein excellent It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.

Embodiment one：

Fig. 4 is according to the structural schematic diagram of the thermophilic digestion device embodiment one of the utility model, as shown in figure 4, this practicality Novel thermophilic digestion device, including：Container 41, lid 42, charging basket 43, isolation cover 44, heat carrier 45, electromagnetic induction coil 46, Wherein,

Container 41 and charging basket 43 are made of metal material, and the bottom and side of charging basket 43 are provided with many small through-holes；Lid Son 42 is placed on container 41；For heat carrier 45 using that can be made by the metal material of electromagnetic induction heating, shape is cylinder, installation In the bottom of container 41, and some is in container 41；Isolation cover 44 is made of stainless steel tube, is sleeved on heat carrier 45 On, there are smaller gaps between the inside and the outside of heat carrier 45 of isolation cover 44, and it is logical to form an annular from top to bottom Road, and there are the inlet of a rectangular conduit communicated with container 41 below isolation cover 44, then have the height communicated with container 41 above channel Warm fluid（Such as steam）Outlet；Electromagnetic induction coil 46 is wrapped in heat carrier 45 and is located on the cylinder in 41 outside of container；When When electric control gear makes electromagnetic induction coil 46 generate alternating magnetic field, heat carrier 45 generates induced current and heats up, and heats container 41 Water near 45 surface of interior heat carrier, density reduces after this part water is heated, the annular between isolation cover 44 and heat carrier 45 Channel uplink, and be heated continuously, the high temperature fluid of generation is sprayed from the high temperature fluid outlet of upper part of channel, meanwhile, container Water in 41 is also flowed into from the water inlet below isolation cover 44, by circulating-heating.If water temperature near the boiling temperature of water, Only need smaller energy, so that it may make the water in circular passage between isolation cover 44 and heat carrier 45, because being heated continuously, and it is quick Vaporization and overheat are completed, generated high-temperature steam directly heats the food in charging basket 43, to improve the brew temperatures of food, Accelerate the cooking of food.

In order to segment the flow between isolation cover 44 and heat carrier 45 in channel, extend these tiny flows in channel Heating time strengthens heat exchange, improves outlet steam temperature, numerous grooves can be arranged in 44 inside of isolation cover, Fig. 5 is according to this One schematic diagram of isolation cover structure of the thermophilic digestion device embodiment one of utility model, in Figure 5, groove are item in axial direction Shape, Fig. 6 are according to two schematic diagram of isolation cover structure of the thermophilic digestion device embodiment one of the utility model, and in figure 6, groove is Spiral shape；Equally, for this purpose, the part in container 41 can be also located in heat carrier 45, some grooves or through-hole are set, schemed 7 is, according to one schematic diagram of heat carrier structure of the thermophilic digestion device embodiment one of the utility model, Fig. 8 are according to the utility model Thermophilic digestion device embodiment one two schematic diagram of heat carrier structure, as shown in Figure 7 and Figure 8, on the surface of heat carrier 45, setting There is groove；Fig. 9 is three schematic diagram of heat carrier structure according to the thermophilic digestion device embodiment one of the utility model, as shown in figure 9, Inside heat carrier 45, many through-holes are provided with, and the both ends of these grooves or through-hole are communicated with container 41；For this purpose, Also spiral wire 47 can be placed between isolation cover 44 and heat carrier 45（As shown in Figure 10, Figure 11 and Figure 12）；According to Figure 10 The assembling schematic diagram of spiral wire is set between the isolation cover and heat carrier of the thermophilic digestion device embodiment one of the utility model；Figure 11 is according to the assemblings that spiral wire is arranged between the isolation cover and heat carrier of the thermophilic digestion device embodiment one of the utility model In body, the assembling schematic diagram of heat carrier and spiral wire；Figure 12 is the thermophilic digestion device embodiment one according to the utility model Isolation cover schematic diagram in the assembly of spiral wire is set between isolation cover and heat carrier.

Figure 13 is the heat carrier and heating wire assembling schematic diagram according to the thermophilic digestion device embodiment one of the utility model, such as Shown in Figure 13, the heating of heating wire 48 can be used in heat carrier 45, at this point, heat carrier 45 is tubulose, heating wire 48 is located at heat carrier 45 It is interior, if heat carrier 45 is on-insulated, the material 49 of insulation and heat conduction is just filled between heat carrier 45 and heating wire 48.

Figure 32 is to be assembled with non-metal electric heating element according to the heat carrier of the thermophilic digestion device embodiment one of the utility model Structural schematic diagram.As shown in figure 32, heat carrier 161 is tubulose, non-metal electric heating element（Such as：Semi-conductor electricity thermal element, silicon nitride Ceramic electrothermal element etc.）163 settings are filled in heat carrier 161, and between heat carrier 161 and non-metal electric heating element 163 The material 162 of insulation and heat conduction, when certain to applying between the two of non-metal electric heating element 163 electrode outlet line 164 and 165 When voltage, non-metal electric heating element 163 heats up heating, and by the material 162 of insulation and heat conduction, transfers heat to and lead Hot body 161 realizes the safe and effective heating to heat carrier 161.

Figure 30 is one schematic diagram of cap structure according to the thermophilic digestion device embodiment one of the utility model, according to Figure 31 Two schematic diagram of cap structure of the thermophilic digestion device embodiment one of the utility model, as shown in figures 30 and 31, in order to reduce heat Loss, is arranged lid 42 on container 41, and lid 42 includes cover board 421, outer tube 422 and damping quieter material 423；Cover board 421 It is made of sheet metal, and is provided with the through-hole being connected with outer tube 422；Outer tube 422 is made of metal pipe material, and is had into vapour Hole and exhaust hole, admission opening are communicated with the trepanning on cover board 421；It is metal porous body or stainless steel wire to damp quieter material 423 Net, and in outer tube 422.

In cooking, high-temperature steam can be through the trepanning on cover board, into damping muffler, through damping quieter material After 423 vibration damping noise reductions, from damping muffler steam drain discharge, to reduce noise when cooking.

In addition, cooling fin can be also arranged in damping muffler outer tube 422,（As shown in figure 31）, when high-temperature steam enters damping After muffler, cooling of slowing down in damping quieter material 423, when at a temperature below saturation temperature corresponding to environmental pressure, It will be condensed into water, flowed back into container, realize the pressureless energy-saving environmental protection boiling to food.

Embodiment two：

Figure 14 is according to the structural schematic diagram of the thermophilic digestion device embodiment two of the utility model, as shown in figure 14, this reality With novel thermophilic digestion device, including：Container 101, charging basket 102, isolation cover 103, heat carrier 104, electromagnetic induction coil 105, Electric control gear 106, wherein

Container 101 and charging basket 102 are made of metal material, and are provided with many apertures on 102 wall of charging basket；Heat carrier 104 Using can be made by the metal material of electromagnetic induction heating, shape is plate, is arranged in the side of container 101, and becomes container 101 part；Isolation cover 103 is made of stainless steel plate, and four sides bending, shape is box-like, and it is right with heat carrier 104 to be mounted on Include on the inside of it by heat carrier 104, there are smaller between isolation cover 103 and heat carrier 104 on 101 side of container answered Gap forms a slype from top to bottom, and there are the circle water inlets communicated with container 101 below isolation cover 103 Mouthful, then there is the high temperature fluid communicated with container 101 above channel（Such as steam）Outlet, and outlet is against charging basket 102；Electromagnetism Induction coil 105 is plate-like, is arranged in the outside of container 101, close to heat carrier 104；Electric control gear 106 makes electromagnetic induction coil 105 generate alternating magnetic field, and heat carrier 104 generates induced current and heats up, and heat in container 101 near 104 surface of heat carrier Water, density reduces after this part water is heated, the channel uplink between isolation cover 103 and heat carrier 104, and is heated continuously, The high temperature fluid of generation is sprayed from the high temperature fluid outlet of upper part of channel, directly heats the food in charging basket 102, while container Water in 101 is also flowed into from the water inlet below isolation cover 103, by circulating-heating；If water temperature near the boiling temperature of water, Then only need smaller heat, so that it may the water between continuous heating isolation cover 103 and heat carrier 104 in channel, and vapour is rapidly completed Change and overheat, generated high-temperature steam directly heat material and know that the food in basket 102 adds to improve the brew temperatures of food The cooking of food.

In order to segment the flow between isolation cover 103 and heat carrier 104 in channel, extend these tiny flows in channel Heating time, strengthen heat exchange, improve outlet steam temperature, numerous grooves can be set in the inside of isolation cover 103, such as Figure 15 institutes Show, groove is transversely arranged, and as shown in figure 16, groove is longitudinal arrangement, equally, is located at 101 inside of container in heat carrier 104 Groove or through-hole can be arranged in part（If Figure 17 and Figure 18 is groove, Figure 19 is through-hole）, and the both ends of these grooves or through-hole with Container 101 communicates.

Similarly, the heating of heating wire 107 can also be used in heat carrier 104, at this point, heat carrier 104 is box structure, heating wire 107 are located in heat carrier 104, if heat carrier 104 is on-insulated, just filling is insulated and led between heat carrier 104 and heating wire 107 The material 108 of heat,（As shown in figs 20 and 21, wherein Figure 21 is the side view of Figure 20）.

Similarly, infrared radiator heating can also be used in heat carrier 104, and installation site and the electromagnetic induction of infrared radiator add Heat coil is identical, and the radiating surface of radiator is directed at heat carrier 104.

Figure 22 is according to the burner heating structure schematic diagram of the thermophilic digestion device embodiment two of the utility model, such as Figure 22 Shown, the heating of burner 109 can also be used in heat carrier 104, at this point, being located at 101 outside one side of container on heat carrier 104 can be arranged Many heat absorbing sheets 111, to increase heat exchange area, burner 109 is located at the lower section of 101 exterior measuring of container, and is set in 101 outside of container Petticoat pipe 110 is set, the high-temperature flue gas generated when burner 109 being made to burn is flowed along the outer wall of container 101, and heating heat carrier 104 is inhaled The wall of backing 111 and container 101.

Embodiment three：

Figure 23 is according to the electromagnetic induction heating structural schematic diagram of the thermophilic digestion device embodiment three of the utility model, Figure 24 For according to the isolation cover schematic diagram of the electromagnetic induction heating structure of the thermophilic digestion device embodiment three of the utility model, Figure 25 is root According to the electromagnetic induction coil schematic diagram of the electromagnetic induction heating structure of the thermophilic digestion device embodiment three of the utility model；Such as figure 23, shown in Figure 24 and Figure 25, the thermophilic digestion device of the utility model, including：Container 151, isolation cover 152, electromagnetic induction coil 153, wherein

Container 151 is used and can be made by the sheet metal of electromagnetic induction heating（At this point, heat carrier refers to and electromagnetic induction coil The side wall of 153 corresponding containers 151, it has also become the component part of container 151）；Isolation cover 152 uses stainless sheet steel system To make, shape is similar to 151 inner wall of container, and flange is arranged at top, after isolation cover 152 is put into container 151, isolation cover 152 Narrow gap, the bottom of isolation cover 152 is kept to be provided with inlet through hole between outer wall and the inner wall of container 151, and above side wall It is provided with many high temperature fluids（Such as steam）Spray aperture；Electromagnetic induction coil 153 is wrapped in the outside of container 151, electric control gear Electromagnetic induction coil 153 is set to generate alternating magnetic field, container 151 generates induced current and heats up, and heats isolation cover 152 and container Water between 151 in gap, density reduces after this part water is heated, on the catwalk between isolation cover 152 and container 151 It rises, is sprayed from the aperture that 152 side wall surrounding of isolation cover is distributed to 151 center of container, meanwhile, the water in container 151 is also from isolation The inlet opening for covering 152 bottoms enters, by circulating-heating；If water temperature near the boiling temperature of water, only needs smaller energy, Water that can be between continuous heating isolation cover 152 and container 151 in gap, and vaporization and overheat is rapidly completed, the high temperature of generation The aperture that steam is distributed from 152 side wall surrounding of isolation cover, directly sprays to the food at 151 center of container, to improve brew temperatures, Accelerate the cooking of food.

Figure 26 is according to the burner heating structure schematic diagram of the thermophilic digestion device embodiment three of the utility model, Tu27Wei Heat absorbing sheet schematic diagram is arranged in the container outer wall of the burner heating structure of thermophilic digestion device embodiment three according to the present utility model, Figure 28 is according to the isolation cover schematic diagram of the burner heating structure of the thermophilic digestion device embodiment three of the utility model, Tu29Wei The petticoat pipe schematic diagram of the burner heating structure of thermophilic digestion device embodiment three according to the present utility model；Such as Figure 26, Figure 27, figure Shown in 28 and Figure 29, if heating element is burner 156, at this point, container 151 uses the good metal material of thermal conductivity（Such as aluminium Alloy) it makes, and many heat absorbing sheets 154 are set in 151 lateral surface of container, to increase heat exchange area, burner 156 is located at container 151 lower section, and petticoat pipe 155 is set in 151 outside of container, petticoat pipe is shell construction, is made of sheet metal, shape and appearance 151 inner wall of device is similar, and trepanning is arranged at bottom, is connected to a straight tube flue, and the high-temperature flue gas generated when burner 156 being made to burn is along container Channel flowing between 151 and petticoat pipe 155, heats the wall of heat absorbing sheet 154 and container 151 on container 151, obtains similar Figure 23 The effect same of electromagnetic induction heating container 151.

The stroke flowed to extend flow between isolation cover 152 and container 151 improves heat exchange efficiency, can be isolated Helical form steel wire is set between cover 152 and container 151.

The thermophilic digestion device of the utility model, is separated out a small amount of water by isolation cover out of container, and by this part water It is limited near the high temperature surface of heat carrier, make its long period is heated at high temperature area in heat carrier, carries out continuous heating, when When water in container is near boiling temperature, smaller energy need to be only provided to heat carrier, and heating isolation cover is concentrated to be separated out A small amount of water, so that it may so that its fast vaporizing and overheat, generated high-temperature steam is directly rushed at the food in charging basket, was both improved Boiling temperature, and reduce the transmission loss of heat, mass energy can be saved.The simple knot of the utility model can especially be passed through Structure solves under environment of high-altitude area air pressure, and brew temperatures are low, and food is difficult to cooked problem.

One of ordinary skill in the art will appreciate that：The above descriptions are merely preferred embodiments of the present invention, and It is not used in limitation the utility model, although the utility model is described in detail with reference to the foregoing embodiments, for ability For the technical staff in domain, the technical solution that can be still recorded to foregoing embodiments is modified, or to its middle part Technical characteristic is divided to carry out equivalent replacement.Within the spirit and principle of the utility model, any modification made by is equally replaced It changes, improve, should be included within the scope of protection of this utility model.

Claims (14)

1. a kind of thermophilic digestion device, including：Container, isolation cover, heat carrier and heating element, which is characterized in that

The isolation cover is located inside the container, and is respectively arranged with water inlet and high temperature fluid outlet；The heat carrier It is corresponding with the isolation cover, water of the heating element by the heat carrier between the heat carrier and the isolation cover It is heated, and is sprayed high temperature fluid by the high temperature fluid outlet.

2. thermophilic digestion device according to claim 1, which is characterized in that the isolation cover is shell construction, the heat conduction Body be mounted on the container wall on, be formed between the isolation cover and the heat carrier for fluid by gap, institute The lower part for stating isolation cover is provided with water inlet, and the isolation cover top is provided with high temperature fluid ejiction opening, and the heating element is used In the heating heat carrier.

3. thermophilic digestion device according to claim 2, which is characterized in that the isolation cover is set towards the heat carrier side It is equipped with groove.

4. thermophilic digestion device according to claim 2, which is characterized in that be arranged between the isolation cover and the heat carrier There is detachable blend stop.

5. thermophilic digestion device according to claim 2, which is characterized in that the heat carrier is using the heating with heating element The solid material that characteristic matches makes.

6. thermophilic digestion device according to claim 2, which is characterized in that the heat carrier is provided with groove or porous body.

7. thermophilic digestion device according to claim 1, which is characterized in that further comprise that lid, the lid include lid Plate and damping muffler, wherein

The cover board is made of sheet metal, is provided with the exhaust hole being connected with damping muffler thereon；The damping noise reduction Device includes outer tube and damping material；The outer tube is made of metal pipe material, and is equipped with air intake and venthole, the outer tube Air intake is connected at the exhaust hole of the cover board；The damping material is the porous body or silk made of heat safe material Net, the damping material are located in the outer tube.

8. thermophilic digestion device according to claim 7, which is characterized in that be provided on the outside of the damping muffler outer tube Cooling fin.

9. thermophilic digestion device according to claim 1, which is characterized in that further comprise charging basket, the charging basket is using gold Belong to material to make, and wall surface is provided with many through-holes, the charging basket is located at the isolation cover high-temperature steam ejiction opening.

10. thermophilic digestion device according to claim 1, which is characterized in that the container is made of metal material.

11. thermophilic digestion device according to claim 1, which is characterized in that the heat carrier be column, strip, plate or Mesh-like.

12. thermophilic digestion device according to claim 1, which is characterized in that the heat carrier is plate, and is arranged described When container side wall, the heat carrier is the component part of the container.

13. thermophilic digestion device according to claim 1, which is characterized in that the heating element is heating wire, electromagnetic induction Coil, burner or pharoid, and the separately or combined heat supply of each heating element.

14. thermophilic digestion device according to claim 1, which is characterized in that the heating element is non-metal electrothermal material.