Agricultural whole industry chain operation management system

Abstract

The invention discloses an agricultural whole industrial chain operation management system comprising an operation management platform which is supervised and managed by a Chinese agricultural and agricultural service agricultural socialization service and reports to the same. The system further comprises a planting module used for forming a planting combined platform, a breeding module used for forming a breeding combined platform, a service module used for forming a service combined platform and a treatment module used for forming an environment treatment platform, and the planting module, the breeding module, the service module and the treatment module all adopt a multi-enterprise combined cycle system. The beneficial effects of the invention are that an agricultural whole industry chain operation mode is created through the management system, and production management can be carried out on all levels of agricultural industries, so that all links involved in the agricultural production process are managed and operated as a whole, four-level logistics transportation is established, agricultural products can be scheduled and operated according to purchase demands, and the management efficiency is improved. Therefore, the food safety problem is solved, a socialized service employment platform is constructed, and the social employment problem can be solved.

Description

Technical Field

[0001] This invention relates to the field of agricultural operation management technology, and in particular to an agricultural whole-industry chain operation management system. Background Technology

[0002] With the rapid development of information technology, the modern world has entered the information society. Farmers' lives, production, and management, as well as agricultural supervision and services, are increasingly inseparable from information technology. Traditional agricultural production methods can no longer meet the needs of further development. Further agricultural development will mainly rely on the application of new technologies and the introduction of new service models. The widespread application of information technology in agriculture can not only improve agricultural management capabilities and the efficiency of government supervision and services, but also enable new technologies to exert their integrated effects, which will help create new core competitiveness in agriculture.

[0003] To promote agricultural productivity and better adapt to changes in production relations, it is essential to construct a new agricultural management system. The new agricultural management system proposed by the central government has four main characteristics: intensification, specialization, organization, and socialization. This represents an enrichment and development of the basic agricultural management system at both the "unified" and "decentralized" levels. Adhering to this basic system requires adapting to the needs of modern agricultural development and achieving "two transformations": At the "decentralized" level, family farming is shifting towards adopting advanced technologies and production methods, increasing inputs of production factors such as technology and capital, and focusing on improving intensification and specialization; at the "unified" level, unified management is shifting towards developing farmer associations and cooperation, forming a diversified, multi-level, and multi-form management and service system, developing the collective economy, enhancing the service functions of collective organizations, cultivating new types of farmer cooperatives, developing various agricultural socialized service organizations, and encouraging leading enterprises to establish close-knit interest-linking mechanisms with farmers, focusing on improving the degree of organization and socialization. To establish a new agricultural management system, we must, on the basis of the basic rural management system and guided by the requirements of agricultural modernization, form various agricultural product production, processing, sales and productive service entities and their systems to comprehensively address the market demands of enterprises and rural consumers.

[0004] Chinese invention patent application number 202010694404.0 discloses an ecological circular agriculture whole-industry chain management system and method. The ecological circular agriculture whole-industry chain management system includes: a data acquisition module for acquiring crop parameters, geographical location, soil, and meteorological data of agricultural production and management entities; an operation data module providing operation data to agricultural production and management entities based on standard data and the crop parameters, geographical location, soil, and meteorological data of agricultural production and management entities; a service module providing services to agricultural production and management entities based on the crop parameters, geographical location, soil, and meteorological data of agricultural production and management entities; and a quality management module generating and storing operation data, quality control data, and quality control data of agricultural production and management entities based on the crop parameters, geographical location, soil, and meteorological data of agricultural production and management entities and the service data provided by the service module. However, this ecological circular agriculture whole-industry chain management system can only manage production at the primary agricultural level and cannot build a socialized service employment platform. Its management system cannot create an operational model covering the entire agricultural industry chain and cannot coordinate and manage the various links involved in the agricultural production process. Summary of the Invention

[0005] The purpose of this invention is to provide an agricultural whole-industry chain operation and management system.

[0006] To achieve the above objectives, the technical solution proposed by this invention is as follows: An agricultural whole-industry chain operation and management system includes an operation and management platform, which is supervised and managed by Zhongnong Nongfu Agricultural Socialized Service and reports to it. It also includes a planting module for forming a planting joint platform, a breeding module for forming a breeding joint platform, a service module for forming a service joint platform, and a governance module for forming an environmental governance platform. The planting module, breeding module, service module, and governance module all adopt a multi-enterprise joint circulation system.

[0007] The planting module includes the green planting end belonging to the primary industry, the planting supporting service end belonging to the primary industry, and the production and processing end belonging to the secondary industry. The green planting end, the planting supporting service end, and the production and processing end together constitute an ecological planting multi-enterprise joint circulation system.

[0008] The green planting end consists of crop planting units, grain planting units, and agricultural machinery service units. The planting support service end consists of technology service units and inspection and testing units. The production and processing end consists of grain processing units and food research and development units, with existing farmers' markets serving as primary storage facilities.

[0009] The breeding module includes the ecological breeding end, which belongs to the breeding process; the ecological slaughtering end, which belongs to the slaughtering process; and the segmented storage end, which belongs to the segmented storage process. The ecological breeding end, the ecological slaughtering end, and the segmented storage end together constitute a multi-enterprise joint circulation system for ecological breeding.

[0010] The ecological farming end consists of a biological feed processing unit and an ecological farming unit; the ecological slaughtering end consists of a live poultry and livestock transportation unit and an ecological slaughtering unit; and the processing and storage end consists of a meat processing unit and a cold chain storage unit for meat products.

[0011] The service modules include warehousing and logistics operations, which belong to the tertiary industry, and community services, which also belong to the tertiary industry. Together, these three sectors constitute a multi-enterprise joint circulation system for the tertiary industry service platform.

[0012] The warehousing and logistics operation end consists of warehousing service units, logistics service units, and agricultural product operation units, while the community service end consists of community service units, community restaurant units, and cultural dissemination units.

[0013] The governance module includes an environmental consulting unit, a rural environment unit, and an environmental protection unit. Together, these three units constitute a multi-enterprise joint circulation system for environmental governance.

[0014] It also includes a vocational training module with a standardized training system for the entire agricultural industry chain. The vocational training module consists of the municipal agricultural science academy and the human resources and enrollment office. The vocational training module is used to provide talent output for the operation and management platform.

[0015] The technology service unit is used to build a standardized agricultural planting service platform to provide supporting services for primary grain planting and facility vegetable planting, in conjunction with the inspection and testing unit, thereby exporting green agricultural products to primary storage facilities.

[0016] The beneficial effects of this invention are: This management system enables the creation of a full-chain agricultural operation model, allowing for production management at all levels of the agricultural industry. It facilitates the overall management and operation of all aspects of agricultural production, establishes a four-tiered logistics transportation system, and can schedule and operate agricultural products according to procurement needs, thereby addressing food safety issues. Simultaneously, it constructs a socialized service and employment platform to address social employment issues. Attached Figure Description

[0017] Figure 1 This is a schematic diagram of the overall structure of Embodiment 1 of the present invention; Figure 2 This is a flowchart of the method for establishing a warehousing service platform according to Embodiment 2 of the present invention; Figure 3This is a flowchart of the operation mode of the agricultural whole industry chain operation management system according to Embodiment 3 of the present invention; Figure 4 This is a flowchart of the logistics service transportation process according to Embodiment 3 of the present invention; Figure 5 This is a schematic diagram of the working principle of an agricultural product management company according to Embodiment 3 of the present invention. Detailed Implementation

[0018] The present invention will now be described in further detail with reference to the accompanying drawings. Example 1: An agricultural full-chain operation and management system includes an operation and management platform, which is supervised and managed by Zhongnong Nongfu Agricultural Socialized Service and reports to it. It also includes a planting module for forming a planting alliance platform, a breeding module for forming a breeding alliance platform, a service module for forming a service alliance platform, and a governance module for forming an environmental governance platform. The planting, breeding, service, and governance modules all adopt a multi-enterprise joint circulation system. A schematic diagram of the overall structure of Embodiment 1 of this invention is shown below. Figure 1 As shown.

[0019] The planting module includes the green planting end (part of the primary industry), the planting support service end (part of the primary industry), and the production and processing end (part of the secondary industry). The green planting end, planting support service end, and production and processing end together constitute an ecological planting multi-enterprise joint circular system. The green planting end consists of crop planting units, grain planting units, and agricultural machinery service units. The planting support service end consists of technology service units and inspection and testing units. The production and processing end consists of grain processing units and food research and development units. The existing agricultural trade market serves as the primary storage. Among them, the crop planting unit is used for the facility agriculture shared service platform, the grain planting unit is used to construct "one village, one product" and rural vegetable gardens, that is, each village has corresponding characteristic agricultural products to facilitate brand building in the later stage, thereby increasing the value of agricultural products, and the agricultural machinery service unit is used to provide agricultural machinery trusteeship planting services.

[0020] The technology service unit is used to build a standardized agricultural planting service platform to provide supporting services for primary grain planting and facility vegetable planting, in conjunction with the inspection and testing unit, thereby providing green agricultural products to primary warehouses. The inspection and testing unit is used to establish township service stations, thus serving as a third-party inspection and testing institution for the entire agricultural industry chain.

[0021] The grain processing unit is used to process grains and distribute them throughout the entire industry chain, while the food research and development unit is used to process cooked food, thereby establishing a central kitchen in the primary warehouse to meet the needs of cooked food sales in subsequent stages.

[0022] The breeding module includes an ecological breeding end (part of the breeding process), an ecological slaughtering end (part of the slaughtering process), and a segmentation and storage end (part of the segmentation and storage process). Together, these three segments constitute a multi-enterprise joint circular system for ecological breeding. The ecological breeding end consists of a biological feed processing unit and an ecological breeding unit. The ecological slaughtering end consists of a live poultry and livestock transportation unit and an ecological slaughtering unit. The segmentation and storage end consists of a meat segmentation unit and a cold chain storage unit for meat products. The ecological breeding end is used to realize ecological breeding, the ecological slaughtering end is used to realize ecological slaughtering, the segmentation and storage end is used to realize meat segmentation and cold chain storage, and the cold chain storage unit for meat products is used to meet market sales demand.

[0023] The service modules include warehousing and logistics operations (part of the tertiary industry) and community services (also part of the tertiary industry). Together, these three components form a multi-enterprise collaborative circulation system for the tertiary industry service platform. The warehousing and logistics operations consist of warehousing service units, logistics service units, and agricultural product management units. The community services consist of community service units, community restaurant units, and cultural dissemination units. Specifically, the warehousing service units provide warehousing services for primary and street-level farmers' markets; the agricultural product management units unify channels and brands to operate green agricultural products and processed products; the community service units build community housekeeping and elderly care service platforms; the community restaurant units build community restaurants; and the cultural dissemination units promote community waste sorting and other cultural knowledge related to the community.

[0024] The warehousing and logistics operations are used to establish a four-tiered logistics transportation system, thereby supplying green agricultural products to the community service providers based on their procurement needs.

[0025] The governance module includes an environmental consulting unit, a rural environmental unit, and an environmental protection unit. Together, these three units form a multi-enterprise joint circular system for environmental governance. The rural environmental unit is used to establish urban and rural environmental service teams, while the environmental protection unit is used to provide organic fertilizer to the upstream.

[0026] It also includes a vocational training module with a standardized training system for the entire agricultural industry chain. The vocational training module consists of the municipal agricultural science academy and the human resources and enrollment office. The vocational training module is used to provide talent output for the operation and management platform. The municipal agricultural science academy is used to provide technical support for the vocational training module, and the human resources and enrollment office is used to recruit students for the vocational training module.

[0027] This initiative, jointly built by the government, district and county supply and marketing cooperatives, and an operation and management platform, establishes a socialized service employment platform, creates a full-industry chain operation model for agriculture, and organizes township youth, veterans, and recent graduates to select corresponding vocational and technical schools for recruitment, training, and employment.

[0028] In this technical solution, the agricultural socialized services provided by Zhongnong Nongfu are mainly organized and implemented by supply and marketing cooperatives.

[0029] In this technical solution, each unit is implemented in the form of a company, cooperative, or organization during actual operation, as follows: Crop planting unit is a professional crop planting cooperative; grain planting unit is a grain planting family farm; agricultural machinery service unit is an agricultural machinery service cooperative; technology service unit is a technology company; inspection and testing unit is an inspection and testing service station; grain processing unit is a grain processing company; food research and development unit is a food research and development company; biological feed processing unit is a biological feed processing company; ecological breeding unit is an ecological breeding cooperative; live poultry and livestock transportation unit is a live poultry and livestock transportation company; ecological slaughtering unit is an ecological slaughtering company; meat cutting unit is a meat cutting service company; meat product cold chain storage unit is meat product cold chain storage; storage service unit is a storage service company; logistics service unit is a logistics service company; agricultural product operation unit is an agricultural product operation company; community service unit is a community service company; community restaurant unit is a community restaurant; cultural dissemination unit is a cultural dissemination company; environmental consulting unit is an environmental consulting service company; rural environment unit is a rural environment company; environmental protection unit is an environmental protection technology development company; and the vocational training module is a vocational training school.

[0030] Example 2: A method for establishing a warehousing service platform includes the following steps: a. Primary industry grain planting: Establish agricultural input supply and storage service stations in county and district governments, establish agricultural machinery services to realize grain harvesting / grain trade, carry out secondary industry processing of grain, and carry out logistics transportation of processed grain, thereby providing green agricultural products for primary storage; b. Link local logistics: Agricultural material supply and storage service stations supply and distribute to various townships to achieve the goal of planting on the land of each village. At the same time, straw processing is established in each village to increase the crushing efforts, and composting cooperatives are established to produce organic fertilizer products through composting. c. Facility vegetable cultivation: Township testing service stations under the supervision of the local government issue testing reports to ensure the supply of production materials before and during production and the plant protection services for farmers. The supply of production materials before and during production and the plant protection services for farmers provide technical support for vegetable planting cooperatives. The grown vegetables are transported by logistics to provide green agricultural products for primary warehouses.

[0031] The flowchart of the method for establishing a warehousing service platform in Embodiment 2 of the present invention is as follows: Figure 2 As shown.

[0032] Among them, agricultural input supply and storage service stations are used to meet the needs of local farmers for pre-production seeds, fertilizers, pesticides, agricultural machinery, agricultural films, soil remediation, and comprehensive plant protection services.

[0033] The technology company manages and provides feedback information via mobile phones during the supply chain and delivery process to various townships.

[0034] The supply of production materials before and during production is provided by township agricultural machinery service stations and township production service departments. Township agricultural machinery service stations are used to meet the needs of applying organic fertilizer and tilling the land, while township production service departments are used to meet the needs of chemical fertilizers and seeds.

[0035] Among them, the farmer plant protection service is provided by plant protection service stations and farmer service stations. Plant protection service stations are used to provide pre-production, production and post-production services, while farmer service stations are used to organize farmers for employment.

[0036] Among them, the waste generated by the vegetable planting cooperative during the agricultural production process can be used in the composting process of the composting cooperative, and the organic fertilizer products produced by composting can be used in the vegetable planting process of the vegetable planting cooperative.

[0037] Example 3: An operational model for an agricultural whole-industry chain operation and management system includes the following steps: A. Establish an information management system: Green planting services will be jointly provided by the China National Agricultural Service and Operation Management Platform, thereby providing green agricultural products for primary warehousing; B. Conduct ecological slaughtering and meat processing, and store meat products in cold chain warehouses; C. Establish a four-tier logistics system to provide logistics services for the transportation of green agricultural products and meat products; D. Establish agricultural product management companies and cooked food processing companies to provide green agricultural product services and allocate agricultural products, while realizing the processing of pasta and meat. E. Vocational training schools provide training in the vocational skills involved in all aspects of the agricultural industry chain in order to produce talent.

[0038] The operation mode flowchart of the agricultural whole industry chain operation management system of Embodiment 3 of the present invention is as follows: Figure 3 As shown.

[0039] Green planting services include vegetable planting and grain planting.

[0040] Among them, agricultural product management companies are used for scheduling and operation of primary warehousing and ecological slaughtering.

[0041] In this four-tiered logistics system, the first tier is inter-provincial logistics, such as vegetable transportation; the second tier is local logistics, such as the distribution of green agricultural products from primary warehouses to the street market where the agricultural product company is located; the third tier is the distribution from the fields to the primary market; and the fourth tier is the distribution from the street market where the agricultural product company is located to community supermarkets and restaurants. The logistics service transportation flowchart in Embodiment 3 of this invention is shown below. Figure 4 As shown.

[0042] The agricultural product management company is established in the street market, enabling it to collect and aggregate supply and demand procurement information and coordinate operations. This company collects community demand information, aggregates it to issue dispatch orders to warehouses, and distributes green agricultural products to communities based on the aggregated information. The working principle diagram of the agricultural product management company in Embodiment 3 of this invention is shown below. Figure 5 As shown.

[0043] Working principle: This initiative aims to create a comprehensive agricultural industry chain operation model to manage production at all levels of the agricultural sector. Simultaneously, it establishes a socialized service and employment platform to address social employment issues. This aligns with the government's current rural land reclamation policy, enabling unified management and operation of reclaimed land across all stages of agricultural production. This improves the utilization rate of agricultural resources and the conversion rate of economic benefits, ensuring food safety while solving employment problems. Furthermore, the establishment of a four-tiered logistics transportation system allows for the dispatch and operation of agricultural products based on procurement needs, thereby distributing green agricultural products to urban communities, supply and marketing cooperatives, and supermarkets, thus resolving food safety concerns.

[0044] The beneficial effects of this invention are that it creates an agricultural whole-industry chain operation model through this management system, which can manage the production of agricultural industries at all levels, thereby coordinating and operating all aspects involved in the agricultural production process, establishing a four-level logistics transportation system, and scheduling agricultural products according to procurement needs, thereby solving food safety issues. At the same time, it builds a socialized service employment platform, which can solve social employment issues.

[0045] The foregoing has provided a detailed description of one embodiment of the present invention, but this description is merely a preferred embodiment and should not be construed as limiting the scope of the invention. All equivalent variations and modifications made within the scope of the claims of this invention should still fall within the patent coverage of this invention.

Claims

1. An agricultural whole-industry chain operation and management system, comprising an operation and management platform, wherein the operation and management platform is supervised and managed by Zhongnongnongfu Agricultural Socialized Service and reports to it, characterized in that, It also includes a planting module for forming a planting joint platform, a breeding module for forming a breeding joint platform, a service module for forming a service joint platform, and a governance module for forming an environmental governance platform. The planting module, breeding module, service module, and governance module all adopt a multi-enterprise joint circulation system.

2. The agricultural whole-industry chain operation and management system as described in claim 1, characterized in that, The planting module includes the green planting end belonging to the primary industry, the planting supporting service end belonging to the primary industry, and the production and processing end belonging to the secondary industry. The green planting end, the planting supporting service end, and the production and processing end together constitute an ecological planting multi-enterprise joint circulation system.

3. The agricultural whole-industry chain operation management system as described in claim 2, characterized in that, The green planting end consists of crop planting units, grain planting units, and agricultural machinery service units. The planting support service end consists of technology service units and inspection and testing units. The production and processing end consists of grain processing units and food research and development units, with existing farmers' markets serving as primary storage facilities.

4. The agricultural whole-industry chain operation and management system as described in claim 3, characterized in that, The breeding module includes the ecological breeding end, which belongs to the breeding process; the ecological slaughtering end, which belongs to the slaughtering process; and the segmented storage end, which belongs to the segmented storage process. The ecological breeding end, the ecological slaughtering end, and the segmented storage end together constitute a multi-enterprise joint circulation system for ecological breeding.

5. The agricultural whole-industry chain operation and management system as described in claim 4, characterized in that, The ecological farming end consists of a biological feed processing unit and an ecological farming unit; the ecological slaughtering end consists of a live poultry and livestock transportation unit and an ecological slaughtering unit; and the processing and storage end consists of a meat processing unit and a cold chain storage unit for meat products.

6. The agricultural whole-industry chain operation and management system as described in claim 5, characterized in that, The service modules include warehousing and logistics operations, which belong to the tertiary industry, and community services, which also belong to the tertiary industry. Together, these three sectors constitute a multi-enterprise joint circulation system for the tertiary industry service platform.

7. The agricultural whole-industry chain operation and management system as described in claim 6, characterized in that, The warehousing and logistics operation end consists of warehousing service units, logistics service units, and agricultural product operation units, while the community service end consists of community service units, community restaurant units, and cultural dissemination units.

8. The agricultural whole-industry chain operation and management system as described in claim 7, characterized in that, The governance module includes an environmental consulting unit, a rural environment unit, and an environmental protection unit. Together, these three units constitute a multi-enterprise joint circulation system for environmental governance.

9. The agricultural whole-industry chain operation and management system as described in claim 1, characterized in that, It also includes a vocational training module with a standardized training system for the entire agricultural industry chain. The vocational training module consists of the municipal agricultural science academy and the human resources and enrollment office. The vocational training module is used to provide talent output for the operation and management platform.

10. The agricultural whole-industry chain operation and management system as described in claim 3, characterized in that, The technology service unit is used to build a standardized agricultural planting service platform to provide supporting services for primary grain planting and facility vegetable planting, in conjunction with the inspection and testing unit, thereby exporting green agricultural products to primary storage facilities.

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