CN208042638U - conduction heating type drying box - Google Patents
conduction heating type drying box Download PDFInfo
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- CN208042638U CN208042638U CN201820316407.9U CN201820316407U CN208042638U CN 208042638 U CN208042638 U CN 208042638U CN 201820316407 U CN201820316407 U CN 201820316407U CN 208042638 U CN208042638 U CN 208042638U
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Abstract
A kind of conduction heating type drying box of the utility model includes drying box, heating device, holder, drain valve, heat conducting pipe.There are thermal energy import, thermal energy outlet, exhaust outlet, discharge outlet on drying box.Drain valve is mounted in the discharge outlet outside drying box, and what is installed on exhaust outlet is vacuum pump or wind turbine.Heating device is mounted in drying box, and heating device includes top plate, bottom plate, front side board, back side panel, left plate, right plate, deflector, heat-conducting medium.In the thermal energy conduction to the top plate and bottom plate of heating device that heat-conducting medium carries；Material in bilevel heating device while delivery plate carries out material conductive drying, the heating simultaneously up and down of heating device improves the heat conduction heat transfer rate of thermal energy, the balanced temperature of the top plate of heating device and the quadrangle of bottom plate and periphery ensure that the uniformity of the drying moisture of material, conduction heating type drying box flexibly select vacuum dehydrating at lower temperature or air convection drying.
Description
Technical field
The utility model is related to a kind of drying box, especially a kind of conduction heating type drying box.
Background technology
Drying box and drying shed currently on the market is suitable for the drying of fruits and vegetables, Chinese medicine.Drying box and drying shed plus
Heat is all to exchange heat outside drying box to dry for hot wind, and the use of thermal energy is disposable, and baking needed thermal energy is increased by very much.?
The direct material drying of hot wind to exchange heat outside drying box and drying shed, there is the hidden danger for causing material that can be contaminated.Some drying boxes
The heater plate used, the heat-conducting medium in heating plate is due to flowing to, the bottom plate of heating plate and the quadrangle of bottom plate and week
The temperature height on side is unbalanced, and the bottom plate of heating plate and the unbalanced high and low temperature on the quadrangle of bottom plate and periphery cause material
Uneven drying.
Invention content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of conduction heating type drying box.
The technical solution adopted in the utility model is：A kind of conduction heating type drying box includes drying box, heating device, branch
Frame, drain valve, heat conducting pipe.
There are thermal energy import, thermal energy outlet, exhaust outlet, discharge outlet on the drying box.
The babinet of the drying box folds by steel plate punched, welding fabrication, and box outer surface has insulating layer heat preservation.
The gasket of the chamber door of the drying box is sealed using silicon rubber bar, and chamber door is equipped with regarding for observation
Window.
There are discharge outlet, drain valve to be mounted in the discharge outlet outside drying box on the bottom surface of the drying box.
The drying box is after material drying, after opening drain valve, moisture that whens dry materials in drying box generates
Drying box is discharged by discharge outlet in the water generated after condensation；After drying box dried material, it is cleaned and dried the sewage inside case and passes through
Drying box is discharged in discharge outlet.
Drying box is discharged by exhaust outlet in the moisture generated when dry materials in the drying box.
What is installed on the exhaust outlet is vacuum pump or wind turbine.
One, under the state status that the drain valve in the discharge outlet of drying box is closed, the air outside drying box can not lead to
The drain valve closed is crossed to enter in drying box.Vacuum of the moisture generated when dry materials in drying box on installation exhaust outlet
The lower discharge drying box of pump drainage effect of pump, material carry out vacuum dehydrating at lower temperature in drying box.Vacuum dehydrating at lower temperature is to aim at
Dry thermal sensitivity, easily decompose and readily oxidizable substance and design, when work, can make to keep certain vacuum degree in drying box, especially
Rapid draing can also be carried out by being the articles of some complicated components.
Two, it is fitted without draining in the discharge outlet of the drain valve opening or drying box in the discharge outlet of drying box
In the case of valve, the air outside drying box is directly entered by discharge outlet in drying box, and the air outside drying box enters drying box
Played the role of being the effect for carrying moisture.Air carries the moisture generated when the dry materials in drying box and is arranged in installation
Drying box is discharged together under the pump drainage effect of wind turbine on gas port, material carries out air convection drying in drying box.Air
Convective drying aim at it is dry without thermal sensitivity, be not easily decomposed and not readily oxidizable substance and design, when work, can make in drying box
Certain cross-ventilation is kept, Quick air convective drying can also be carried out to the general material of feed quality requirements after drying.
The length of the heating device is 500-8500mm, and width is 300-1800mm, and thickness is 40-180mm.
The heating device is mounted in drying box, and heating device is fixed by the bracket the babinet mounted on drying box
On.
It is supported by the fixed of holder between the drying box and heating device；Heating device and holder together improve dry
The measuring body effect of dry box body also reduces the thickness of the making material metallic plate of the babinet of drying box, will not be because of drying box
Internal high pressure or negative pressure causes the deformation of the babinet of drying box.
Uppermost heating device is drying on the top surface being fixed by the bracket inside drying box in the drying box
Nethermost heating device is on the bottom surface being fixed by the bracket inside drying box in case.
The holder is metal strip or angle bar.
The quantity of heating device in the drying box is 5-68；Neighbouring heating device and heating device
Between by holder support fix, multiple heating devices pass sequentially through holder support fix.
The distance between the heating device and adjacent heating device are 18-58mm.Heating device and adjacent heating dress
Be not between setting it is fixed, can according to material particles size, adjustment heating device appropriate and adjacent heating device it
Between distance.
The holder is mounted on the side of heating device, the holder installed on heating device can not influence charging tray into
Go out.
The heating device includes top plate, bottom plate, front side board, back side panel, left plate, right plate, deflector, heat conduction Jie
Matter.
The heating device is by top plate, bottom plate, front side board, back side panel, left plate, six plate faces composition of right plate
Cored slab.
The upper and lower side of the deflector is fixedly welded on top plate and bottom plate respectively.The upper end of deflector and the knot of top plate
It is that fixing seal is air-locked at conjunction；The lower end of deflector and the junction of bottom plate are that fixing seal is air-locked.
Spacing between the deflector and adjacent deflector is 40-120mm.
Front end, the rear end of the deflector are fixedly connected with front side board, back side panel successively, or there are water conservancy diversion
Mouthful.
One, the front end, rear end of deflector are successively and front side board, back side panel fixed connection place are that fixing seal is air-locked.
The rear end of deflector and back side panel fixing seal are integrated, the front end of adjacent next deflector and front side board fixing seal
It is integrated.Front end, rear end and the front side board of deflector, back side panel such fixing seal successively.
Two, there are flow-guiding mouths with back side panel, front side board successively for the rear end, front end of deflector.The rear end of deflector and rear side
There are the spaces of 18-180mm spacing between plate as flow-guiding mouth, between the front end and front side board of adjacent next deflector
There are the spaces of 18-180mm spacing as flow-guiding mouth.Between the rear end of deflector, front end are successively and back side panel, front side board stay
Away from space as flow-guiding mouth.
Three, the bottom plate at the front side board of heating device, top plate, front side board and 1 deflector form a channel；
Bottom plate at the back side panel of heating device, top plate, back side panel and 1 deflector form a channel；In heating device
Between position bottom plate, top plate and two deflectors composition multiple channels.
There is thermal energy import on the left plate of the heating device, there is thermal energy outlet on the right plate of heating device；Thermal energy
One circulating pump is installed, circulating pump improves circulation rate of the heat-conducting medium inside heating device, increases heat conduction in outlet
The heat conduction heat transfer effect for the thermal energy that medium carries.
The inside of the heating device is sealed air-tight.
The heat-conducting medium is in the inside of heating device.
The babinet of drying box is extended in the thermal energy outlet of uppermost heating device in the drying box, in drying box
The thermal energy import of nethermost heating device extend outside the babinet of drying box.Extend thermal energy import and the thermal energy of drying box
The junction of the babinet of outlet and drying box is that fixing seal is air-locked；Extend thermal energy import and the thermal energy outlet of drying box
It is connected on the heating equipment of peripheral hardware by heat conducting pipe.
The heating equipment is boiler heat pump or burner.
The outlet of the thermal energy of the thermal energy import of the drying box of heating device above and following adjacent drying box passes through heat conduction
Pipe is fixedly connected sequentially, and the heating device of multilayer passes sequentially through heat conducting pipe fixation and is together in series.By the connection of heat conducting pipe,
Inside in the heating device of multilayer in drying box is intercommunication after the series connection of heat conducting pipe.
The heat conducting pipe is bellows.
The heat conducting pipe that bellows makes adjust between heating device and adjacent heating device apart from when, utilize bellows
The performance that can be bent, heating device can change spacing up and down, and change heat conducting pipe without adjustment.
The inside of the heating device of multilayer in the drying box is mutually communicated.
After heat-conducting medium passes through the heating equipment heating of peripheral hardware, the heat-conducting medium for carrying thermal energy passes through bottom in drying box
The thermal energy import of heating device enter in the nethermost heating device in drying box, the heat-conducting medium for carrying thermal energy is suitable successively
It the channel flowing that bottom plate, top plate, deflector combine to move ahead, next bottom plate, top plate, deflector is sequentially entered by flow-guiding mouth
Multiple channels of combination, heat-conducting medium upwards in turn in the internal flow for the heating device being mutually communicated, what heat-conducting medium carried
Thermal energy carries out heat conduction heating by material in heating device delivery plate, and heat-conducting medium is added by uppermost in drying box after heat dissipation
The thermal energy outlet discharge drying box of thermal；Heat-conducting medium after heat dissipation by heat conducting pipe deliver into the heating equipment of peripheral hardware into
Row heats again.
One hot recycle pump is installed, hot recycle pump can improve heat conduction Jie in the thermal energy outlet of the heating device outside drying box
Circulation rate of the matter inside Multi-layer warming device, increases the heat-conducting effect of thermal energy.
The heat-conducting medium is water conduction oil or steam.
The charging tray being inserted between two heating devices is the charging tray that metallic plate makes, and the surrounding of charging tray is that have ventilation mouth；It leads
The charging tray that the high metallic plate of hot coefficient makes is conducted to by charging tray on material convenient for thermal energy.
The height of the charging tray is 16-56mm.
After laying good wet stock to be dried in charging tray, after being placed on the space between two heating devices, drying box is closed
Chamber door after, conduction heating type drying box can be carried out dry materials.
Channel flowing of the heat-conducting medium inside heating device moves ahead, and heat-conducting medium is filled in heating device
Inside, the top plate of heating device and the temperature on the quadrangle of bottom plate and periphery are balanced, the top plates of heating device and the four of bottom plate
The equalization temperature on angle and periphery ensure that the uniformity of the drying moisture of material.
Heat-conducting medium so move in circles inside heating device heat conduction heat exchange, heat-conducting medium by heat conduct heating fill
On the top plate and bottom plate set；Thermal energy on the top plate of the bottom plate of heating device above and adjacent following heating device passes through heat
Material progress in conduction and heat radiation delivery plate is heated simultaneously up and down, and the heating of heating device up and down simultaneously improves heat conduction and changes
Thermal velocity accelerates the rate of drying of material.
Conduction heating type drying box selects vacuum dehydrating at lower temperature or air convection drying according to the requirement of drying materials quality；
Drain valve is installed or is not installed in selection in the discharge outlet of drying box.
One, drain valve is installed in the discharge outlet of drying box, by the closing of drain valve, conduction heating type drying box selects vacuum
Low temperature drying technology carries out dry materials.
Two, drain valve is not installed in the discharge outlet of drying box, the air outside drying box is entered by discharge outlet in drying box,
Conduction heating type drying box selects air convection drying technique to carry out dry materials.
The heating device improves the heat conduction heat transfer rate of thermal energy to the heating of material simultaneously up and down, accelerates material
Conductive drying speed, the availability for improving the thermal energy in conductive drying is high.
Heating device
The energy consumption index of conductive drying is 2800-4000kj/kg, and convective drying is 4000-7500kj/kg；Convection current
Dry thermal energy availability generally only 20-50%, and the thermal energy availability of conductive drying can connect in theory
Nearly 100%, the thermal energy availability of actually conduction heating type drying box can reach 60-80%, this is because conductive drying
Hot-blast Heating material is not needed, small by the thermal losses for being vented lost, thermal energy is by conducting come heated material, so conductive drying
It will not contaminated material.
The utility model has the advantages that compared with existing drying box and drying shed：A kind of conduction heating type drying
Case, heat-conducting medium carry thermal energy conduction to the top plate and bottom plate of heating device on；The top plate of heating device and the quadrangle of bottom plate
It ensure that the uniformity of the drying moisture of material with the equalization temperature on periphery；Bilevel heating device is simultaneously in delivery plate
Material progress is heated simultaneously up and down, carries out material conductive drying, and the heating simultaneously up and down of heating device improves heat conduction heat exchange speed
Degree, accelerates the rate of drying of material, and the availability of the thermal energy of conductive drying is high.Conduction heating type drying box is according to material
The requirement of quality is dried, it is flexible to select vacuum dehydrating at lower temperature or air convection drying, improve dry materials efficiency and optimization
Dry materials effect.
Description of the drawings
Fig. 1 is the structural schematic diagram of the conduction heating type drying box of the utility model；
Fig. 2 is the internal structure schematic diagram of the heating device of the conduction heating type drying box of the utility model；
Fig. 3 is the structural schematic diagram of the heating device of the conduction heating type drying box of the utility model.
In figure：1, drying box, 2, heating device, 3, holder, 4, heat conducting pipe, 5, thermal energy import, 6, thermal energy outlet, 7, exhaust
Mouthful, 8, babinet, 9, flow direction mark, 10, front side board, 11, deflector, 12, left plate, 13, right plate, 14, back side panel, 15, bottom
Plate, 16, top plate, 17, discharge outlet, 18, flow-guiding mouth, 19, drain valve.
Specific implementation mode
The utility model is described further below in conjunction with the accompanying drawings：
Embodiment 1：
Such as Fig. 1, conduction heating type drying box shown in Fig. 2 includes drying box 1, heating device 2, holder 3, drain valve 19,
Heat conducting pipe 4.
There are thermal energy import 5, thermal energy outlet 6, exhaust outlet 7, discharge outlet 17 on the drying box 1.
The babinet 8 of the drying box 1 folds by steel plate punched, welding fabrication, and there is insulating layer heat preservation in 8 outer surface of babinet.
The gasket of the chamber door of the drying box 1 is sealed using silicon rubber bar, and chamber door is equipped with regarding for observation
Window.
There is discharge outlet 17 on the bottom surface of the drying box 1.
The drain valve 19 is mounted in the discharge outlet 17 of 1 outside of drying box.
The drying box 1 is after material drying, after opening drain valve 19, what whens dry materials in drying box 1 generated
Drying box 1 is discharged by discharge outlet 17 in the water generated after moisture condensation；After 1 dried material of drying box, it is cleaned and dried inside case 1
Drying box 1 is discharged by discharge outlet 17 in sewage.
The moisture generated when dry materials in the drying box 1 passes through exhaust outlet 7 and drying box 1 is discharged.
What is installed on the exhaust outlet 7 is vacuum pump.
Under the state status that drain valve 19 in the discharge outlet 17 of drying box 1 is closed, the air outside drying box 1 can not
Entered in drying box 1 by the drain valve 19 of closing.The moisture generated when dry materials in drying box 1 is in installation exhaust outlet 7
On vacuum pump the lower discharge drying box 1 of pump drainage effect, material carries out vacuum dehydrating at lower temperature in drying box 1.Described adds
The length of thermal 2 is 800mm, and width is 1200mm, and thickness is 80mm.
The heating device 2 is mounted in drying box 1, and heating device 2 is fixedly mounted on drying box 1 by holder 3
On babinet 8.
It is supported by the fixed of holder 3 between the drying box 1 and heating device 2；Heating device 2 and holder 3 carry together
The high measuring body effect of 1 babinet 8 of drying box, also reduces the thickness of the making material metallic plate of the babinet 8 of drying box 1, will not
Because the high pressure or negative pressure inside drying box 1 cause the deformation of the babinet 8 of drying box 1.
Uppermost heating device 2 is on the top surface being fixed on inside drying box 1 by holder 3 in the drying box 1,
Nethermost heating device 2 is on the bottom surface being fixed on inside drying box 1 by holder 3 in drying box 1.
The holder 3 is metal strip.
The quantity of heating device 2 in the drying box 1 is 8；Neighbouring heating device 2 and heating device 2
Between by holder 3 support fix, multiple heating devices 2 pass sequentially through holder 3 support fix.
The distance between described heating device 2 and adjacent heating device 2 are 48mm.The holder 3 is mounted on heating
On the side of device 2, the holder 3 installed on heating device 2 can not influence the disengaging of charging tray.
Such as Fig. 2, heating device 2 shown in Fig. 3 includes top plate 16, bottom plate 15, front side board 10, back side panel 14, left plate 12,
Right plate 13, deflector 11, heat-conducting medium.
The heating device 2 is by top plate 16, bottom plate 15, front side board 10, back side panel 14, left plate 12, right plate 13
The cored slab of six plate faces composition.
The top and bottom of the deflector 11 are fixedly welded on respectively on top plate 16 and bottom plate 15.Deflector 11 it is upper
End and the junction of top plate 16 are that fixing seal is air-locked；The lower end of deflector 11 and the junction of bottom plate 15 are fixing seals
It is air-locked.
Spacing between the deflector 11 and adjacent deflector 11 is 60mm.
Successively with front side board 10, back side panel 14 is fixedly connected, or is stayed for the front end of the deflector 11, rear end
There is flow-guiding mouth 18.
One, successively with front side board 10,14 fixed connection place of back side panel is that fixing seal is impermeable for the front end, rear end of deflector 11
Gas.The rear end of deflector 11 and 14 fixing seal of back side panel are integrated, and the front end of adjacent next deflector 11 is with before
10 fixing seal of side plate is integrated.Front end, rear end and the front side board 10 of deflector 11, such fixation is close successively for back side panel 14
Envelope.
Two, there are flow-guiding mouths 18 with back side panel 14, front side board 10 successively for the rear end, front end of deflector 11.Deflector 11
There are the spaces of 60mm spacing between rear end and back side panel 14 as flow-guiding mouth 18, the front end of adjacent next deflector 11 and
There are the spaces of 60mm spacing as flow-guiding mouth 18 between front side board 10.The rear end of deflector 11, front end successively with back side panel 14,
The pitch space that front side board 10 stays is as flow-guiding mouth 18.
Three, the bottom plate 15 at the front side board 10 of heating device 2, top plate 16, front side board 10 and 1 11 groups of deflector
At a channel；Bottom plate 15 at the back side panel 14 of heating device 2, top plate 16, back side panel 14 and 1 deflector 11 form
One channel；The bottom plate 15 in the centre position of heating device 2, multiple channels of top plate 16 and two deflectors 11 composition.
There is thermal energy import 5 on the left plate 12 of the heating device 2, there is thermal energy to go out on the right plate 13 of heating device 2
Mouth 6；A circulating pump is installed in thermal energy outlet 6, circulating pump improves circulation rate of the heat-conducting medium inside heating device 2,
Increase the heat conduction heat transfer effect of the thermal energy of heat-conducting medium carrying.
The inside of the heating device 2 is sealed air-tight.
The heat-conducting medium is in the inside of heating device 2.
Such as Fig. 1, drying box 1 is extended in the thermal energy outlet 6 of the uppermost heating device 2 in drying box 1 shown in Fig. 2
The thermal energy import 5 of babinet 8, the nethermost heating device 2 in drying box 1 is extended outside the babinet 8 of drying box 1.Extend dry
The junction of the thermal energy import 5 of dry case 1 and the babinet 8 of thermal energy outlet 6 and drying box 1 is that fixing seal is air-locked；Extend
The thermal energy import 5 of drying box 1 and thermal energy outlet 6 are connected to by heat conducting pipe 4 on the heating equipment of peripheral hardware.
The heat conducting pipe 4 is bellows.
The heating equipment is boiler.
The thermal energy of the thermal energy import 5 of the drying box 1 of heating device 2 above and following adjacent drying box 1 outlet 6 passes through
Heat conducting pipe 4 is fixedly connected sequentially, and the heating device 2 of multilayer passes sequentially through the fixation of heat conducting pipe 4 and is together in series.Pass through heat conducting pipe
4 connection, the inside in the heating device 2 of the multilayer in drying box 1 is intercommunication after the series connection of heat conducting pipe 4.
The inside of the heating device 2 of multilayer in the drying box 1 is mutually communicated.
As flowed to shown in mark 9 in Fig. 1：After the heating equipment heating that heat-conducting medium passes through peripheral hardware, the heat conduction of thermal energy is carried
Medium enters the nethermost heating device 2 in drying box 1 by the thermal energy import 5 of nethermost heating device 2 in drying box 1
It is interior, it carries channel flowing of the heat-conducting medium of thermal energy successively along bottom plate 15, top plate 16, the combination of deflector 11 and moves ahead, by leading
Head piece 18 sequentially enters multiple channels that next bottom plate 15, top plate 16, deflector 11 combine, and heat-conducting medium is upwards in turn in phase
The internal flow of the heating device 2 mutually penetrated through, the thermal energy that heat-conducting medium carries are led by material in 2 delivery plate of heating device
Heat heating, the 6 discharge drying box 1 of thermal energy outlet that heat-conducting medium passes through uppermost heating device 2 in drying box 1 after heat dissipation；It dissipates
The heating equipment that heat-conducting medium after heat delivers into peripheral hardware by heat conducting pipe 4 is heated again.
A hot recycle pump is installed in the thermal energy outlet 6 of heating device 2 outside drying box 1, hot recycle pump can be improved and be led
Circulation rate of the thermal medium inside Multi-layer warming device 2, increases the heat-conducting effect of thermal energy.
Channel flowing of the heat-conducting medium inside heating device 2 moves ahead, and heat-conducting medium is filled in heating device
Inside, the top plate 16 of heating device 2 and the quadrangle of bottom plate 15 and the temperature on periphery are balanced, the top plates 16 of heating device 2
It ensure that the uniformity of the drying moisture of material with the quadrangle of bottom plate 15 and the equalization temperature on periphery.
The heat-conducting medium is conduction oil.
The charging tray being inserted between two heating devices 2 is the charging tray that metallic plate makes, and the surrounding of charging tray is that have ventilation mouth；It leads
The charging tray that the high metallic plate of hot coefficient makes is conducted to by charging tray on material convenient for thermal energy.
The height of the charging tray is 45mm.
Drain valve 19 is installed in the discharge outlet 17 of the drying box 1.
Drain valve 19 is installed, by the closing of drain valve 19, conduction heating type drying in the discharge outlet 17 of the drying box 1
Case selects vacuum dehydrating at lower temperature technique to carry out dry materials.
After laying good wet stock to be dried in charging tray, after being placed on the space between two heating devices 2, drying box is closed
After 1 chamber door, conduction heating type drying box can be carried out dry materials.
Heat-conducting medium is heating heat conduction in the such heat conduction heat exchange that moves in circles in 2 inside of heating device, heat-conducting medium
On the top plate 16 and bottom plate 15 of device 2；The top plate 16 of the bottom plate 15 of heating device 2 above and adjacent following heating device 2
On thermal energy heated simultaneously up and down by the progress of material in heat transfer and heat radiation delivery plate.
The heating of about 2 heating device simultaneously improves heat conduction heat transfer rate, accelerates the rate of drying of material.
About 2 heating device improves the heat conduction heat transfer rate of thermal energy to the heating of material simultaneously, accelerates object
The conductive drying speed of material, the availability for improving the thermal energy in conductive drying are high.
Embodiment 2：
The utility model conduction heating type drying box includes drying box 1, heating device 2, holder 3, heat conducting pipe 4.
The group for the conduction heating type drying box that a kind of conduction heating type drying box of the present embodiment 2 is introduced with embodiment 1
The something in common of conjunction structure, which just no longer repeats, to be described.
A kind of conduction heating type drying box of the present embodiment 2 selects air convection drying technique to carry out dry materials.
What is installed on the exhaust outlet 7 is wind turbine.
Air outside the drying box 1 is entered by discharge outlet 17 in drying box 1；Air outside drying box 1 enters dry
Dry case 1 is played the role of being the effect for carrying moisture.
Air carries the pump drainage of wind turbine of the moisture generated when the dry materials in drying box 1 on installation exhaust outlet 7
Drying box 1 is discharged under effect together, material carries out air convection drying in drying box 1.
Above example is merely used to help understand the production method and its core concept of the utility model, and specific implementation is not
It is confined to above-mentioned specific embodiment, those skilled in the art is from above-mentioned design, without performing creative labour, institute
The variation made, all falls within the scope of protection of the utility model.
Claims (7)
1. a kind of conduction heating type drying box, including drying box（1）, heating device（2）, holder（3）, drain valve（19）, heat conduction
Pipe（4）；Drying box has thermal energy import on (1)（5）, thermal energy outlet（6）, exhaust outlet（7）, discharge outlet（17）；Heating device（2）Peace
Mounted in drying box（1）It is interior；It is characterized in that：Drying box（1）Interior uppermost heating device（2）It is to pass through holder（3）It is fixed on
Drying box（1）On internal top surface, drying box（1）Interior nethermost heating device（2）It is to pass through holder（3）It is fixed on drying box
（1）On internal bottom surface；Neighbouring heating device（2）And heating device（2）Between by holder（3）Support is fixed, multiple
Heating device（2）Pass sequentially through holder（3）Support is fixed；
The drying box（1）Discharge outlet（17）Upper installation drain valve（19）, or drain valve is not installed；
The exhaust outlet（7）Installation is vacuum pump or wind turbine；
Heating device above（2）Drying box（1）Thermal energy import（5）With following adjacent drying box（1）Thermal energy outlet
（6）Pass through heat conducting pipe（4）It is fixedly connected sequentially, the heating device of multilayer（2）Pass sequentially through heat conducting pipe（4）Fixation is connected
Come；Drying box（1）The heating device of interior multilayer（2）Inside be mutually communicated；
The heat conducting pipe（4）It is bellows；
The heating device（2）Including top plate（16）, bottom plate（15）, front side board（10）, deflector（11）, left plate（12）,
Right plate（13）, back side panel（14）, heat-conducting medium；
The deflector（11）Top and bottom be fixedly welded on top plate respectively（16）And bottom plate（15）On；Deflector（11）
Front end, rear end successively and front side board（10）, back side panel（14）It is fixedly connected, or there are flow-guiding mouths 18；Water conservancy diversion
Plate（11）Rear end, front end successively and back side panel（14）, front side board（10）The pitch space stayed is as flow-guiding mouth 18；Close to heating
Device（2）Front side board（10）The bottom plate at place（15）, top plate（16）, front side board（10）With 1 deflector（11）Composition one is logical
Road；Close to heating device（2）Back side panel（14）The bottom plate at place（15）, top plate（16）, back side panel（14）With 1 deflector（11）
Form a channel；Heating device（2）Centre position bottom plate（15）, top plate（16）With two deflectors（11）What is formed is more
A channel；
The drying box（1）Interior uppermost heating device（2）Thermal energy outlet（6）Extend drying box（1）Babinet
8, drying box（1）Interior nethermost heating device（2）Thermal energy import（5）Extend drying box（1）Babinet 8 outside；
Heat-conducting medium is in heating device（2）The internal heat conduction heat exchange that so moves in circles, heat-conducting medium conducts heat to be filled in heating
It sets（2）Top plate（16）And bottom plate（15）On；Heating device（2）Top plate（16）And bottom plate（15）Quadrangle and periphery temperature
It is balanced, heating device above（2）Bottom plate（15）With adjacent following heating device（2）Top plate（16）On thermal energy
It is heated simultaneously up and down by the material progress in heat transfer and heat radiation delivery plate；
Conduction heating type drying box selects vacuum dehydrating at lower temperature or air convection drying according to the requirement of drying materials quality.
2. a kind of conduction heating type drying box according to claim 1, it is characterised in that：Heating device（2）Length be
500-8500mm, width are 300-1800mm, and thickness is 40-180mm.
3. a kind of conduction heating type drying box according to claim 1, it is characterised in that：Holder（3）It is metal strip, or
It is angle bar.
4. a kind of conduction heating type drying box according to claim 1, it is characterised in that：Drying box（1）Interior heating dress
It sets（2）Quantity be 5-68.
5. a kind of conduction heating type drying box according to claim 1, it is characterised in that：Heating device（2）Add with adjacent
Thermal（2）The distance between be 18-58mm.
6. a kind of conduction heating type drying box according to claim 1, it is characterised in that：Deflector（11）It is led with adjacent
Flowing plate（11）Between spacing be 40-120mm.
7. a kind of conduction heating type drying box according to claim 1, it is characterised in that：Drying box（1）Interior heating dress
It sets（2）Quantity be 5-68.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820316407.9U CN208042638U (en) | 2018-03-08 | 2018-03-08 | conduction heating type drying box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820316407.9U CN208042638U (en) | 2018-03-08 | 2018-03-08 | conduction heating type drying box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208042638U true CN208042638U (en) | 2018-11-02 |
Family
ID=63950558
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820316407.9U Expired - Fee Related CN208042638U (en) | 2018-03-08 | 2018-03-08 | conduction heating type drying box |
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| CN (1) | CN208042638U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110478824A (en) * | 2019-07-10 | 2019-11-22 | 广州益善通新材料科技有限公司 | A kind of respirator cooling device and respirator |
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2018
- 2018-03-08 CN CN201820316407.9U patent/CN208042638U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110478824A (en) * | 2019-07-10 | 2019-11-22 | 广州益善通新材料科技有限公司 | A kind of respirator cooling device and respirator |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |