Loyihalar - q/x mexanizatsiyalash ITI

Projects /

WORK PLAN
to be implemented by the Agricultural Mechanization Research Institute in 2022

1. Development of a device that creates a soft layer on the surface of the field for a comprehensive chisel-cultivator:

Development of structural and connection schemes of the device with the chisel-cultivator.

Carrying out studies on the justification of the parameters of the device.

Preparation and testing of prototypes of the device.

Expected results:

Constructive and connection schemes of the device that creates a soft layer on the surface of the field to a comprehensive chisel-cultivator are developed, parameters are based, experimental copies are prepared and tests are carried out.

Responsible executive: A. Tokhtakoziev, head of the laboratory "Soil cultivation and planting machines"

2. Preparation of documentation for the creation of an improved experimental copy of a small self-propelled chassis:

Conducting analysis of self-propelled chassis and modular power vehicle constructions.

Conducting analysis of self-propelled chassis and aggregated machines with modular power tools.

Development of "Technical order" and "Design-design documents" for the preparation of an improved experimental copy of self-propelled chassis.

Expected results:

"Technical assignment" and "Design-design document" will be developed for the preparation of an improved experimental copy of a small self-propelled chassis.

Responsible executor: B. Kambarov, head of the "Mobile Energy Tools" laboratory

3. Development of an automatic control system for drip irrigation systems in intensive horticulture and viticulture:

Development of methods of automatic management of drip irrigation systems (taking into account soil moisture).

Conducting studies on the justification of the sequence of technological processes.

Preparation and testing of experimental copies.

Expected results:

Automatic control of soil moisture and irrigation system of drip irrigation systems in horticulture and viticulture is based, experimental copies are prepared, tested and handed over to farms for use.

Responsible executive: Head of the "Software control and mechatronics" laboratory B.A. Khalikov

4. Development of an energy-resource-efficient combined machine that mixes, grinds and distributes coarse feed for livestock farms:

Development of the structural scheme of the combined machine.

Carrying out studies on the basis of the parameters of the combined machine.

Preparation and testing of an experimental copy of the combined machine.

Expected results:

The construction scheme of the combined machine that mixes, grinds and distributes coarse feed to animals is developed, its parameters are based, and an experimental copy is prepared and tested, and the results are put into use.

Responsible executor: Head of the "Mechanization of Livestock" laboratory B. Gaybullaev

5. Creation of a constructive scheme of a vertical spindle picking device that ensures an increase in the speed of movement of the cotton picking machine:

A constructive scheme of the harvesting apparatus is developed, which ensures harvesting of the cotton crop with machines at a high working speed.

Conducting studies on the justification of the parameters of the harvesting apparatus.

Preparation and testing of an experimental copy of the harvesting apparatus.

Expected results:

The construction scheme of the harvester with 2-3 times higher productivity is developed and its parameters are based. Normative and technical documents for the harvesting apparatus are developed and an experimental copy is created and tests areconducted. Uzbek patents are obtained for new technical solutions.

Responsible executor: S.Usarov, head of the laboratory "Harvesting machines".

6. Basing the contents of the machinery and repair service base for grain clusters:

Development of theoretical-methodological principles and normative methods of determining the rational composition of the machine-tractor park of grain-growing clusters, researches on the basis of technical service and repair base of grain-growing
machines are carried out.

Expected results:

The theoretical-methodological principles and normative methods of determining the rational structure of the machine-tractor fleet of grain-growing clusters are developed, their main and territorial models are created according to land areas, the
composition and number of technical means required for grain cultivation are based, the main model includes TXK points for tractors and grain combines. organization, the composition of equipment and equipment is selected and its effectiveness is evaluated.

Responsible executive: B. Artikbaev, head of the laboratory "Machine-technological system and use of machine-tractor park"

7. Substantiating the rational content of the evaluation indicators of small agricultural machinery:

Studies are carried out to study and formulate the demands and proposals of small farms and land owners for small machinery, to develop an algorithm and mathematical model for determining the required number of small machinery, to develop a rational composition of small machinery evaluation indicators.

Expected results:

A general methodology for ranking the evaluation indicators for small equipment, given in the state standards for traditional ("large") equipment, will be created. The composition of the evaluation indicators of small agricultural machinery will be developed and the cost and duration of their state and field tests will be reduced by putting them into practice.

Responsible executive: M. Toshboltaev, deputy director for scientific affairs and innovations, B. Artikbaev, head of the laboratory "Machine-technological system and use of machine-tractor fleet"

8. Preparation of a pilot copy of an energy and resource-saving electric sorting device to improve the quality parameters, including germination, by sorting rice seeds:

Formalization of a scientific-practical project on the topic.

Participation with a project in the competition announced by the Ministry of Innovative Development.

Under the project awarded by the Ministry of Innovative Development, conducting research on the development of an energy and resource-efficient electric sorting device to improve quality indicators by sorting rice seeds.

Expected results:

In order to improve the quality indicators of rice seeds, including their fertility, the construction scheme of the energy and resource-saving electric sorting device is developed, its parameters are based, an experimental copy is prepared and tests are carried out.

Responsible executive: A. Rosaboev, head of the laboratory "Saving resources and automation of technological processes in agriculture"

9. Creation of a resource-efficient planter unit that processes paddy fields and accurately sows poly crop seeds:

Creation of a pilot copy of the aggregate, which is intended for precise planting of the seeds of rice crops by treating the surface of the paddy fields in one pass, and conducting laboratory-field tests.

Expected results:

In one pass, the unit will work on the surface of the paddy field with local manure, and due to the accurate sowing of polys seeds, costs will be saved, and the productivity of polys crops will increase by 15-20%.

Responsible executive: A. Karahanov, head of the "Mechanization of crop care and protection" laboratory

10. Creation of an experimental copy of a four-wheeled universal tractor, the transverse base of the wheels of which can be adjusted between cotton rows with a width of 60, 76 and 90 cm:

Writing a scientific project on the topic.

Participation with a project in the competition announced by the Ministry of Innovative Development.

Carrying out research on the creation of an experimental copy of a four-wheeled universal tractor within the framework of the project awarded by the Ministry of Innovative Development.

Expected results:

A scientific project on the topic will be formalized and submitted to a competition announced by the Ministry of Innovative Development.

Responsible executive: B. Kambarov, head of the "Mobile Energy Tools" laboratory

11. Creation of a construction of a roller grinder that reduces energy consumption and fuel consumption by 1.5-2.0 times:

Writing a scientific project on the topic.

Participation with a project in the competition announced by the Ministry of Innovative Development.

Carrying out research on the creation of a rolling mill-leveler structure as part of the project awarded by the Ministry of Innovative Development.

Expected results:

A scientific project on the topic will be formalized and submitted to a competition announced by the Ministry of Innovative Development.

Responsible executive: A. Tokhtakoziev, head of the laboratory "Soil cultivation and planting machines"

12. Development of a standard procedure for determining the rational types and numbers of equipment required for the cultivation of agricultural crops in the cotton-textile, grain, fruit-vegetable and rice-growing clusters, as well as the methodology for
establishing repair and maintenance facilities (workshops, service points):

Writing a scientific project on the topic.

Participation with a project in the competition announced by the Ministry of Innovative Development.

Within the framework of the project recognized as the winner by the Ministry of Innovative Development, conducting research on the normative procedure for determining the rational types and numbers of technical means required for the cultivation of agricultural crops, and the development of the methodology for the justification of repair and technical service facilities.

Expected results:

A scientific project on this topic will be formalized and submitted to a competition announced by the Ministry of Innovative Development.

Responsible executive: M. Toshboltaev, deputy director for scientific affairs and innovations

13. Creation of an experimental copy of Fermerbop universal root and fruit digger machine:

Development of the structural scheme and justification of the parameters of Fermerbop universal root and fruit digger machine.

Farmerbop developed normative and technical documents for universal root and fruit digger machine. Farmerbop developed normative and technical documents for universal root and fruit digger machine.

Conducting tests of Fermerbop universal root and fruit digger machine, determining its technical and economic indicators and developing recommendations for its use.

Expected results:

Construction scheme, regulatory and technical documents of Fermerbop universal root and fruit digger machine will be developed, experimental copy will be prepared and field tests will be conducted, technical and economic indicators will be determined and recommendations for its use will be developed. Based on the obtained results, articles are published in journals included in the SCOPUS database.

Responsible executive: Director's adviser on science and scientific activity D. Norchaev

14. Preparation of a comprehensive suspension leveler equipped with trail softeners and devices that create a soft soil layer on the field surface:

Development of the construction of a comprehensive suspended grinder-leveler equipped with track softeners and devices, preparation of an experimental copy, conducting field tests.

Expected results:

The construction of a comprehensive suspended grinder-leveler equipped with track softeners and devices is developed, a prototype is made and field tests are conducted.

Responsible executive: A. Tokhtakoziev, head of the laboratory "Soil cultivation and planting machines"

15. Introduction of a combined machine that sows seeds of cereals and oilseeds with minimal tillage in dry lands:

Development of construction documents of the combined machine, preparation and testing of an experimental copy, and development of recommendations for its use.

Expected results:

The use of a combined machine reduces the costs of farming in dry conditions by 1.5 times and ensures a high yield due to the quality sowing of seeds in optimal periods.

Responsible executive: S. Mominov, head of the laboratory "Mechanization of dry lands and desert pastures"

16. Development of a combined machine that applies organic fertilizers to pomegranate orchards in a designated place and works between the rows:

Development of construction documents, preparation of a pilot copy and testing of a combined machine that applies organic fertilizers to pomegranate orchards in a designated place and works between the rows.

Expected results:

The construction of a combined machine that applies organic fertilizers to pomegranate orchards in a specified place and works between the rows is developed, an experimental copy is made and field tests are conducted.

Responsible executive: Head of the laboratory "Mechanization of gardening and vegetable growing" Q. Imamkulov

17. Preparation of a machine for making granulated animal feed for livestock farms:

Development of the design of the machine for the preparation of granulated fodder for livestock farms, preparation of an experimental copy and conducting field tests.

Expected results:

The design of the machine for the preparation of granular fodder for livestock farms is developed, an experimental copy is made, and field tests are conducted.

Responsible executor: Head of the "Mechanization of Livestock" laboratory B. Gaybullaev

18. Development of a high-performance vertical spindle cotton picking device well adapted to technological maintenance:

Development of the structural scheme of the vertical spindle typer, which creates favorable conditions for technological maintenance of the typer, conducting research on the justification of its parameters, developing normative technical documents, preparing and testing a prototype.

Expected results:

The diameter of the spindle drums, the number of spindles, a newly embodied harvesting apparatus is created. Redistribution of cotton between spindle drums allows to increase the working speed of the cotton picking machine to 5.2...5.5 km/h. Harvesting equipment tests are conducted on farms, patents are obtained for technical solutions.

Responsible executor: S.Usarov, head of the laboratory "Harvesting machines".

19. Making an experimental copy of the unit for planting vegetable seeds in rows:

Development of the construction of the unit for planting vegetable seeds in rows, preparation of an experimental copy and conducting field tests.

Expected results:

In irrigated farming, an aggregate is developed, which forms a bunch in one pass and sows small seeds in rows at a depth of 1.5-2 cm, and its tests are carried out.

Responsible executive: A. Karahanov, head of the "Mechanization of crop care and protection" laboratory

20. Increasing the level and quality of training of highly qualified personnel in strict accordance with the regulations of the OAC:

Planned preparation of dissertation works. Dissertation work through all stages of approval. Dissertation defense.

Expected results:

At least 1 doctoral dissertation (DSc) will be defended. No less than 4 PhD dissertations are defended.

Responsible executive: P. Uteniyazov and scientific supervisors of doctoral students

21. Attracting international donors and grants from foreign organizations to the processes of development of new technical tools created at the institute:

Signing memorandums on establishing cooperation with foreign scientific institutions and organizations.

Involvement of international donors in the selection of announced projects in the field of agricultural mechanization.

Preparing to attract international donors to the competition of announced projects in the field of agricultural mechanization.

Expected results:

Grants from international and foreign organizations are involved in the production processes of competitive new equipment, new competitive equipment that is exportable and import substitute is created.