CN106474955A - Multi-stage hybrid composite heat transfer machinery in a kind of agricultural production - Google Patents
Multi-stage hybrid composite heat transfer machinery in a kind of agricultural production Download PDFInfo
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- CN106474955A CN106474955A CN201510547334.5A CN201510547334A CN106474955A CN 106474955 A CN106474955 A CN 106474955A CN 201510547334 A CN201510547334 A CN 201510547334A CN 106474955 A CN106474955 A CN 106474955A
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Abstract
The present invention discloses multi-stage hybrid composite heat transfer machinery in a kind of agricultural production, the top of composite heat transfer hybrid chamber arranges composite fertilizer material and enters cylinder, composite fertilizer material enters in cylinder to be installed into composite fertilizer's conveying axis, enter and on composite fertilizer's conveying axis, be installed into composite fertilizer's conveying blade, left hybrid electric motor is installed in left side inside composite heat transfer hybrid chamber, right hybrid electric motor is installed on right side inside composite heat transfer hybrid chamber, the bottom of composite heat transfer hybrid chamber arranges composite fertilizer's cylinder, fixed installation composite fertilizer sieve plate in composite fertilizer's cylinder, central authorities' fixed installation motor housing of composite fertilizer's sieve plate, stirring motor is in motor housing, shaft is in stirring motor, stirring vane is on shaft, left side of the left conveying axis inside composite fertilizer of composite fertilizer cylinder, right side of the right conveying axis inside composite fertilizer's cylinder.The present invention enters in cylinder to be installed into composite fertilizer's conveying axis using composite fertilizer material, installs left conveying axis and right conveying shaft design in composite fertilizer's cylinder, and its design science is reasonable, and simple structure is easy to use.
Description
Technical field
The present invention relates to multi-stage hybrid composite heat transfer machinery in a kind of agricultural production, belongs to field of agricultural production technologies.
Background technology
The existence of plant relies soil for base, and fertilizer is the grain of plant.Plant is had a certain impact to the growth of crop in necessary for growth its fast-growth of substantial amounts of Nutrients uptake, different soil, and this is accomplished by effectively improveing soil.Impact of the fertilizer to crops can simply be seen by the fertilizer of existing improved soil, can not reach effectively improvement to soil.Most of soil causes soil compaction due to applying chemical fertilizer, and lean feelings soil is unreasonable due to fertilising, does not effectively change scholar, so as to cause without harvest or in poor harvest;Particularly salt-soda soil accounts for sizable land area in China or even countries in the world, can not cultivate because of saline and alkaline weighting, and the substantial amounts of fund of the also input having is improved, row's alkali suppression salt, but is produced little effect.
China is a traditional large agricultural country, and agricultural production has a long history, and agricultural is the departments engaged in material production for obtaining product using vegeto-animal growth and breeding.It will typically rely on soil just carry out.Agricultural production is reproduction of the nature with the married material production process of economic reproduction.Agricultural production has the characteristics that：（One）Region agricultural production to as if animals and plants.Vegeto-animal growing needs air, moisture, sunlight and various nutriment.Different biological growth and development rules are different, each require to adapt to different natural environments.Natural conditions all over the world, economic technology condition and national policy difference are very big, thus form agricultural production extremely obvious region.（Two）Seasonal and periodicity：As the natural causes such as crop growth received heat, moisture, illumination affect, these natural causes were changed with season, and had certain cycle, so the activities of agricultural production are all relevant with season, need by season sequence arrangement from results are seeded into, seasonal and periodically apparent.Equally, fishing, afforestation, herding etc. also have seasonality and periodicity.
Under modern industry is supported, various Modern Agricultural Machines progressively instead of manpower and animal power.Now, developed country not only has sufficient amount of farm tractor and power, and forms the agricultural machinery system for being suitable for respective national conditions, from basic Mechanization Development to comprehensive mechanization.The farm work of crops and the transport of agricultural product, the whole process cleaning, dry, putting in storage are all using machinery.Farm electrification also grows a lot, in addition to household electricity, electric power be also widely used for irrigation, threshing, drying, storing, process, milk, cropping, feed adjust etc. multiple agriculture and animal husbandry operations.The agricultural of many developing countries, is also developing to mechanization and electrified direction.Various advanced science and technology are widely used in agricultural production, promote agricultural production to improve constantly and arrive new level.For example in terms of genetic breeding, the utilization of heterosis, hybrid vigor, the high yield fine of resistant to lodging and disease and insect resistance of short stem is cultivated, great role has been risen for volume increase.In the thirties, corn output per hectare only has 1500 kilograms in the U.S., and after promoting corn hybrid seed, average per hectare corn yield reaches more than 6.750 kilogram now.India promotes " green revolution " centered on higher yield of crops breeding the sixties, has turned over some to grain yield in 1980, has been changed into exported country from grain importer.Due to the development of chemical industry, chemical fertilizer becomes a key factor of agricultural volume increase.Pay attention to the integrated control of pest and disease damage, replace poorly efficient, high poison, persistent pesticide with the agricultural chemicals of efficient, low toxicity, low-residual.Using herbicide, to zero tillage is carried out or minimum tillage creates condition, both can save energy, can prevent erosion again.Agricultural modernization, is exactly scientific agricultural.With the development of productivity, agricultural production starts specialization occur, is the rural economic development of agricultural and the specialization of farm management first.The agriculture's level of specialization areas such as wheat belt that the such as U.S. gradually forms, corn belt, cotton band, cheese band, occur in that various specialized farms, further again specialized for many job execution in production process, by special industrial group, commercial company, carrier undertaking.With the development of specializing agricultural production, integrated farm-industry-commerce enterprise is occurred in that, the links of agricultural production are connected again, agricultural production socialization level is improved constantly.Agricultural Regionalization, specialization, the development of socialization, to rationally utilizing natural resources, using advanced science and technology, improve production efficiency, have played great role.
Content of the invention
The technical problem to be solved in the present invention is to provide multi-stage hybrid composite heat transfer machinery in a kind of agricultural production, enter in cylinder to be installed into composite fertilizer's conveying axis using composite fertilizer material, left conveying axis and right conveying shaft design are installed in composite fertilizer of composite fertilizer cylinder, the conveying of leafy sheet material can be realized, its design science is reasonable, simple structure, easy to use.
Multi-stage hybrid composite heat transfer machinery in a kind of agricultural production, its structure include：Composite fertilizer material enters cylinder、Composite heat transfer hybrid chamber、Composite fertilizer's sieve plate、Motor housing、Composite fertilizer of composite fertilizer cylinder、Enter composite fertilizer's conveying axis、Conveying motor、Enter composite fertilizer's conveying blade、Right hybrid electric motor、Left hybrid electric motor、Right hybrid blade、Left hybrid blade、Left conveying axis、Left conveying motor、Composite fertilizer's conveying blade、Stirring motor、Shaft、Stirring vane、Right conveying axis、Right conveying motor、Composite fertilizer's mouth、Composite fertilizer's baffle plate，The top of described composite heat transfer hybrid chamber arranges composite fertilizer material and enters cylinder，Composite fertilizer material enters in cylinder to be installed into composite fertilizer's conveying axis，The left end for entering composite fertilizer's conveying axis installs conveying motor，Enter and on composite fertilizer's conveying axis, be installed into composite fertilizer's conveying blade，Left hybrid electric motor is installed in left side inside described composite heat transfer hybrid chamber，Right hybrid electric motor is installed on right side inside composite heat transfer hybrid chamber，Left hybrid blade is installed on described left hybrid electric motor，Right hybrid blade is installed on right hybrid electric motor，The bottom of described composite heat transfer hybrid chamber arranges composite fertilizer of composite fertilizer cylinder，Fixed installation composite fertilizer sieve plate in composite fertilizer of composite fertilizer cylinder，Central authorities' fixed installation motor housing of composite fertilizer's sieve plate，Described stirring motor is in motor housing，Shaft is in stirring motor，Stirring vane is on shaft，Left side of the described left conveying axis inside composite fertilizer of composite fertilizer cylinder，The left end of left conveying axis is in left conveying motor，Right side of the described right conveying axis inside composite fertilizer of composite fertilizer cylinder，The right-hand member of right conveying axis is in right conveying motor.
Further, composite fertilizer's conveying blade is installed on described left conveying axis and right conveying axis, the bottom of described composite fertilizer of composite fertilizer cylinder arranges composite fertilizer's mouth, and composite fertilizer's baffle plate is installed on composite fertilizer's mouth.
Further, described composite fertilizer's sieve plate is the steel plate for processing mesh, and described composite heat transfer hybrid chamber, composite fertilizer material enters cylinder and composite fertilizer of composite fertilizer cylinder is integrative-structure, and described motor housing is made of plastic plate.
Beneficial effects of the present invention：The present invention enters in cylinder to be installed into composite fertilizer's conveying axis using composite fertilizer material, installs left conveying axis and right conveying shaft design in composite fertilizer of composite fertilizer cylinder, and its design science is reasonable, and simple structure is easy to use.
Description of the drawings：
For ease of explanation, the present invention is embodied as and accompanying drawing is described in detail by following.
Fig. 1 is the structural representation of the present invention.
In figure：1- composite fertilizer material enters cylinder；2- composite heat transfer hybrid chamber；3- composite fertilizer sieve plate；4- motor housing；Composite fertilizer of 5- composite fertilizer cylinder；6- enters composite fertilizer's conveying axis；7- conveys motor；8- enters composite fertilizer's conveying blade；The right hybrid electric motor of 9-；The left hybrid electric motor of 10-；The right hybrid blade of 11-；The left hybrid blade of 12-；The left conveying axis of 13-；The left conveying motor of 14-；15- composite fertilizer conveying blade；16- stirring motor；17- shaft；18- stirring vane；The right conveying axis of 19-；The right conveying motor of 20-；21- composite fertilizer mouth；22- composite fertilizer baffle plate.
Specific embodiment：
For making the object, technical solutions and advantages of the present invention of greater clarity, the present invention is described below by the specific embodiment illustrated in accompanying drawing.However, it should be understood that these descriptions are simply exemplary, and it is not intended to limit the scope of the present invention.Additionally, in the following description, the description to known features and technology is eliminated, to avoid unnecessarily obscuring idea of the invention.
As shown in figure 1, multi-stage hybrid composite heat transfer is mechanical in a kind of agricultural production, its structure includes：Composite fertilizer material enters cylinder 1、Composite heat transfer hybrid chamber 2、Composite fertilizer's sieve plate 3、Motor housing 4、Composite fertilizer of composite fertilizer cylinder 5、Enter composite fertilizer's conveying axis 6、Conveying motor 7、Enter composite fertilizer's conveying blade 8、Right hybrid electric motor 9、Left hybrid electric motor 10、Right hybrid blade 11、Left hybrid blade 12、Left conveying axis 13、Left conveying motor 14、Composite fertilizer's conveying blade 15、Stirring motor 16、Shaft 17、Stirring vane 18、Right conveying axis 19、Right conveying motor 20、Composite fertilizer's mouth 21、Composite fertilizer's baffle plate 22，The top of described composite heat transfer hybrid chamber 2 arranges composite fertilizer material and enters cylinder 1，Composite fertilizer material enters in cylinder 1 to be installed into composite fertilizer's conveying axis 6，The left end for entering composite fertilizer's conveying axis 6 installs conveying motor 7，Enter and on composite fertilizer's conveying axis 6, be installed into composite fertilizer's conveying blade 8，Left hybrid electric motor 10 is installed in left side inside described composite heat transfer hybrid chamber 2，Right hybrid electric motor 9 is installed on right side inside composite heat transfer hybrid chamber 2，Left hybrid blade 12 is installed on described left hybrid electric motor 10，Right hybrid blade 11 is installed on right hybrid electric motor 9，The bottom of described composite heat transfer hybrid chamber 2 arranges composite fertilizer of composite fertilizer cylinder 5，Fixed installation composite fertilizer sieve plate 3 in composite fertilizer of composite fertilizer cylinder 5，Central authorities' fixed installation motor housing 4 of composite fertilizer's sieve plate 3，Described stirring motor 16 is in motor housing 4，Shaft 17 is in stirring motor 16，Stirring vane 18 is on shaft 17，Left side of the described left conveying axis 13 inside composite fertilizer of composite fertilizer cylinder 5，The left end of left conveying axis 13 is in left conveying motor 14，Right side of the described right conveying axis 19 inside composite fertilizer of composite fertilizer cylinder 5，The right-hand member of right conveying axis 19 is in right conveying motor 20.
Specifically, composite fertilizer's conveying blade 15 is installed on described left conveying axis 13 and right conveying axis 19, the bottom of described composite fertilizer of composite fertilizer cylinder 5 arranges composite fertilizer's mouth 21, composite fertilizer's baffle plate 22 is installed on composite fertilizer's mouth 21, described composite fertilizer's sieve plate 3 is the steel plate for processing mesh, it is integrative-structure that described composite heat transfer hybrid chamber 2, composite fertilizer material enters cylinder 1 and composite fertilizer of composite fertilizer cylinder 5, and described motor housing 4 is made of plastic plate.
General principle and principal character and the advantages of the present invention of the present invention has been shown and described above.It should be understood by those skilled in the art that; the present invention is not restricted to the described embodiments; merely illustrating the principles of the invention described in above-described embodiment and specification; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements are both fallen within scope of the claimed invention.The claimed scope of the invention is by appending claims and its equivalent thereof.
Claims (5)
1. in a kind of agricultural production, multi-stage hybrid composite heat transfer is mechanical, it is characterised in that：Structure includes：Composite fertilizer material enters cylinder、Composite heat transfer hybrid chamber、Composite fertilizer's sieve plate、Motor housing、Composite fertilizer of composite fertilizer cylinder、Enter composite fertilizer's conveying axis、Conveying motor、Enter composite fertilizer's conveying blade、Right hybrid electric motor、Left hybrid electric motor、Right hybrid blade、Left hybrid blade、Left conveying axis、Left conveying motor、Composite fertilizer's conveying blade、Stirring motor、Shaft、Stirring vane、Right conveying axis、Right conveying motor、Composite fertilizer's mouth、Composite fertilizer's baffle plate，The top of described composite heat transfer hybrid chamber arranges composite fertilizer material and enters cylinder，Composite fertilizer material enters in cylinder to be installed into composite fertilizer's conveying axis，The left end for entering composite fertilizer's conveying axis installs conveying motor，Enter and on composite fertilizer's conveying axis, be installed into composite fertilizer's conveying blade，Left hybrid electric motor is installed in left side inside described composite heat transfer hybrid chamber，Right hybrid electric motor is installed on right side inside composite heat transfer hybrid chamber，Left hybrid blade is installed on described left hybrid electric motor，Right hybrid blade is installed on right hybrid electric motor，The bottom of described composite heat transfer hybrid chamber arranges composite fertilizer of composite fertilizer cylinder，Fixed installation composite fertilizer sieve plate in composite fertilizer of composite fertilizer cylinder，Central authorities' fixed installation motor housing of composite fertilizer's sieve plate，Described stirring motor is in motor housing，Shaft is in stirring motor，Stirring vane is on shaft.
2. in a kind of agricultural production according to claim 1, multi-stage hybrid composite heat transfer is mechanical, it is characterised in that：Left side of the described left conveying axis inside composite fertilizer of composite fertilizer cylinder, the left end of left conveying axis is in left conveying motor.
3. in a kind of agricultural production according to claim 1, multi-stage hybrid composite heat transfer is mechanical, it is characterised in that：Right side of the described right conveying axis inside composite fertilizer of composite fertilizer cylinder, the right-hand member of right conveying axis is in right conveying motor.
4. in a kind of agricultural production according to claim 1, multi-stage hybrid composite heat transfer is mechanical, it is characterised in that：Composite fertilizer's conveying blade is installed on described left conveying axis and right conveying axis, and the bottom of described composite fertilizer of composite fertilizer cylinder arranges composite fertilizer's mouth, and composite fertilizer's baffle plate is installed on composite fertilizer's mouth.
5. in a kind of agricultural production according to claim 1, multi-stage hybrid composite heat transfer is mechanical, it is characterised in that：Described composite fertilizer's sieve plate is the steel plate for processing mesh, and described composite heat transfer hybrid chamber, composite fertilizer material enters cylinder and composite fertilizer of composite fertilizer cylinder is integrative-structure, and described motor housing is made of plastic plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510547334.5A CN106474955A (en) | 2015-08-31 | 2015-08-31 | Multi-stage hybrid composite heat transfer machinery in a kind of agricultural production |
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| CN201510547334.5A CN106474955A (en) | 2015-08-31 | 2015-08-31 | Multi-stage hybrid composite heat transfer machinery in a kind of agricultural production |
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| CN106474955A true CN106474955A (en) | 2017-03-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107042078A (en) * | 2017-06-22 | 2017-08-15 | 刘俊 | A kind of material uniformly sows mechanism in container is sowed |
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- 2015-08-31 CN CN201510547334.5A patent/CN106474955A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107042078A (en) * | 2017-06-22 | 2017-08-15 | 刘俊 | A kind of material uniformly sows mechanism in container is sowed |
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Application publication date: 20170308 |