CN102692117A - Corn seed and cluster drying device - Google Patents
Corn seed and cluster drying device Download PDFInfo
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- CN102692117A CN102692117A CN2012102024529A CN201210202452A CN102692117A CN 102692117 A CN102692117 A CN 102692117A CN 2012102024529 A CN2012102024529 A CN 2012102024529A CN 201210202452 A CN201210202452 A CN 201210202452A CN 102692117 A CN102692117 A CN 102692117A
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Abstract
The invention relates to a corn seed and cluster drying system, and in particular relates to a multifunctional corn seed and cluster drying device. The corn seed and cluster drying device is provided with a plurality of drying chambers, and is mainly characterized in that the drying chambers are symmetrically arranged at both sides of a blowing-in channel and a main ventilation duct; upper parts of the drying chambers are provided with upper air duct windows, and are communicated with the blowing-in channel; lower parts of the drying chambers are provided with air doors and are communicated with the main ventilation duct; a heat supply device is arranged at one end of the main ventilation duct; and a hot air pipeline of the heat supply device is communicated with the main ventilation duct. The corn seed and cluster drying system provided by the invention integrates a visible system, an efficient oil medium heat exchange system, an automatic control system and a multilayer deformation type drying machine. The corn seed and cluster drying system is designed by sufficiently using advanced technology and process by combining an energy consumption characteristic in a corn seed and cluster drying process aiming at the problems of the conventional corn seed and cluster drying system of high energy consumption, low yield and high operation cost.
Description
Technical field
The present invention relates to a kind of corn seed fruit ear drying system, especially relate to multifunctional corn seed fruit ear drying system.
Background technology
Corn is one of high-yield crop of northern China establishing in large scale.Because its harvest season is later, the water content of corn kernel is generally between 25-30%, if untimely drying will reduce seed germination rate because of freezing at this moment.Therefore the corn seed fruit ear being carried out dried, is an important ring of corn seed storage work.According to incompletely statistics; The corn seed output in Gansu Province accounts for 50% of the whole nation, and corn drying enterprise accounts for 60% of the whole nation, and these enterprises mostly adopt the more original civil engineering formula drying shed that dries the room naturally or join coal-fired hot-blast stove; Not only heat utilization efficiency is very low; And yield poorly, drying effect is bad, also causes the huge energy and economic waste simultaneously.
The civil engineering formula drying shed of joining coal-fired hot-blast stove that domestic present use is more, the coal consumption of unit hour reaches 1 ton, and energy consumption is very high, and can only be used for the drying of corn ear, and other times are all vacant, and the equipment service efficiency is low.Civil engineering formula drying shed to build construction investment big, the big duration of using of quantities, except that part through the external wall body thermal insulation effect of top layer specially treated fair, the insulation of most of body of wall does not reach expection, energy loss is bigger.The steel construction moist closet in field successful Application such as fruit and vegetable fresh-keeping and cold storage storehouse, onion drying sheds, is incorporated into corn seed fruit ear drying system at present, has solved the technical barrier that the existing equipment investment is big, man-hour is long, heat insulation effect is bad.Coal-fired hot-blast stove is late 1970s to begin to widely apply in China; Be widely used and a plurality of industries such as chemical industry, building materials; At the dry industry of corn seed coal-fired hot-blast stove is main thermal source, but its heat exchange efficiency is very low, and the unit hour coal consumption is very big; Concerning having slightly the dry enterprise of corn ear of scale, Japanese consumpting coal amount is one of maximum burden.Oil medium heat-exchange system adopts the coiled structure, and heating surface is sufficient, has the higher thermal efficiency, under the condition of normal pressure almost, just can obtain very high operating temperature.Omitted water treatment system and equipment, improved system thermal efficiency, reduced the maintenance workload of equipment and pipeline, under identical applying working condition, heat exchange efficiency is high, and amount of energy saving is remarkable, reduces operating cost, additional income simultaneously greatly.Oil medium heat-exchange system is obtained proud achievement in fields such as timber drying, biscuit productions at present, and overall drying effect is better, compares energy-conservation more than 30% with coal-fired hot-blast stove.Wideling popularize of the dry field of corn seed fruit ear, overall obvious energy conservation.
Existing corn seed fruit ear drying system is in whole dry run, and no full-automatic control system all is Artificial Control air door, air regulator closed area, the human and material resources of labor, and in manually operated process, cause great energy loss.In the dry run of seed, excessive temperature, cross the germination percentage that low humidity also can influence corn seed, therefore, in the seed drying process, introduce visualization system, be to one of wet effective way of the dry precisely temperature control of corn seed, control.The problem single to the existing corn seed fruit ear drying system scope of application, that service time is short is developed a kind of multipurpose, multi-functional corn seed fruit ear drying system is the active demand in market.
Summary of the invention
The objective of the invention is to avoid the deficiency of prior art that a kind of multifunctional corn seed fruit ear drying system is provided.A kind of integrate visualization system, efficient oily medium heat-exchange system, automation control system, multilayer deformation type drying bed high to existing corn seed fruit ear drying system energy consumption, yield poorly, problem that operating cost is high; In conjunction with the energy consumption characteristics in the corn ear dry run, make full use of advanced technology and technology and carry out the drying system design.
For realizing above-mentioned purpose, the technical scheme that the present invention takes is: a kind of corn seed fruit ear drying device, be provided with a plurality of drying sheds, and its main feature is the both sides that drying shed is symmetricly set on air-supply passage and main ventilation road; The top of drying shed is provided with the upper air duct window, is communicated with air-supply passage; The bottom of drying shed is provided with air door and is communicated with the main ventilation road; End in the main ventilation road is provided with heating plant, and its hot air duct is communicated with the main ventilation road.
Described heating plant includes oily medium boiler, and the oil-out of oily medium boiler upper end is connected with an end of oil supply pipe, and the other end is connected with the high-performance heat exchanger oil-in, and its oil-out is communicated with fuel tank; High-performance heat exchanger is provided with hot air duct.
Described corn seed fruit ear drying device also includes the fruit ear receiving system through propping up the top that is set up in the vibration screening conveyer, and an end of material loading elevator is located at the discharging opening of vibration screening conveyer, and the other end is fixed on the top of feeder; Main feeder is located at the top of drying shed, and main feeder is connected with two-way feeder, and two-way feeder is communicated with the charging aperture that the drying shed top is provided with.
Described drying shed includes on the top of drying shed and is provided with the upper air duct window; The bottom of drying shed is provided with air door, and the outside of drying shed is provided with discharge port, and the drying shed top is provided with charging aperture; Drying shed is a steel construction, and its wall is provided with warming plate; The bottom is provided with collapsible adjustable drying bed in the drying shed; Be provided with automatic control turnover panel bed on the top of collapsible adjustable drying bed.
Described collapsible adjustable drying bed is connected on the drying shed through two groups of rigid bearings, and one group of rigid bearing is connected with long-acting drying bed, and another group rigid bearing is connected with folding drying bed, is connected through loose-leaf board between long-acting drying bed and the folding drying bed; The lower end of long-acting drying bed is provided with support slipper, and folding drying bed is provided with locating hole and the fastening screw that is connected with support slipper.
Described automatic control turnover panel bed includes hinge, which is provided with the turnover panel bed; The turnover panel bed is connected with autocontrol slide block endplay device through pull bar; Autocontrol slide block endplay device includes the reducing motor screw mandrel that is connected, screw mandrel and slide block engagement, and connecting rod is fixed on slide block.
Described corn seed fruit ear drying device also includes in the outside of drying shed and is provided with discharge port, and the lower end of discharge port is provided with the discharging conveyer belt.
Described corn seed fruit ear drying device also includes automatic control device and in drying shed, is provided with drying shed temperature detecting module, drying shed humidity detecting module, drying shed air quantity detection module, and its output is electrically connected to information and collects the center; Information is collected the center output and is controlled drying shed temperature control modules, drying shed humidity control module, drying shed air quantity control module respectively; The output of drying shed temperature control modules, drying shed humidity control module, drying shed air quantity control module is electrically connected to data processing centre; The output connection of intelligent controller of data processing centre, intelligent controller connects visual large-size screen monitors, feeds back to drying shed temperature detecting module, drying shed humidity detecting module, drying shed air quantity detection module simultaneously.
The invention has the beneficial effects as follows:
1. in existing steel construction corn seed fruit ear drying system, introduce energy-efficient oily medium heat-exchange system, solved existing system, heat exchange efficiency is low, and the difficult problem that drying cost is high has improved drying efficiency.
2. in steel construction corn seed fruit ear drying system, introduce visualization system and automatic control system, the unmanned contact of whole dry run realizes the accurate temperature control of each drying shed, wet, the control air quantity of control, reduces energy loss.Automatic Control, the heat-energy losses when having avoided personnel operation has improved the mechanization level of equipment.
3. in steel construction corn seed fruit ear drying system, having designed the upper strata is autocontrol turnover panel bed, realizes upset automatically through autocontrol slide block endplay device.Lower floor is collapsible adjustable drying bed, realizes the exchange of tilt table and horizontal beds through support slipper.Multilayer deformation type drying bed has not only strengthened the drying area of corn seed fruit ear, has improved heat utilization efficiency, also can the drying of this equipment promotion to materials such as dehydrated vegetables be enlarged dry crop varieties, improves utilization rate of equipment and installations, obviously increases business economic and is benefited.
Description of drawings:
Fig. 1 is master's TV structure sketch map of the present invention;
Fig. 2 is a plan structure sketch map of the present invention;
Fig. 3 is a hot air circulation schematic diagram of the present invention;
Fig. 4 is an automatic control device block diagram of the present invention;
Fig. 5 is an automatic control turnover panel bed autocontrol slide block endplay device principle schematic.
Among the figure: 1. fruit ear receiving system, 2. vibration screening conveyer, 3. material loading elevator, 4. heating plant, 4.1 oily medium boilers, 4.2 system of oil feed ducts, 4.3 high-performance heat exchangers, 4.4 air supply lines; 5. main feeder, 6. two-way feeder, 7. drying shed; 7.1 the upper air duct window, 7.2 discharge ports, 7.3 air doors, 7.4 warming plates, 7.5 collapsible adjustable drying beds; 7.5.1 rigid bearing, the long-acting drying bed of 7.5.2, the 7.5.3 support slipper, 7.5.4 folds drying bed, 7.5.5 fastening screw, 7.5.6 loose-leaf board; 7.6 charging aperture, 7.7 automatic control turnover panel beds; 7.7.1 rigid bearing; 7.7.2 turnover panel bed; 7.8 autocontrol slide block endplay device; 7.8.1 reducing motor; 7.8.2 screw mandrel; 7.8.3 slide block; 7.8.4 connecting rod; 7.8.5 pull bar; 8. discharging conveyer belt, 9. automatic control device, 10. visual large-size screen monitors; 11. air-supply passage; 12. main ventilation road.
The specific embodiment
Below principle of the present invention and characteristic are described, institute gives an actual example and only is used to explain the present invention, is not to be used to limit scope of the present invention.
Embodiment 1: a kind of corn seed fruit ear drying device, be provided with a plurality of drying sheds 7, and drying shed 7 is symmetricly set on the both sides in air-supply passage 11 and main ventilation road 12; The top of drying shed 7 is provided with upper air duct window 7.1, is communicated with air-supply passage 11; The bottom of drying shed 7 is provided with air door 7.3 and is communicated with main ventilation road 12; End in main ventilation road 12 is provided with heating plant 4, and its hot air duct 4.4 is communicated with main ventilation road 12.
Described heating plant includes oily medium boiler, and the oil-out of oily medium boiler upper end is connected with an end of oil supply pipe, and the other end is connected with the high-performance heat exchanger oil-in, and its oil-out is communicated with fuel tank; High-performance heat exchanger is provided with hot air duct.
Described heating plant 4 includes oily medium boiler 4.1, and the oil-out of oily medium boiler 4.1 upper ends is connected with an end of oil supply pipe 4.2, and the other end is connected with high-performance heat exchanger 4.3 oil-ins, and its oil-out is communicated with fuel tank; High-performance heat exchanger 4.3 is provided with hot air duct 4.4.High-temperature high-pressure medium oil in the oil medium boiler 4.1 passes through in the high-efficiency fin formula heat exchanger tube in the oil supply pipe 4.2 entering high-performance heat exchangers 4.3, and after the system oil return pipeline is recycled to oily medium boiler.Under the absorption of blower fan, pass the outer air of high-efficiency fin formula heat exchanger tube and be heated through heat exchange, in air supply line 4.4 is delivered to drying shed 7, carry out corn seed fruit ear drying.Oil medium heating system has heat exchange efficiency height, the tangible characteristics of energy-saving effect.
Fruit ear receiving system 1 is through propping up the top that is set up in vibration screening conveyer 2, and an end of material loading elevator 3 is located at the discharging opening of vibration screening conveyer 2, and the other end is fixed on the top of feeder 5; Main feeder 5 is located at the top of drying shed 7, and main feeder 5 is connected with two-way feeder 6, and two-way feeder 6 is communicated with the charging aperture that drying shed 7 tops are provided with.Be provided with discharge port 7.2 in the outside of drying shed 7, the lower end of discharge port is provided with discharging conveyer belt 8.Discharging conveyer belt 8 is delivered to the warehouse with dried product.
Embodiment 2: a kind of corn seed fruit ear drying device, and described drying shed 7 includes on the top of drying shed 7 and is provided with upper air duct window 7.1; The bottom of drying shed 7 is provided with air door 7.3, and the outside of drying shed 7 is provided with discharge port 7.2, and drying shed 7 tops are provided with charging aperture 7.6; Drying shed 7 is a steel construction, and its wall is provided with warming plate 7.4; The bottom is provided with collapsible adjustable drying bed 7.5 in the drying shed 7; Be provided with automatic control turnover panel bed 7.7 on the top of collapsible adjustable drying bed 7.5.
Described collapsible adjustable drying bed 7.5 includes rigid bearing 7.5.1 and is connected on the drying shed 7; The end of long-acting drying bed 7.5.2 is connected with one group of rigid bearing 7.5.1; The other end is connected through loose-leaf board 7.5.6 with folding drying bed 7.5.4; The end of folding drying bed 7.5.4 is connected with one group of rigid bearing 7.5.1, and the other end is connected through loose-leaf board 7.5.6 with long-acting drying bed 7.5.2.The lower end of long-acting drying bed 7.5.2 is provided with support slipper 7.5.3, and folding drying bed 7.5.4 is provided with locating hole and the fastening screw 7.5.5 with the corresponding connection of support slipper 7.5.3.When collapsible adjustable drying bed 7.5 needs to tilt to place; The long-acting drying bed 7.5.2 that promotion is in level makes it to be inclined upwardly gradually around rigid bearing 7.5.1; Because long-acting drying bed 7.5.2 is connected through loose-leaf board 7.5.6 with folding drying bed 7.5.4; The former folding drying bed 7.5.4 that is in vertical state also can affect thereupon and rotate around rigid bearing 7.5.1; Finally to both coincidences, promote support slipper 7.5.3 and the connecting hole on it is aimed at the locating hole on the folding drying bed 7.5.4 fully this moment, and fix with fastening screw 7.5.5.In the time need not tilting to place, extraction fastening screw 7.5.5, support slipper 7.5.3 is glided by deadweight, and long-acting drying bed 7.5.2 and folding drying bed 7.5.4 also are in the level and vertical state of nature because of deadweight simultaneously.
Described automatic control turnover panel bed 7.7 includes hinge 7.7.1, which is provided with turnover panel bed 7.7.2; Turnover panel bed 7.7.2 is connected with autocontrol slide block endplay device 7.8 through pull bar 7.8.5; Autocontrol slide block endplay device 7.8 includes the reducing motor 7.8.1 screw mandrel 7.8.2 that is connected, screw mandrel 7.8.2 and slide block 7.8.3 engagement, and connecting rod 7.8.4 is fixed on slide block 7.8.3.
All the other are identical with embodiment 1.
Embodiment 3: a kind of corn seed fruit ear drying device, and also include control device and in drying shed 7, be provided with drying shed temperature detecting module, drying shed humidity detecting module, drying shed air quantity detection module, its output is electrically connected to information and collects the center; Information is collected the center output and is controlled drying shed temperature control modules, drying shed humidity control module, drying shed air quantity control module respectively; The output of drying shed temperature control modules, drying shed humidity control module, drying shed air quantity control module is electrically connected to data processing centre; The output connection of intelligent controller of data processing centre, intelligent controller connects visual large-size screen monitors, feeds back to drying shed temperature detecting module, drying shed humidity detecting module, drying shed air quantity detection module simultaneously.
All the other are identical with embodiment 2 with embodiment 1 or embodiment 1.
During work, see Fig. 4, control device by detection system, information collect center, control system, data processing centre, intelligent controller, large-size screen monitors are visual forms.The temperature of drying shed 7, humidity, air quantity are through after the processing of its corresponding detection system; With the information information that passes to collect the center and classify, segment processing; Then pass to its corresponding control system and designator imported data processing centre carry out system validation, treat that the system validation order is accomplished after, import intelligent controller into; Then control information is exported on the large-screen display, show control command and corresponding control procedure thereof.In whole control process, control command is sent by intelligent controller, and inputs to the corn ear drying shed, carries out that temperature control, control are wet, the visual control system of control wind, avoids dry damage to seed.
During use; Corn ear gets into vibration screening conveyer 2 upper ends through fruit ear receiving system 1, and is promoted on the feeder 5 through material loading elevator 3, and the material of feeder 5 carries out drying in bidirectional conveyor 6 is transported to corresponding with it cabin, drying shed Unit 7 respectively; After the completion to be dried; Open discharge port 7.2, the dry material of accomplishing is removal slowly, and is transported to the warehouse through discharging conveyer belt 8.
See Fig. 1, Fig. 2, Fig. 3, Fig. 5,, make 7.8 work of autocontrol slide block endplay device and adjustment automatic control turnover panel bed through automation control system 9; Automatic control turnover panel bed 7.7 is the upper strata drying beds in the drying shed 7, is used to increase the crop drying area, and the purpose that adjust automatic control turnover panel bed 7.7 this moment is to arrive on the collapsible adjustable drying bed 7.5 in order to let material pass through it; Rotate to vertical state, open charging aperture 7.6 this moment, and corn ear passes automatic control turnover panel bed 7.7 and gets into tilted-putted collapsible adjustable drying bed 7.5 slowly; And layering above that arranges in order until reaching predetermined requirement, and automation control system 9 makes 7.8 work of autocontrol slide block endplay device and adjustment automatic control turnover panel bed 7.7 simultaneously; The purpose of adjusting automatic control turnover panel bed 7.7 this moment is in order to let the material tiling above that, to rotate to level, and this moment, whole automatic control turnover panel bed 7.7 was in closure state; Corn ear is piled up in the top, and when to be made it, control automation control system 9 makes vibration screening conveyer 2; Material loading elevator 3, feeder 5, bidirectional conveyor 6 stops material loading work, regulates charging aperture 7.6 closed areas simultaneously; The closed area of adjustment upper air duct window 7.1, air door 7.3 is opened heating system device 4, and hot blast is under the effect of blower fan; Get in drying shed 7 air channels uniformly; Hot blast is through air door 7.3, passes the corn ear on collapsible adjustable drying bed 7.5 and the automatic control turnover panel bed 7.7, and the bigger humid air of part humidity is through charging aperture 7.6 direct emptyings; Most of hot-air is recycled to blower fan through upper air duct window 7.1, recycle.Whole process visualization large-size screen monitors 10 are monitored temperature, humidity in each drying shed 7; When arriving predetermined temperature, humidity; Automation control system 9 self-startings; Accomplish dependent instructions such as control fan delivery, control charging aperture 7.6 closed areas, realize the visual and automation control of corn ear dry run.After the dry completion of corn seed fruit ear; Automation control system 9 self-startings are also controlled autocontrol slide block endplay device 7.8, make automatic control turnover panel bed 7.7 turn to vertical state, and the material of its upper end all falls on the collapsible adjustable drying bed 7.5; Discharging this moment conveyer belt 8 is started working; After opening discharge port 7.2, materials dried is evenly discharged, and accomplishes the drying of corn seed fruit ear.
Like Fig. 3, shown in Figure 5; Multilayer deformation type drying bed is overturn with automatic control turnover panel bed 7.7 by collapsible adjustable drying bed 7.5 and forms, and collapsible adjustable drying bed 7.5 is made up of rigid bearing 7.5.1, long-acting drying bed 7.5.2, support slipper 7.5.3, folding drying bed 7.5.4, fastening screw 7.5.5; Automatic control turnover panel bed 7.7 is made up of rigid bearing 7.7.1, turnover panel bed 7.7.2; Automatic control turnover panel bed 7.7 is realized flip-flop movement through 7.8 controls of autocontrol slide block endplay device, and autocontrol slide block endplay device 7.8 is made up of reducing motor 7.8.1, screw mandrel 7.8.2, slide block 7.8.3, connecting rod 7.8.4, pull bar 7.8.5; Some dry materials are the corn seed fruit ear; During work, promote long-acting drying bed 7.5.2 and make it, drive folding drying bed 7.5.4 interlock simultaneously; Until the two contact; Promote support slipper 7.5.3 this moment makes it to move to extreme position, and the connecting hole of support slipper 7.5.3 is aimed at the connecting hole of long-acting drying bed 7.5.2, folding drying bed 7.5.4 fully, then with the fixing inclination modes of emplacement that can realize drying bed of fastening screw 7.5.5 perforation.After treating that corn seed fruit ear drying is intact, need change material, during like the dehydrated vegetables drying; Extract fastening screw 7.5.5, the support slipper 7.5.3 downslide of conducting oneself with dignity, long-acting drying bed 7.5.2 is under the effect of deadweight; Drop to horizontal level, folding simultaneously drying bed 7.5.4 is in vertical state.Unclassified stores such as dehydrated vegetables are accomplished dry on the long-acting drying bed of the 7.5.2 of horizontal positioned.The present invention has widened the dry applications of corn seed fruit ear, in seed drying dull season or not busy season, may extend to the drying operation of unclassified stores (dehydrated vegetables).
The above is merely preferred embodiment of the present invention, and is in order to restriction the present invention, not all within spirit of the present invention and principle, any modification of being done, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a corn seed fruit ear drying device is provided with a plurality of drying sheds, it is characterized in that drying shed is symmetricly set on the both sides in air-supply passage and main ventilation road; The top of drying shed is provided with the upper air duct window, is communicated with air-supply passage; The bottom of drying shed is provided with air door and is communicated with the main ventilation road; End in the main ventilation road is provided with heating plant, and its hot air duct is communicated with the main ventilation road.
2. corn seed fruit ear drying device as claimed in claim 1; It is characterized in that described heating plant includes oily medium boiler; The oil-out of oil medium boiler upper end is connected with an end of oil supply pipe, and the other end is connected with the high-performance heat exchanger oil-in, and its oil-out is communicated with fuel tank; High-performance heat exchanger is provided with hot air duct.
3. corn seed fruit ear drying device as claimed in claim 1; It is characterized in that also including the fruit ear receiving system through propping up the top that is set up in the vibration screening conveyer; One end of material loading elevator is located at the discharging opening of vibration screening conveyer, and the other end is fixed on the top of feeder; Main feeder is located at the top of drying shed, and main feeder is connected with two-way feeder, and two-way feeder is communicated with the charging aperture that the drying shed top is provided with.
4. corn seed fruit ear drying device as claimed in claim 1 is characterized in that described drying shed includes on the top of drying shed to be provided with the upper air duct window; The bottom of drying shed is provided with air door, and the outside of drying shed is provided with discharge port, and the drying shed top is provided with charging aperture; Drying shed is a steel construction, and its wall is provided with warming plate; The bottom is provided with collapsible adjustable drying bed in the drying shed; Be provided with automatic control turnover panel bed on the top of collapsible adjustable drying bed.
5. corn seed fruit ear drying device as claimed in claim 4; It is characterized in that described collapsible adjustable drying bed is connected on the drying shed through two groups of rigid bearings; One group of rigid bearing is connected with long-acting drying bed; Another group rigid bearing is connected with folding drying bed, is connected through loose-leaf board between long-acting drying bed and the folding drying bed; The lower end of long-acting drying bed is provided with support slipper, and folding drying bed is provided with locating hole and the fastening screw that is connected with support slipper.
6. corn seed fruit ear drying device as claimed in claim 4 is characterized in that described automatic control turnover panel bed includes hinge, which is provided with the turnover panel bed; The turnover panel bed is connected with autocontrol slide block endplay device through pull bar; Autocontrol slide block endplay device includes the reducing motor screw mandrel that is connected, screw mandrel and slide block engagement, and connecting rod is fixed on slide block.
7. corn seed fruit ear drying device as claimed in claim 1 is characterized in that the outside that also includes at drying shed is provided with discharge port, and the lower end of discharge port is provided with the discharging conveyer belt.
8. corn seed fruit ear drying device as claimed in claim 1; It is characterized in that also including automatic control device and in drying shed, be provided with drying shed temperature detecting module, drying shed humidity detecting module, drying shed air quantity detection module, its output is electrically connected to information and collects the center; Information is collected the center output and is controlled drying shed temperature control modules, drying shed humidity control module, drying shed air quantity control module respectively; The output of drying shed temperature control modules, drying shed humidity control module, drying shed air quantity control module is electrically connected to data processing centre; The output connection of intelligent controller of data processing centre, intelligent controller connects visual large-size screen monitors, feeds back to drying shed temperature detecting module, drying shed humidity detecting module, drying shed air quantity detection module simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210202452.9A CN102692117B (en) | 2012-06-17 | 2012-06-17 | Corn seed and cluster drying device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210202452.9A CN102692117B (en) | 2012-06-17 | 2012-06-17 | Corn seed and cluster drying device |
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| CN102692117A true CN102692117A (en) | 2012-09-26 |
| CN102692117B CN102692117B (en) | 2014-07-09 |
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| CN201210202452.9A Active CN102692117B (en) | 2012-06-17 | 2012-06-17 | Corn seed and cluster drying device |
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| CN (1) | CN102692117B (en) |
Cited By (8)
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| CN103070234A (en) * | 2013-02-07 | 2013-05-01 | 山东理工大学 | Waste heat recovering ear-corn drying machine |
| CN103727767A (en) * | 2013-12-20 | 2014-04-16 | 广西地源之本肥业有限公司 | Material saving loading and drying system for compound fertilizer granules |
| US8726535B2 (en) | 2008-12-16 | 2014-05-20 | Pioneer Hi Bred International Inc | Method, apparatus and system for controlling heated air drying |
| CN104329931A (en) * | 2014-10-18 | 2015-02-04 | 江阴万龙源科技有限公司 | Solar heat pump composite modular dryer for wolfberry |
| CN104534825A (en) * | 2014-11-26 | 2015-04-22 | 四川崇州粮油储备有限责任公司 | Air heated type seed drying machine |
| CN104896885A (en) * | 2015-06-17 | 2015-09-09 | 广东省现代农业装备研究所 | Solar drying greenhouse and method |
| CN106895676A (en) * | 2015-12-19 | 2017-06-27 | 西安瑞联新材料股份有限公司 | A kind of thermostatic drying chamber with oscillation functions |
| CN110487056A (en) * | 2019-08-30 | 2019-11-22 | 山东省农业机械科学研究院 | A kind of double tower corn ear drier |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104896885B (en) * | 2015-06-17 | 2017-01-11 | 广东省现代农业装备研究所 | Solar drying greenhouse and method |
| CN106895676A (en) * | 2015-12-19 | 2017-06-27 | 西安瑞联新材料股份有限公司 | A kind of thermostatic drying chamber with oscillation functions |
| CN110487056A (en) * | 2019-08-30 | 2019-11-22 | 山东省农业机械科学研究院 | A kind of double tower corn ear drier |
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