CN101886874B - Automatic constant temperature drying and automatic regulation material flow control device of light energy vertical dryer - Google Patents

Automatic constant temperature drying and automatic regulation material flow control device of light energy vertical dryer Download PDF

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Publication number
CN101886874B
CN101886874B CN2009101172752A CN200910117275A CN101886874B CN 101886874 B CN101886874 B CN 101886874B CN 2009101172752 A CN2009101172752 A CN 2009101172752A CN 200910117275 A CN200910117275 A CN 200910117275A CN 101886874 B CN101886874 B CN 101886874B
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control
adaptation module
links
vertical dryer
automatic
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CN2009101172752A
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CN101886874A (en
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韩登仑
张忠元
黄文平
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甘肃锦世化工有限责任公司
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/40Solar thermal energy, e.g. solar towers
    • Y02E10/44Heat exchange systems

Abstract

The invention discloses an automatic constant temperature drying and automatic regulation material flow control device of a light energy vertical dryer, aiming to solve the problems of environmental pollution caused by a great deal of harmful gas and dusts generated by drying the materials by the traditional vertical dryer through adopting a coal extracted heat in the production process and poor system automation degree in the control system of the traditional vertical dryer. The automatic constant temperature drying and automatic regulation material flow control device comprises a standard control device, an industrial control computer, a solar heat exchanger, a vertical dryer, an automatic constant temperature drying control device and a vertical dryer control device, wherein the standard control device is connected with the industrial control computer through a standard serial communication interface and is respectively connected with the solar heat exchanger and the vertical dryer, and the solar heat exchanger is connected with the vertical dryer. The invention has the advantages of simpleness, smooth flow and high automation degree, carries out automatic control by the industrial control computer, replaces fuel coals to dry the materials, improves the production efficiency and achieves the purposes of energy saving and emission reduction.

Description

The light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device
Technical field
The present invention relates to a kind of material is carried out constant temperature drying and automatic and automatically dried by the fire the control device of mass flow size according to the humidity regulation of material.
Background technology
Along with the quickening of rapid economy development and process of industrialization, energy demand constantly increases, and China has become second production of energy state and the country of consumption in the world.But on the whole, China's high-grade energy relative deficiency, energy-consuming are main with coal, and resource and environmental pressure are big, and energy supply system is faced with significant challenge.Along with the back arriving of petroleum times, the basic outlet that solves China energy problem will change the economic development mode exactly, taps a new source of energy energetically and regenerative resource.We also are in the industrialization development initial stage, and industrial system is to rely on the high flow rate of conventional energy resource is realized that energy-saving and emission-reduction, environmental protection pressure are on the rise.Accelerate local regenerative resource development and use; Walk the low-carbon (LC) path to economic development; The novel energy industrial structure of the diversification that construct fossil energy and regenerative resource balanced development, complements one another fundamentally alleviates the pressure of economic growth to conventional energy resource resource and environment, alleviates the contradiction between resource and development and the environment; Be to change the economic development mode, realize the sustainable development of socio-economy and the important selection of building a well-off society in an all-round way.
Traditional vertical dryer is to adopt the coal-fired caloric value of extracting that material is dried, and produces a large amount of pernicious gas NO x, SO 2, CO, CO 2Deng and dust, contaminated environment; The more important thing is the energy " coal " that waste is non-renewable, its drying efficiency is low, and the pernicious gas of generation is big to equipment corrosion, causes the certain economic loss to manufacturer.
Because the pyrogen of traditional vertical dryer from medium-sized coal stove, is the artificial stove that burns in process of production mostly, operative employee's labour intensity is big, and automaticity is low and equipment failure rate coal stove is high, and this mode of production can not adapt to the needs of present industry.
Only mention dryer system in the automatic control device of existing tower drier and comprised tower drier, Programmable Logic Controller, frequency converter, electricity shake machine, elevator, switch motor, temperature measurer, moisture apparatus, warning device; Utilize the artificial stove that burns; Carry out the temperature bound is reported to the police through temperature measurer; By manual work temperature is controlled, through Humidity Detection application switch motor material is returned oven dry and reach the oven dry purpose.
Summary of the invention
The purpose of this invention is to provide a kind of light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device, adopt the coal-fired heat that extracts material is dried to produce a large amount of pernicious gases in process of production and pollute and have now vertical dryer to environment with dust and control the not high problem of system automation degree to solve existing vertical dryer.
The present invention includes standard control device, industrial computer, solar energy heat exchanger, vertical dryer, constant temperature drying and automatic control device, vertical dryer control device; Standard control device links to each other with industrial computer through the standard serial communication interface; Standard control device links to each other with solar energy heat exchanger and vertical dryer respectively, and solar energy heat exchanger links to each other with vertical dryer.
Said solar energy heat exchanger has temperature sensor, flow transmitter, air intake valve and wind pipe No. one; Wind pipe is provided with the pipeline frequency conversion fan; Said constant temperature drying and automatic control device comprises that being located at first on the said standard control device measures adaptation module, the second measurement adaptation module, the first control adaptation module, the second control adaptation module; First measures adaptation module links to each other with a said temperature sensor; Second measures adaptation module links to each other with said flow transmitter, and the first control adaptation module links to each other with said air intake valve, and the second control adaptation module links to each other with said pipeline frequency conversion fan.
Solar energy heat exchanger comprises that column type heat absorption vacuum tube, thermal-arrest change air compartment, air intake resistance dividing plate, pipeline heat collector, heat absorption cover plate; Said air intake resistance dividing plate and pipeline heat collector are installed in thermal-arrest and change air compartment inside; The heat absorption cover plate is fixed on thermal-arrest and changes the air compartment top, and column type heat absorption vacuum tube is fixed on thermal-arrest and changes on air compartment and the heat absorption cover plate.
Said vertical dryer control device comprises that being located at the control of the 3rd on said standard control device adaptation module, the 4th controls adaptation module, the 5th control adaptation module, the 3rd measurement adaptation module; Said vertical dryer top is provided with dedust air duct, and dedust air duct is provided with temperature sensor No. two, and dedust air duct links to each other with deduster; The deduster bottom is provided with motor; Deduster links to each other with the dedusting fan motor, and the vertical dryer bottom is provided with the remittance air compartment, and the charging elevator is provided with the elevator motor; The 3rd control adaptation module links to each other with the elevator motor; The 4th control adaptation module links to each other with the dedusting fan motor, and the 5th control adaptation module links to each other with motor, and the 3rd measures adaptation module links to each other with No. two temperature sensors.Said vertical dryer sidepiece is provided with the secondary hot-air pipe.
The present invention also comprises automatic adjusting material flow control device; Automatically regulate material flow control device and comprise that being located at the 4th on the said standard control device measures adaptation module and the 6th control adaptation module; Said vertical dryer is provided with moisture detection sensor and material adjuster; The 4th measures adaptation module links to each other with moisture detection sensor, and the 6th control adaptation module links to each other with the material adjuster.
Said material adjuster comprises regulates motor, power transmission shaft, power transmission shaft pillar, turbine box, elevating lever, cone governor, balance chain, spreading awl, sliding material basin awl, support; Said adjusting motor is fixed on the support; Regulate motor and link to each other with turbine box through power transmission shaft, turbine box is fixed on the spreading awl, regulates motor and is provided with the power transmission shaft pillar outward; The two ends of power transmission shaft pillar are separately fixed to be regulated on motor and the turbine box; Turbine box links to each other with cone governor through elevating lever, and cone governor links to each other with the balance chain, and the balance chain is fixed on the sliding material basin awl.
The present invention has improved the automatization level of vertical dryer; Adopt control adaptation module and measurement adaptation module to control the course of work of each equipment; The energy that utilizes luminous energy to produce becomes hot-air entering vertical dryer through heat exchanger material is carried out constant temperature drying and automatic and dried by the fire the control device of mass flow size automatically according to the humidity regulation of material.
The heat converting to hot air that the present invention adopts the column type solar energy heat exchanger to produce; Deliver to the remittance air compartment through pipeline fan; Hot blast is bottom-up from the bottom of vertical dryer under the effect of deduster slowly evenly to flow; This moment, material was sent into the top of vertical dryer by the charging elevator, material from top to bottom evenly landing formation exchange with hot blast, reach the purpose that automatic oven dry material substitution fire coal is dried material; The present invention is simple, flow process is smooth and easy, automaticity is high, has the advantage of energy savings.
Gansu Province's solar energy resources is very abundant, and the whole province's solar energy year total radiation is at 4800~6400MJ/m 2Between.Wherein Hexi Corridor and Gannan Plateau are the abundantest area of solar energy resources, Gansu Province, and a year total solar radiation amount is respectively 5800~6400MJ/m 2With 5800~6200MJ/m 2The Longnan Prefecture is relatively poorer, and a year total solar radiation amount is merely 4800~5200MJ/m 2All the other areas are 5200~5800MJ/m 2, except that the Longnan Prefecture.
Gansu Province's sun sunshine time reduces from the north-westward southeast between 1700~3300h gradually.The maximum area of year sunshine time is that the Hexi Corridor is western, more than 3200h; Minimum area is the south of Gansu Province south, below 1800h; All the other areas are between 2000~3000h.Each season of sunshine time distributes irregular.Summer is maximum, and winter is minimum, and spring is greater than autumn.Summer (July), the whole province was between 170~320h; Be 120~230h winter (January); Be 130~280h spring (April); Be 110~280h autumn.
Applicant of the present invention location is in the middle part, Hexi Corridor, and 5,280,000 square metres of floor spaces are the desert Gobi desert, has the good condition that solar energy development utilizes.Calculate as follows for example:
(1) Q=CM Δ tQ: the heat C of absorption: specific heat capacity 4.2 * 103J/ (kg ℃) Δ t: temperature rise M: absorption area,
(2) A=mCp Δ T/Iy1 (1-y2) A: collector area m: water (hot water that needed in one day) Cp: specific heat (1Kg water improves the heat that was once needing)=4.187Kj/Kg ℃ I: the average exposure intensity Mj/m of the sun 2Y1: the efficient of heat collector (50%-55%) y2: the heat waste of system (10%-15%) is annotated: the evenly heat exposure intensity in Changzhou is 18-19Mj/m 2D (spring and autumn),
(3) for example: heat A=mCp Δ T/Iy1 (1-y2) Δ T=18 * 103Kj/m that the heat collector of 2 square meters absorbed in a day 2* 0.5 * 0.9/100kg * 4.187Kj/Kg ℃=19.34Q=CM Δ t * 100kg=4.2KJ/ (kg ℃) * 2m 2* 38.68 ℃ * 100kg=3249.12KJ
=4.182 joules on (4) 1 cards
Every square metre absorbs calorie value and is: A=1 * 4.187 * 6200 * 0.85=22065KJ, raw coal 20934 kilojoule/kilograms are equivalent to the caloric value of 1 kilogram of coal.Adopt light energy vertical dryer that material is dried and to practice thrift 6851.8 tons in raw coal every year.
Description of drawings
Fig. 1 is a structural representation of the present invention.
Fig. 2 is the control flow sketch map of column type solar energy heat exchanger of the present invention.
Fig. 3 is the structural representation of column type solar energy heat exchanger of the present invention.
Fig. 4 is the control flow sketch map of vertical dryer of the present invention.
Fig. 5 is the structural representation of material adjuster of the present invention.
The specific embodiment
Following embodiment can make those skilled in the art more fully understand light energy vertical dryer to constant temperature drying and automatic control device and automatic process characteristic and control procedure of regulating mass flow.
The present invention includes standard control device 2, industrial computer 1, solar energy heat exchanger 3, vertical dryer 4, constant temperature drying and automatic control device, vertical dryer control device; Standard control device 2 links to each other with industrial computer 1 through the standard serial communication interface; Standard control device 2 links to each other with solar energy heat exchanger 3 and vertical dryer 4 respectively, and solar energy heat exchanger 3 links to each other with vertical dryer 4.
Fig. 2 shows the control flow sketch map of invention column type solar energy heat exchanger.
Column type solar energy heat exchanger 3 has temperature sensor 15, flow transmitter 18, air intake valve 14 and wind pipe 16 No. one; Wind pipe 16 is provided with pipeline frequency conversion fan 17; Said constant temperature drying and automatic control device comprises that being located at first on the said standard control device 2 measures adaptation module A5, the second measurement adaptation module A7, the first control adaptation module A6, the second control adaptation module A8; First measures adaptation module A5 links to each other with a said temperature sensor 15; Second measures adaptation module A7 links to each other with said flow transmitter 18; The first control adaptation module A6 links to each other with said air intake valve 14, and the second control adaptation module A8 links to each other with said pipeline frequency conversion fan 17.
Fig. 3 shows the structural representation of column type solar energy heat exchanger of the present invention; Having summarized the basic structure of column type solar energy forms; Solar energy heat exchanger 3 comprises that column type heat absorption vacuum tube T1, thermal-arrest change air compartment T2, air intake resistance dividing plate T3, pipeline heat collector T4, heat absorption cover plate T5; Said air intake resistance dividing plate T3 and pipeline heat collector T4 are installed in thermal-arrest and change air compartment T2 inside; Heat absorption cover plate T5 is fixed on thermal-arrest and changes air compartment T2 top, and column type heat absorption vacuum tube T1 is fixed on thermal-arrest and changes on air compartment T2 and the heat absorption cover plate T5.
The thermal-arrest principle is following: sunshine direct projection column type heat absorption vacuum tube T1; Column type heat absorption vacuum tube T1 sends the heat that absorbs among the pipeline heat collector T4 to; Changing air compartment T2 by thermal-arrest carries out heat and stores heat that the top board T5 that absorbs heat simultaneously also absorbs secondary and directly pass to thermal-arrest and change in the air compartment T2; Because under the effect of air intake valve 14 and air intake resistance dividing plate T3, pipeline frequency conversion fan 17 changes the slow suction thermal-arrest of outdoor air among the air compartment T2 and exchanges the generation thermal current with pipeline heat collector T4.
Fig. 4 shows the control flow sketch map of vertical dryer of the present invention.
The vertical dryer control device comprises that being located at the control of the 3rd on the said standard control device 2 adaptation module A1, the 4th controls adaptation module A3, the 5th control adaptation module A4, the 3rd measurement adaptation module A2; Said vertical dryer 4 tops are provided with dedust air duct 13, and dedust air duct 13 is provided with temperature sensor 10 No. two, and dedust air duct 13 links to each other with deduster 5; Deduster 5 bottoms are provided with motor 12; Deduster 5 links to each other with dedusting fan motor 11, and vertical dryer 4 bottoms are provided with remittance air compartment 19, and charging elevator 6 is provided with elevator motor 7; The 3rd control adaptation module A1 links to each other with elevator motor 7; The 4th control adaptation module A3 links to each other with dedusting fan motor 11, and the 5th control adaptation module A4 links to each other with motor 12, and the 3rd measures adaptation module A2 links to each other with No. two temperature sensors 10.Vertical dryer 4 sidepieces are provided with secondary hot-air pipe 20.
The present invention also comprises automatic adjusting material flow control device; Automatically regulate material flow control device and comprise that being located at the 4th on the said standard control device 2 measures adaptation module A10 and the 6th control adaptation module A9; Said vertical dryer 4 is provided with moisture detection sensor 8 and material adjuster 9; The 4th measures adaptation module A10 links to each other with moisture detection sensor 8, and the 6th control adaptation module A9 links to each other with material adjuster 9.
Introduce the course of work that adopts control adaptation module and measurement adaptation module to control each equipment below.
Among the present invention, 1 pair of whole device of the industrial computer that use can have is controlled, and its control is divided into two parts, and first is the control of light energy vertical dryer constant temperature drying and automatic material.Second portion is the flow-control of being dried by the fire material according to humidity regulation automatically.They all use the form of image data feedback scan.
It is following that the present invention sees the hot blast operation principle off:
Be through column type solar energy heat exchanger 3 among the present invention; Thermal power transfer is become hot-air to be stored; When the stored air temperature reaches temperature sensor 15 setting values; Standard control device 2 according to the address that receives select that the signal value gating links to each other with temperature sensor 15 first measure the address gating signal gating of adaptation module A5 after, the first measurement adaptation module A5 sends the temperature signal that records in the industrial computer 1 back to after A/D (modular converter) conversion.Industrial computer 1 compares according to the given data of internal temperature; When temperature during greater than setting value; Send current controling signal and to the second control adaptation module A8 pipeline frequency conversion fan 17 is carried out speed regulating control, the electric current that speed is set along with temperature changes and changes.Industrial computer 1 sends a count signal and is transferred to standard control device 2 in 17 operations of pipeline frequency conversion fan; Standard control device 2 with gating link to each other with flow transmitter 18 second measure the address gating signal gating of adaptation module A7 after, second measures adaptation module A7 sends the hot gas flow signal that records in the industrial computer 1 back to after A/D (modular converter) conversion.Industrial computer 1 compares according to the given data of inner stream flow; When flow during greater than setting value; Send a simulation control current signal and to the first control adaptation module A6 valve opening of air intake valve 14 is automatically adjusted, the aperture of valve is along with the electric current of flow set changes and changes.Thereby make the heat energy in the column type solar energy heat exchanger 3 keep balance; Under the setting value effect of a temperature sensor 15; The rotating speed of pipeline frequency conversion fan 17 keeps balance with the flow of hot blast and air intake valve 14 apertures again, reaches the purpose that constant temperature hot gas source is provided automatically.
The present invention adopts the rotating speed of the current signal control pipeline frequency conversion fan of temperature sensor output, utilizes the aperture of the current signal control air intake valve 14 of flow transmitter output, reaches the control procedure of automatic constant-temperature.Help vertical oven dry material is dried, play the requirement of energy-conservation and clean production.
The operation principle of material of the present invention and thermal current exchange oven dry is following:
Material charging elevator 6 is sent into material in the vertical dryer 4 under the effect of elevator motor 7 among the present invention; Material is dispersed into the umbrella landing to material from the top of vertical dryer 4 through built; At this moment thermal current is under the effect of dedusting fan motor 11; Hot gas is pumped to the deduster 5 from remittance air compartment 19; This moment thermal current (effect of secondary hot-air pipe 20 is to guarantee vertical dryer 4 middle and upper part materials not by dewfall, up and down temperature maintenance balance with secondary hot-air pipe 20 from the bottom of vertical dryer 4 respectively from bottom to top.) slowly evenly motion of bypass; The then from up to down diffusing shape of material becomes the even landing of S shape, forms thermal current and logistics and exchanges, and the steam of generation and part dust are purified by deduster 5; The dust of receiving discharge through motor 12; When the temperature of No. two temperature sensors 10 on the dedust air duct 13 during greater than setting value, the 4th control adaptation module A3 carries out speed regulating control to dedusting fan motor 11, makes thermal current slowly get into dedusters 5 inside from vertical dryer 4; Temperature is low, and the rotating speed of dedusting fan motor 11 is slow; Temperature is high, and the rotating speed of dedusting fan motor 11 is fast.Industrial computer 1 sends a count signal and is transferred to standard control device 2 in 11 operations of dedusting fan motor; Behind the address gating signal gating of standard control device 2 links to each other gating with elevator motor 7 the 3rd control adaptation module A1, the 3rd measures adaptation module A1 will send 7 work of a switching value control signal control elevator motor.When 7 work of elevator motor, material is sent in the vertical dryer 4.
The control procedure that the present invention regulates mass flow automatically is following:
Select signal value through standard control device 2 according to the address that receives; Behind the address gating signal gating of the 4th measurement adaptation module A10 that gating links to each other with humidity sensor 8, the 4th measurement adaptation module A10 will record the moisture signal of material and after A/D (modular converter) conversion, send back in the industrial computer 1.Industrial computer 1 compares according to the given data of interior humidity, when humidity during greater than setting value, sends current controling signal and material adjuster 9 is automatically adjusted for the 6th control adaptation module A9, and humidity is big more, and material blanking amount is just more little.Humidity is more dried, and material blanking amount is just many more.Reach continous-stable constant temperature drying and automatic material and, whole production is in the energy-conservation and free of contamination environment automatically according to the blanking flow of humidity of materials control material.
Fig. 5 shows the structural representation of material adjuster of the present invention,
Material adjuster 9 comprises regulates motor H1, power transmission shaft H2, power transmission shaft pillar H3, turbine box H4, elevating lever H5, cone governor H6, balance chain H7, spreading awl H8, sliding material basin awl H9, support H10; Said adjusting motor H1 is fixed on the support H10; Regulate motor H1 and link to each other with turbine box H4 through power transmission shaft H2, turbine box H4 is fixed on the spreading awl H8, regulates motor H1 and is provided with power transmission shaft pillar H3 outward; The two ends of power transmission shaft pillar H3 are separately fixed to be regulated on motor H1 and the turbine box H4; Turbine box H4 links to each other with cone governor H6 through elevating lever H5, and cone governor H6 links to each other with balance chain H7, and balance chain H7 is fixed on the sliding material basin awl H9.
The operation principle of material adjuster is following:
The heat energy of vertical dryer 4 is from the heat of solar energy generation, and is big under the inventory, can influence the degree of drying materials; Material is bored H9 to cone governor H6 through sliding material basin; When adjusting motor H1 is just changeing, can drive turbine box H4 motion through power transmission shaft H2, elevating lever H5 drives cone governor H6 rising, and the slit of back sliding material basin awl H9 and cone governor H6 diminishes because cone governor H6 rises; At this moment the flow velocity of material will descend; When regulating motor H1 counter-rotating, can drive turbine box H4 motion through power transmission shaft H2, elevating lever H5 drives cone governor H6 and descends, and the slit of back sliding material basin awl H9 and cone governor H6 becomes big because cone governor H6 descends; At this moment the flow velocity of material will strengthen, thereby has guaranteed the uniformity and the quality that has improved drying materials of mass flow.
In the present invention, standard control device 2 can be selected the I/O 32 of (the MCGS built-in touch screen) of the production of the Kunlun, BeiJing, China configuration software company for use.Industrial computer 1 can be selected the main frame of the damp intelligent scientific & technical corporation of Chinese Shanghai flood for use, grinds magnificent industrial computer.All control adaptation module can adopt module or the similar A/D modular converter that grinds magnificent ADAM4000 series.All measure adaptation module can select for use in safe RM data acquisition module or grind magnificent data acquisition module, can also select similar D/F modular converter in addition.

Claims (5)

1. light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device; It is characterized in that: it comprises standard control device (2), industrial computer (1), solar energy heat exchanger (3), vertical dryer (4), constant temperature drying and automatic control device, vertical dryer control device; Standard control device (2) links to each other with industrial computer (1) through the standard serial communication interface; Standard control device (2) links to each other with solar energy heat exchanger (3) and vertical dryer (4) respectively, and solar energy heat exchanger (3) links to each other with vertical dryer (4); Said solar energy heat exchanger (3) has a temperature sensor (15), flow transmitter (18), air intake valve (14) and wind pipe (16); Wind pipe (16) is provided with pipeline frequency conversion fan (17); Said constant temperature drying and automatic control device comprises that being located at first on the said standard control device (2) measures adaptation module (A5), the second measurement adaptation module (A7), the first control adaptation module (A6), the second control adaptation module (A8); First measures adaptation module (A5) links to each other with a said temperature sensor (15); Second measures adaptation module (A7) links to each other with said flow transmitter (18); The first control adaptation module (A6) links to each other with said air intake valve (14), and the second control adaptation module (A8) links to each other with said pipeline frequency conversion fan (17); Said vertical dryer control device comprises that being located at the control of the 3rd on the said standard control device (2) adaptation module (A1), the 4th controls adaptation module (A3), the 5th control adaptation module (A4), the 3rd measurement adaptation module (A2); Said vertical dryer (4) top is provided with dedust air duct (13); Dedust air duct (13) is provided with No. two temperature sensors (10); Dedust air duct (13) links to each other with deduster (5), and deduster (5) bottom is provided with motor (12), and deduster (5) links to each other with dedusting fan motor (11); Vertical dryer (4) bottom is provided with remittance air compartment (19); Charging elevator (6) is provided with elevator motor (7), and the 3rd control adaptation module (A1) links to each other with elevator motor (7), and the 4th control adaptation module (A3) links to each other with dedusting fan motor (11); The 5th control adaptation module (A4) links to each other with motor (12), and the 3rd measures adaptation module (A2) links to each other with No. two temperature sensors (10).
2. light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device according to claim 1 is characterized in that: the sidepiece of said vertical dryer (4) is provided with secondary hot-air pipe (20).
3. light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device according to claim 1 and 2; It is characterized in that: said solar energy heat exchanger (3) comprises that column type heat absorption vacuum tube (T1), thermal-arrest change air compartment (T2), air intake resistance dividing plate (T3), pipeline heat collector (T4), heat absorption cover plate (T5); Said air intake resistance dividing plate (T3) and pipeline heat collector (T4) are installed in thermal-arrest and change air compartment (T2) inside; Heat absorption cover plate (T5) is fixed on the top that thermal-arrest changes air compartment (T2), and column type heat absorption vacuum tube (T1) is fixed on thermal-arrest and changes on air compartment (T2) and the heat absorption cover plate (T5).
4. light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device according to claim 3; It is characterized in that: it also comprises automatic adjusting material flow control device; Automatically regulate material flow control device and comprise that being located at the 4th on the said standard control device (2) measures adaptation module (A10) and the 6th control adaptation module (A9); Said vertical dryer (4) is provided with moisture detection sensor (8) and material adjuster (9); The 4th measures adaptation module (A10) links to each other with moisture detection sensor (8), and the 6th control adaptation module (A9) links to each other with material adjuster (9).
5. light energy vertical dryer automatic constant temperature drying and automatic regulation material flow control device according to claim 4; It is characterized in that: said material adjuster (9) comprises regulates motor (H1), power transmission shaft (H2), power transmission shaft pillar (H3), turbine box (H4), elevating lever (H5), cone governor (H6), balance chain (H7), spreading awl (H8), sliding material basin awl (H9), support (H10); Said adjusting motor (H1) is fixed on the support (H10); Regulating motor (H1) links to each other with turbine box (H4) through power transmission shaft (H2); Turbine box (H4) is fixed on the spreading awl (H8); Regulate the outer power transmission shaft pillar (H3) that is provided with of motor (H1), the two ends of power transmission shaft pillar (H3) are separately fixed to be regulated on motor (H1) and the turbine box (H4), and turbine box (H4) links to each other with cone governor (H6) through elevating lever (H5); Cone governor (H6) links to each other with balance chain (H7), and balance chain (H7) is fixed on the sliding material basin awl (H9).
CN2009101172752A 2009-05-12 2009-05-12 Automatic constant temperature drying and automatic regulation material flow control device of light energy vertical dryer CN101886874B (en)

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CN105135826B (en) * 2015-08-14 2017-11-10 枣阳市灵鹿酒业有限公司 A kind of tail recuperation of heat hot air type penetrates adverse current fluidized dryer
CN105066652A (en) * 2015-08-14 2015-11-18 吉首大学 Tail heat recovery hot air type penetrating counterflow fluidized drying machine
CN105020985B (en) * 2015-08-14 2018-02-09 吉首大学 Heat-pump-type tail heat utilization penetrates adverse current fluidized dryer
CN105115279B (en) * 2015-08-14 2017-10-13 中山市健禾中药饮片有限公司 A kind of heat-pump-type tail heat utilization penetrates adverse current fluidized dryer
CN105066653B (en) * 2015-08-14 2017-11-07 江苏雪梅制冷设备有限公司 A kind of heat-pump-type tail recuperation of heat penetrates adverse current fluidized dryer
CN105020984B (en) * 2015-08-14 2017-12-19 吉首大学 A kind of tail heat utilization hot air type penetrates adverse current fluidized dryer
CN104990367B (en) * 2015-08-14 2017-12-15 湘西银湘农业科技有限责任公司 One kind penetrates reverse-flow fluidized drying tower
CN105110416A (en) * 2015-10-06 2015-12-02 吉首大学 Vibrating motor vibration and rubber pad shock absorption fluidized bed type ion exchange water treatment device
CN105174376A (en) * 2015-10-06 2015-12-23 吉首大学 Fluid bed type ion exchange water treatment device adopting electromagnetic vibration and provided with foam cushions for damping
CN105737546A (en) * 2016-03-11 2016-07-06 安徽新生力生物科技有限公司 Constant-temperature control system used for drying layer of grain dryer
CN105758167A (en) * 2016-03-11 2016-07-13 安徽新生力生物科技有限公司 Constant-temperature control method of drying layer of grain drying machine
CN105651024A (en) * 2016-03-11 2016-06-08 安徽新生力生物科技有限公司 Grain dryer with automatic drying-layer constant-temperature control device

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