CN103005114B - Overpressure protection air-source heat circulation drying and recycling device, and automatic temperature control method thereof - Google Patents
Overpressure protection air-source heat circulation drying and recycling device, and automatic temperature control method thereof Download PDFInfo
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- CN103005114B CN103005114B CN201210568842.8A CN201210568842A CN103005114B CN 103005114 B CN103005114 B CN 103005114B CN 201210568842 A CN201210568842 A CN 201210568842A CN 103005114 B CN103005114 B CN 103005114B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/52—Heat recovery pumps, i.e. heat pump based systems or units able to transfer the thermal energy from one area of the premises or part of the facilities to a different one, improving the overall efficiency
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
Abstract
The invention discloses an overpressure protection air-source heat circulation drying and recycling device, and an automatic temperature control method thereof. The device comprises an air-source heat pump (1), a dehumidifier (2), drying rooms (3) and a heat conduction pipeline, wherein the air-source heat pump (1), the dehumidifier (2) and the drying rooms (3) are circularly connected in sequence through the heat conduction pipeline; the air-source heat pump (1) is connected with one total heat conduction pipe (4); the total heat conduction pipe (4) is connected with a plurality of drying rooms (3) through a plurality of branched heat conduction pipes (5) which are connected in series; the top of each drying room (3) is provided with a branched heat return pipe (7); a plurality of branched heat return pipes (7) on the drying rooms (3) are connected with a total heat return pipe (6) after being connected in series; and the total heat return pipe (6) is connected with the dehumidifier (2); and all the branched heat conduction pipes (5) are provided with heat-adjusting switches (8). A function for drying a plurality of species in a plurality of drying rooms by using a single heat source is realized by employing a heat distribution process of the heat conduction pipes in series connection in cooperation with the plurality of drying rooms.
Description
Technical field
The present invention relates to a kind of preserved fruit drying plant and temperature control method thereof, specifically, retracting device and temperature automatically controlled method thereof are dried in the air energy thermal cycle that relates to a kind of anti-overvoltage.
Background technology
Preserved fruit is a kind of time-honored snack food, and mango dried meat stoving process mainly contains three kinds at present: (1) hot-air drying technology.Mainly, using coal-fired or pure electric heating as energy source, using the hot blast producing as the medium of drying mango dried meat, the method is tradition the most, service time and widest in area; (2) microwave drying process.Adopt microwave mode to dry mango dried meat, the method drying rate is fast, but power consumption is large, destructive strong to mango dried meat molecule; (3) solar drying technique.This technique is widely used in the west area of the U.S., the method energy-conserving and environment-protective, but climate influence factor is large, and the scope of application is little.
Domestic mango dried meat stoving process is just at folklore as far back as between Ming Dynasty's year, and it is the primary raw material using coal as baking mango dried meat mainly.In the nineties in last century, there has been further requirement in country to production energy-saving and mango dried meat sulfur content gradually, and therefore environmental protection, the electric heating producing without sulfur dioxide are heated as the main flow technique that mango dried meat is dried.In order to make more efficient energy-saving of electric heating heating, drying technique, for this reason, the many experts of domestic industry advance wave upon wave, storm strongholds in defiance of difficulties, at present, domestic conventional drying plant has tunnel type drying technique, continous way electric heating drying technique, electrothermal air compressing, drying technique, but self to have energy consumption high due to electric heating drying technology, limited these technical barriers of load, therefore this technology still has certain gap with developed countries in energy-saving and cost-reducing research level.
Along with scientific and technological growth, air energy heat pump becomes novel drying unit gradually, and it has efficiently, the function of environmental protection.Also some comparatively simple air energy heat pump fruit drying plants have been there are on the market at present, but mainly there is following shortcoming: what the technology that (1) has now adopted is the technology of the corresponding drying room of an air energy heat pump, therefore, in the time that needs overhaul or stop toasting, air energy heat pump need to be closed completely, this is impact baking efficiency easily; (2) existing drying room adopts thick iron plate or thermal insulation layer to prevent the leakage of hot gas, and this has improved the cost of manufacture of drying room undoubtedly; (3) existing air energy heat pump temperature regulates intellectuality not, therefore easily occurs the shortcoming that baking time is long or too short.
Summary of the invention
Retracting device and temperature automatically controlled method thereof are dried in the air energy thermal cycle that the object of this invention is to provide a kind of anti-overvoltage, adopt single air energy heat pump to carry out circulation heating to multiple drying rooms, and by intelligence control system, temperature is controlled, to overcome in prior art, energy consumption is high, the shortcoming that continuous-running efficiency is low, to reach the object of efficiently preserved fruit being carried out continuous drying.
The present invention program is by such realization: retracting device is dried in the air energy thermal cycle of constructing a kind of anti-overvoltage, comprise that air energy heat pump, dehumidifier, drying room and heat threads a pipe, described air energy heat pump, drying room and dehumidifier are threaded a pipe and are circulated and be connected successively by heat, described air energy heat pump is connected with a total heat siphunculus, total heat siphunculus is connected with at least 2 drying rooms by a point hot siphunculus at least 2 series connection, drying room top arranges a point product heat cal rod, after point product heat cal rod series connection on multiple drying rooms, be connected with total product heat cal rod, total product heat cal rod is connected with dehumidifier; In described each point of hot siphunculus, be equipped with tune thermal switch, on described total backheat pipeline, be also provided with air exhauster.Described air energy heat pump top is provided with the pressure pipeline of crossing that is communicated with total backheat pipeline, and described mistake in pressure pipeline is provided with check valve sheet.
The solution of the present invention know-why is: by designing an air energy heat pump as thermal source, and the heat that adopts many series connection is threaded a pipe and is connected with air energy heat pump, realize the effect of toasting of the corresponding multiple drying rooms of an air energy heat pump, and by adjusting each point of hot siphunculus of thermal switch control to enter the size of drying room heat, thereby realize the effect that different cultivars is toasted at different drying rooms.In addition, at drying room top, backheat pipeline is set, the waste heat toasting at drying room is reclaimed, and carry out the dehumidifying of moist hot-air by dehumidifier, form dry air, then be conveyed in air energy heat pump and carry out micro-heating, finally by hot siphunculus, heat is inputted to drying room and recycle, the effect of air exhauster is to accelerate the speed of hot air flowrate.And the effect of crossing pressure pipeline is, if when three tune thermal switch are all closed, when producing excessive pressure in total heat siphunculus, now, heat will back down the ducted check valve sheet of overvoltage, by pressure current to total product heat cal rod, thereby reduce the pressure in total heat siphunculus, make to produce safer.And described check valve sheet is in the situation of not stressing, according to himself gravity, be pressed on overvoltage pipeline edge, made pressure pipeline in closed condition, in the time that heat pressure is enough large, can back down check valve sheet.
In the present invention, for the automation conditioning function of lifting device, in each drying room, be also provided with temperature regulation controller, described thermoregulator comprises temperature detection device, temperature touch-screen, regulation and control module and signal output module, temperature detection device is arranged on drying room interior location, temperature touch-screen, regulation and control module and signal output module are arranged in the control box outside drying room, and the thermoregulator in each drying room connects and controls its correspondence and divide the tune thermal switch in hot siphunculus.The effect of thermoregulator is, temperature in drying room is monitored in real time, according to the rated temperature setting, by adjustment module, by-pass cock is controlled, realize the air inflow of hot gas is regulated, the effect of temperature touch-screen is the reality of reality to drying room temperature, and signal output module effect is to export detected temperature signal.In addition, adjusting thermal switch can be general gas thermal valve door or other conventional enclosed switch.
In the present invention, described air energy heat pump is connected with console, and described console comprises that signal receives total activation end and signal actuating station, and console is connected with the temperature regulation controller in each drying room by wire.Wherein, the effect of signal reception total activation end is to receive the temperature signal of signal output module in each temperature regulation controller, according to temperature information, calculate air energy heat pump heating power, and the information of calculating by the output of signal actuating station, the power output size of control air energy heat pump.In addition, reception total activation termination is received in each drying room temperature regulation controller and is shown, when air energy heat pump power output total amount of heat is greater than drying room temperature aequum, receives total activation end signal actuating station is sent to index signal, can carry out Opportunity awaiting control for linear to air energy heat pump.
In the present invention, as the further improvement to drying room, described drying room is divided into drying room skin and drying room internal layer, between drying room skin and drying room internal layer, forms cavity, and described point of hot siphunculus is connected with drying room is outer, and drying room bottom is provided with logical hot hole.Two-layer drying room, can make heat first enter into again drying room internal layer by cavity, thereby make heat can surround internal layer, the loss of heat while reducing the transmission of drying room heat, in addition, be arranged on the logical hot hole of drying room bottom, form thermal convection current with the backheat pipeline at top, make the hot-air rising be more convenient for recycling.
In the present invention, as further improvement, in row's cold air mouth of described air energy heat pump, be connected with pulsometer, pulsometer connects at least one cold air carrier pipe.Air energy heat pump is a kind of machine that forms hot-air by cold and hot exchange, in forming heat, can get rid of cold air.And in general factory building, temperature is generally higher, the cold air that this just can discharge by mobile phone air energy heat pump is set, by pulsometer and cold air carrier pipe, is delivered to cold air in the each corner of factory building, used for cooling factory building.
In the present invention, do to make thermal air current to single, on described total heat siphunculus, point hot siphunculus, total product heat cal rod and point product heat cal rod, be equipped with check valve.In addition, according to existing air energy heat pump watt level, the drying room that hot siphunculus is connected is 2-8, and the drying room of the above-mentioned number of connecting can just in time make heat that air energy heat pump provides in scope of application value.
In the present invention, dry the temperature automatically controlled method of retracting device as the air energy thermal cycle to anti-overvoltage, comprise the following steps:
1. temperature in default drying room: by the thermoregulator in drying room is set, the rated temperature in default drying room;
2. default air energy heat pump rated power: the signal sending to console by the signal output module in the thermoregulator in each drying room, signal in console receives total activation end and calculates the required heat amount of required drying room, send fill order to signal actuating station, signal actuating station control air energy heat pump carries out the output of rated power;
3. drying room temperature is carried out to constant adjusting: after air energy heat pump starts, temperature regulation controller is according to temperature level in drying room, and the big or small degree of exchanging thermal switch unlatching regulates, to control the constant size of temperature in drying room.
In the present invention, except above-mentioned three steps realize temperature automatically controlled method, also comprise air energy heat pump automatic stand-by regulating step: within the heat that air energy heat pump is confessed is greater than all drying rooms when rated temperature total value institute calorific requirement, signal receives total activation end and sends signal by the signal output module receiving in temperature regulation controller, and air energy heat pump is switched to holding state; When the heat of confessing when air energy heat pump is less than in drying room rated temperature total value institute calorific requirement, signal receives total activation end and sends signal by the signal output module receiving in temperature regulation controller, to air energy heat pump switchover operation state.
In the present invention, the temperature automatically controlled method that retracting device is dried in the air energy thermal cycle of anti-overvoltage mainly adopts following principle: the air energy thermal cycle of anti-overvoltage is dried the autocontrol method of retracting device by input the temperature required preset value of drying room in temperature touch-screen, make signal can transfer to console, and feed back in signal reception total activation end, make air energy heat pump to carry out heat output according to preset value; When variations in temperature in drying room, regulation and control module, according to temperature preset value, is exchanged gradually thermal switch and is opened or close in addition, thereby reaches the object of the each drying room temperature of automatic adjusting.
In the present invention, temperature detection device, temperature touch-screen, regulation and control module and signal output module in described temperature regulation controller, all adopt wire to interconnect, said apparatus or module, all can design by existing Computer Design, thereby realize temperature detection device to drying room temperature detection, temperature touch-screen shows and presets drying room temperature, and regulation and control module is according to the preset temperature in temperature touch-screen, the size of exchanging thermal switch opening automatically adjusts, and output module can export signal and delta data in console to.
Console described in the present invention, comprise that signal receives total activation end and signal actuating station, it is an intelligent computer system that signal receives total activation end, can pass through the default rated temperature of temperature regulation controller, calculate the defeated thermal power of air energy heat pump, and signal actuating station is an electronic original part, be mainly used in controlling the power stage of air source heat pump.In addition, console can also coordinate temperature regulation controller to add some basic timing elements, to realize greater functionality.
Outstanding substantive distinguishing features of the present invention and marked improvement are:
1. the present invention coordinates multiple drying rooms to adopt the hot siphunculus of series winding to join thermal process, realize the function that single thermal source toasts the many kinds of many drying rooms simultaneously, there is production cost low compared with traditional single line mango stoving process, the openings of sizes that simultaneously coordinates temperature regulation controller to exchange thermal switch regulates, and makes same thermal source can toast different cultivars preserved fruit.
2. the present invention adopts temperature regulation controller in conjunction with console technology, realizes the prediction to air energy heat pump power, thereby reaches saving energy consumption, the effect of whole-process automatic control equipment.
3. the present invention adopts porous network formula to lead to hot hole technology, supporting employing thermal cycle recovery process reclaims cycling and reutilization to heat, heat can be evenly distributed in drying room, and form the thermal air current that can reflux, compare with monotrysian type stringing exhaust air technique, there is mango dried meat and dry evenly, good refreshing effect, and the low advantage of energy consumption.
4. the present invention adopts the cold air that pulsometer produces air energy heat pump to reclaim, and uses to factory building cooling, and Environmental Safety, can provide exhaust gas utilization rate.
5. the present invention arranges the pressure pipeline that had with check valve sheet, makes complete equipment can not should be the excessive formation of pressure and produces dangerous.
Brief description of the drawings
Fig. 1 is the structural representation that retracting device is dried in the air energy thermal cycle of anti-overvoltage in the present invention;
Fig. 2 is the topological schematic diagram of temperature regulation controller and console in the present invention;
Fig. 3 is the structural representation of crossing pressure pipeline in the present invention.
Parts title and sequence number in figure:
Air energy heat pump 1, dehumidifier 2, drying room 3, total heat siphunculus 4, point hot siphunculus 5, total product heat cal rod 6, point product heat cal rod 7, adjust thermal switch 8, temperature regulation controller 9, console 10, logical hot hole 11, air exhauster 12, pulsometer 13, cross pressure pipeline 14, check valve sheet 15;
Drying room skin 3.1, drying room internal layer 3.2, cavity 3.3.
Detailed description of the invention
Retracting device and temperature automatically controlled method thereof are dried in the air energy thermal cycle of describing the anti-overvoltage of the present invention below in conjunction with drawings and Examples.
Embodiment 1:
As shown in Figure 1-2, for structural representation of the present invention, retracting device is dried in the air energy thermal cycle of this anti-overvoltage, comprise an air energy heat pump 1, a dehumidifier 2 and three drying rooms 3, air energy heat pump 1 end is provided with total heat siphunculus 4, it connects point hot siphunculus 5 of three series connection, article three, a point hot siphunculus 5 for series connection is all connected to corresponding drying room 3 separately, drying room 3 is divided into two-layer, comprise drying room outer 3.1 and drying room internal layer 3.2, wherein, between drying room outer 3.1 and drying room internal layer 3.2, form cavity 3.3, divide outer 3.1 of hot siphunculus 5 and drying room to be connected, and drying room internal layer 3.2 bottoms are provided with multiple logical hot holes 11.At drying room 3 tops, road 7 stretches into drying room internal layer 3.2, and is connected with total product heat cal rod 6 after 7 series connection of final three points of product heat cal rods, and total product heat cal rod 6 is connected with dehumidifier 2, and dehumidifier 2 is connected with air energy heat pump 1 by hot siphunculus.Wherein, in total product heat cal rod 6, be provided with air exhauster 12.
Be provided with temperature regulation controller 9 in the side locations of each drying room 3, temperature regulation controller 9 comprises temperature detection device, temperature touch-screen, regulation and control module and signal output module, wherein, temperature detection device stretches in drying room internal layer 3.2, the housing of temperature regulation controller 9 is arranged on drying room 3 external positions, temperature touch-screen is arranged on housing can demonstration place, regulation and control module is connected and is arranged on enclosure interior by wire or circuit board with signal output module, wherein, also be provided with and adjust thermal switch 8 each point of hot siphunculus 5 out positions, regulation and control module in temperature regulation controller 9 is connected with adjusting thermal switch 8, can adjust by electrical part control switch and the openings of sizes of thermal switch 8, adjusting thermal switch 8 can be common draught damper or gas-tight valve.
Also be provided with console 10 at air energy heat pump 1 sidepiece, comprise that signal receives total activation end and signal actuating station in console 10, signal receives total activation end and is connected with the signal output module in temperature regulation controller 9 by wire.It is an intelligent computer system that signal receives total activation end, can pass through the default rated temperature of temperature regulation controller, calculate the defeated thermal power of air energy heat pump, and signal actuating station is an electronic original part, is mainly used in controlling the power stage of air source heat pump.
While needing many preserved fruits to dry, open three drying rooms 3, dissimilar preserved fruit is sent into drying room, for example: what the first drying room 3 was put into is mango, what the second drying room 3 was put into is red date, and what the 3rd drying room 3 was put into is blueberry, is then 70 degree by the rated temperature in default the first drying room 3 of temperature touch-screen, the second drying room 3 rated temperatures are 80 degree, and the 3rd drying room 3 rated temperatures are 90 degree.Above-described default rated temperature, be presented on temperature touch-screen, and the signal being sent in console by signal output module receives total activation end, signal receives total activation end according to drying room 3 volume sizes and the temperature required total amount of drying room, calculate air energy heat pump 1 power output size 4KW, subsequently signal is delivered to signal actuating station and sends fill order, after starting air energy heat pump 1, air energy heat pump 1 is to preset power 4KW quantity of heat given up.Heat enters into drying room 3 by total heat siphunculus 4 and each point of hot siphunculus 5, air is after heat exchange, form the damp-heat air of high temperature low humidity, be recovered into and in dehumidifier 2, carry out desiccant dehumidification through total product heat cal rod 6 by point product heat cal rod 7 subsequently, the air that forms subsequently high temperature low humidity sends back and in air energy heat pump 1, carries out micro-heating, now along with in drying room 3 temperature raise, while reaching gradually drying room 3 preset temperature, temperature detection device sends signal to regulation and control module, control and adjust thermal switch 8 to reduce opening, simultaneously, temperature detection device receives total activation end to signal and sends temperature signal, signal receives total activation end by after rated output, reduce the power output of air energy heat pump 1, and signal is delivered to signal actuating station execution power adjustment commands, make air energy heat pump 1 reduce power output or carry out standby, in the time that drying room 3 temperature are not enough, adopt above-mentioned same principle, make air energy heat pump 1 increase input power, to guarantee the interior temperature constant temperature of drying room 3.Wherein, when operation, can manipulate air exhauster 12 to regulate the circulation rate of heat, to meet the needs of different drying rooms 3 to preserved fruit baking.
In the present embodiment, on total heat siphunculus 4, point hot siphunculus 5, total product heat cal rod 6 and point product heat cal rod 7, be equipped with check valve, consistent to guarantee heat flow direction.
Embodiment 2:
Difference from Example 1 is, described drying room 3 one has 8, the cold air outlet place of air energy heat pump 1, be connected with pulsometer 13, pulsometer 13 is connected with 1 cold air carrier pipe, cold air carrier pipe goes out cold air place and is arranged in factory building, and the cold air of air energy heat pump 1 can be used for cooling factory building temperature.Identical with embodiment 1 in all the other operation principles.
Embodiment 3:
Difference from Example 1 is, described drying room 3 one has 4, in addition, as described in Figure 4, air energy heat pump 1 top be provided be communicated with total backheat pipeline 7 cross pressure pipeline 14, described mistake in pressure pipeline 14 is provided with check valve sheet 15.In the time that the tune thermal switch 8 in point hot siphunculus 7 is closed completely, total heat siphunculus 4 pressure certainly will increase, and therefore heat will back down check valve sheet 15, flow in total backheat pipeline 7, thus the air pressure of minimizing total heat siphunculus 4.
In the present invention, the original paper adopting or system, all designed or simply processed by the solution of the present invention, has practicality, and in addition, related art scheme in simple replacement the present invention of employing same principle, all falls into invention protection domain.
Claims (9)
1. retracting device is dried in the air energy thermal cycle of an anti-overvoltage, comprise air energy heat pump (1), dehumidifier (2), drying room (3) and heat are threaded a pipe, described air energy heat pump (1), drying room (3) is threaded a pipe and is circulated and be connected successively by heat with dehumidifier (2), it is characterized in that: described air energy heat pump (1) is connected with a total heat siphunculus (4), total heat siphunculus (4) is connected with at least 2 drying rooms (3) by a point hot siphunculus (5) at least 2 series connection, drying room (3) top arranges a point product heat cal rod (7), after point product heat cal rod (7) series connection on multiple drying rooms (3), be connected with total product heat cal rod (6), total product heat cal rod (6) is connected with dehumidifier (2), in described each point of hot siphunculus, be equipped with and adjust thermal switch (8), on described total backheat pipeline, be also provided with air exhauster (12), described air energy heat pump (1) top is provided with the pressure pipeline (14) excessively that is communicated with total backheat pipeline (6), and described mistake in pressure pipeline (14) is provided with check valve sheet (15).
2. retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 1, it is characterized in that: in each drying room, be also provided with temperature regulation controller (9), described thermoregulator (9) comprises temperature detection device, temperature touch-screen, regulation and control module and signal output module, temperature detection device is arranged on drying room interior location, temperature touch-screen, regulation and control module and signal output module are arranged in the outer control box of drying room (3), and the thermoregulator (9) in each drying room (3) connects and controls its correspondence and divide the tune thermal switch (8) in hot siphunculus (5).
3. retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 1 and 2, it is characterized in that: described air energy heat pump (1) is connected with console (10), described console (10) comprises that signal receives total activation end and signal actuating station, and console (10) is connected with the temperature regulation controller (9) in each drying room (3) by wire.
4. retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 3, it is characterized in that: described drying room (3) is divided into drying room skin (3.1) and drying room internal layer (3.2), between drying room skin (3.1) and drying room internal layer (3.2), form cavity (3.3), described point of hot siphunculus (5) is connected with drying room skin (3.1), and drying room (3) bottom is provided with logical hot hole (11).
5. retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 3, it is characterized in that: in row's cold air mouth of described air energy heat pump (1), be connected with pulsometer (13), pulsometer (13) connects at least one cold air carrier pipe.
6. retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 3, it is characterized in that: on described total heat siphunculus (4), point hot siphunculus (5), total product heat cal rod (6) and point product heat cal rod (7), be equipped with check valve.
7. retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 3, it is characterized in that: the drying room (3) that hot siphunculus is connected is 2-8.
8. the temperature automatically controlled method of drying retracting device according to the air energy thermal cycle of the anti-overvoltage described in claim 1-7 any one, is characterized in that: comprise the following steps:
1. temperature in default drying room: by the thermoregulator (9) in drying room (3) is set, the rated temperature in default drying room (3);
2. default air energy heat pump (1) rated power: the signal sending to console by the signal output module in the thermoregulator (9) in each drying room (3), signal in console (10) receives total activation end and calculates the required heat amount of required drying room (3), send fill order to signal actuating station, signal actuating station control air energy heat pump (1) carries out the output of rated power;
3. drying room (3) temperature is carried out to constant adjusting: after air energy heat pump (1) starts, temperature regulation controller (9) is according to the interior temperature level of drying room (3), the big or small degree of exchanging thermal switch (8) unlatching regulates, to control the constant size of the interior temperature of drying room (3).
9. the temperature automatically controlled method of retracting device is dried in the air energy thermal cycle of anti-overvoltage according to claim 8, it is characterized in that: in described step, also comprise air energy heat pump (1) automatic stand-by regulating step: within the heat that air energy heat pump is confessed is greater than all drying rooms (3) when rated temperature total value institute calorific requirement, signal receives total activation end and sends signal by the signal output module receiving in temperature regulation controller (9), and air energy heat pump (1) is switched to holding state; Within the heat that air energy heat pump (1) is confessed is less than drying room (3) when rated temperature total value institute calorific requirement, signal receives total activation end and sends signal by the signal output module receiving in temperature regulation controller (9), to air energy heat pump (1) switchover operation state.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210568842.8A CN103005114B (en) | 2012-12-24 | 2012-12-24 | Overpressure protection air-source heat circulation drying and recycling device, and automatic temperature control method thereof |
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| CN201210568842.8A CN103005114B (en) | 2012-12-24 | 2012-12-24 | Overpressure protection air-source heat circulation drying and recycling device, and automatic temperature control method thereof |
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| CN103005114B true CN103005114B (en) | 2014-09-10 |
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| CN201311163Y (en) * | 2008-12-05 | 2009-09-16 | 东莞信易电热机械有限公司 | No-thermal dehumidifier |
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| CN202524780U (en) * | 2012-02-13 | 2012-11-14 | 杨兰钦 | Energy-saving dry grain storage device using heat pump |
| CN202547288U (en) * | 2012-04-12 | 2012-11-21 | 浏阳市金和机械设备制造有限公司 | Drying device |
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- 2012-12-24 CN CN201210568842.8A patent/CN103005114B/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201311163Y (en) * | 2008-12-05 | 2009-09-16 | 东莞信易电热机械有限公司 | No-thermal dehumidifier |
| CN202354304U (en) * | 2011-12-08 | 2012-08-01 | 广东石油化工学院 | Heat pump dry production device for litchi and longan |
| CN202524780U (en) * | 2012-02-13 | 2012-11-14 | 杨兰钦 | Energy-saving dry grain storage device using heat pump |
| CN202547288U (en) * | 2012-04-12 | 2012-11-21 | 浏阳市金和机械设备制造有限公司 | Drying device |
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