CN111429002A - Agricultural product logistics transportation management system and management method thereof - Google Patents

Agricultural product logistics transportation management system and management method thereof Download PDF

Info

Publication number
CN111429002A
CN111429002A CN202010209065.2A CN202010209065A CN111429002A CN 111429002 A CN111429002 A CN 111429002A CN 202010209065 A CN202010209065 A CN 202010209065A CN 111429002 A CN111429002 A CN 111429002A
Authority
CN
China
Prior art keywords
logistics
transportation
agricultural product
products
codes
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
CN202010209065.2A
Other languages
Chinese (zh)
Inventor
王国勇
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Anhui Huoji Tracking Supply Chain Management Co ltd
Original Assignee
Anhui Huoji Tracking Supply Chain Management Co ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Anhui Huoji Tracking Supply Chain Management Co ltd filed Critical Anhui Huoji Tracking Supply Chain Management Co ltd
Priority to CN202010209065.2A priority Critical patent/CN111429002A/en
Publication of CN111429002A publication Critical patent/CN111429002A/en
Withdrawn legal-status Critical Current

Links

Images

Classifications

    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00Administration; Management
    • G06Q10/06Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
    • G06Q10/063Operations research, analysis or management
    • G06Q10/0631Resource planning, allocation, distributing or scheduling for enterprises or organisations
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06KGRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • G06K17/0022Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
    • G06K17/0029Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement being specially adapted for wireless interrogation of grouped or bundled articles tagged with wireless record carriers
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00Administration; Management
    • G06Q10/08Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
    • G06Q10/083Shipping
    • G06Q10/0835Relationships between shipper or supplier and carriers
    • G06Q10/08355Routing methods
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/02Agriculture; Fishing; Mining

Landscapes

  • Engineering & Computer Science (AREA)
  • Business, Economics & Management (AREA)
  • Human Resources & Organizations (AREA)
  • Economics (AREA)
  • Theoretical Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Strategic Management (AREA)
  • Physics & Mathematics (AREA)
  • General Business, Economics & Management (AREA)
  • Entrepreneurship & Innovation (AREA)
  • Marketing (AREA)
  • Tourism & Hospitality (AREA)
  • Operations Research (AREA)
  • Quality & Reliability (AREA)
  • Development Economics (AREA)
  • Mining & Mineral Resources (AREA)
  • Agronomy & Crop Science (AREA)
  • Animal Husbandry (AREA)
  • Marine Sciences & Fisheries (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Primary Health Care (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • General Engineering & Computer Science (AREA)
  • Educational Administration (AREA)
  • Game Theory and Decision Science (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

The invention discloses an agricultural product logistics transportation management system and a management method thereof, wherein the agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID label setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, the quantity and the quality, greatly improves the agricultural product logistics transportation management efficiency, ensures the agricultural product logistics transportation safety, and improves the economic benefit of agricultural products.

Description

Agricultural product logistics transportation management system and management method thereof
Technical Field
The invention relates to the field of logistics, in particular to an agricultural product logistics transportation management system and a management method thereof.
Background
Today's Chinese agricultural market has been a long-term development of the world with the same attention, with support from all levels of governments and ongoing efforts of the same industry. Both hardware construction, investment and operation modes, social functions exerted by the hardware, economic benefits obtained by the hardware, and the like are attracted and accepted more and more in the world, and the hardware occupies a place in the agricultural batch market in the world.
Based on the understanding of modern logistics, modern agricultural product logistics can be defined as comprehensive industrial activities of integrated management and management of agricultural products, transportation, storage, processing, loading and unloading, packaging, circulation processing, distribution, information processing and the like by means of advanced computer network and information technology, integrated utilization of modern transportation and storage facilities and a large number of business information instructions. Different from industrial products, the agricultural product logistics have the characteristics of large quantity and variety of agricultural product logistics; due to various inherent biological properties of agricultural products, the agricultural products are difficult to transport, pack and store; agricultural products are usually low in price and large in size, and low-cost logistics operation is needed; the agricultural product production has the characteristics of seasonality and geographical dispersion, so that the operation risk of agricultural product logistics enterprises is increased to a certain extent; because agricultural products are generally living animal and plant products, the realization of green logistics is particularly required, and the agricultural products are ensured not to be polluted and not to deteriorate in the logistics process; agricultural product circulation is involved in guaranteeing and improving farmer income, so processing added value is an important content of agricultural product logistics.
Disclosure of Invention
The invention aims to provide an agricultural product logistics transportation management system and a management method thereof, and aims to solve the problem of agricultural product logistics management.
In order to solve the technical problems, the technical scheme of the invention is as follows:
an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID label setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A commodity circulation transportation management method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, a quality inspection point is arranged at a destination.
Wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; the organization and management requirements of the logistics transportation are standardized, and the logistics transportation of agricultural products is orderly and orderly carried out.
Wherein, S2 plans the agricultural product logistics channel, and its specific step is as follows:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a farmer professional cooperative through farmers or bases, and are collectively transported to processing enterprises by the cooperative.
The method comprises the following steps of S3 county domain integration and establishment of a dial-division center, wherein the specific steps are as follows:
s301, jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved;
s302, integrating logistics, allocating and transmitting the logistics; the agricultural product logistics transportation is integrated, and the agricultural product logistics transportation is carried out from the distribution center, so that the time efficiency of agricultural product transportation outside places is improved.
The S4 system automatically classifies and transports, and the specific steps are as follows:
s401, automatically matching products of the same type; the system automatically matches products of the same type of different enterprises or the same enterprise together, and distributes and transports according to the products;
s402, automatically matching products of the same destination; the system automatically distributes products from different businesses or the same business to the same destination and distributes the transportation according to the destination.
The S5 transportation tool is provided with an RFID tag, and the specific steps are as follows:
s501, embedding or attaching the carrier; the RFID tag is arranged on a transport means in an embedded or attached mode, the RFID consists of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, and the distance of the receiving distance is different according to different technologies;
s502, transmitting data to monitor a transportation route; the transportation route is transmitted to the system in real time in a data form, and the system plans a more reasonable transportation route and transportation suggestion for the logistics transportation through the real-time monitoring of the logistics transportation route.
Wherein, the destination of S6 sets a quality inspection point, which comprises the following steps:
s601, checking the type; checking the consistency degree of the types of the agricultural products conveyed by the logistics transportation and the required agricultural products;
s602, checking the quantity; checking the consistency degree of the quantity of the agricultural products delivered by the logistics transportation and the quantity of the purchased products;
s603, checking the quality; the damage degree of the agricultural products delivered by the logistics transportation and the deterioration degree of the agricultural products due to overlong transportation time are checked.
The S501 is embedded or attached to a transport vehicle, the RFID has great advantages for logistics transportation, and the RFID tag does not need a light source and can read data through an external material; the service life is long, and the device can work in severe environment; can be easily embedded or attached to products with different shapes and types; the reading distance is longer; data can be written and accessed, and bar codes are printed less compared with writing time; the content of the tag can be changed dynamically; the ability to process multiple tags simultaneously; the data access of the tag has password protection, so that the security is higher; the tracking and positioning of the object attached with the RFID label can be carried out.
In summary, due to the adoption of the technical scheme, the invention has the beneficial effects that:
1. the invention provides an agricultural product logistics transportation management system and a management method thereof, which cover basic material elements of an agricultural product logistics system, agricultural product logistics channels, a county integrated distribution center, automatic system classification, RFID label setting and target geological detection point setting; through a set of complete agricultural product logistics transportation management system and management method, the logistics transportation of agricultural products is standard and reasonable, the cost is saved, and the timeliness is improved.
2. The invention satisfies basic material elements of an agricultural product logistics system, constructs the agricultural product logistics system, and has logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management, wherein the basic material elements need to be satisfied; the logistics facilities are perfected, government perfection infrastructure construction comprises construction of rural highways, agricultural product transportation facilities, low-temperature logistics transportation facilities, production place precooling facilities, storage facilities and market circulation refrigeration facilities, mechanization, automation and computerization of agricultural product logistics operation are gradually realized, construction of matched hardware facilities such as agricultural product quality grading, cleaning, sterilizing, packaging and agricultural product fresh-keeping materials which are connected with market construction is established, region blockade is broken, green channels of agricultural product logistics are established, the construction of the infrastructure is accelerated, meanwhile, the rated capacity of a transportation tool is fully utilized, the time of empty driving and non-full driving of vehicles and ships is reduced, waste is reduced, and therefore rationalization of transportation is achieved; configuring logistics equipment, namely configuring the logistics equipment in place, transporting equipment, storing equipment, loading and unloading and carrying equipment, packaging equipment, circulating processing equipment and containerizing unitized equipment; preparing a logistics tool, preparing transportation tools for water, land, railway and aviation, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund; providing an information technology and a network, providing information technology support for logistics transportation, accurately receiving agricultural product requirements from the network, planning a road for the logistics transportation and realizing accurate distribution; standardize the organization and management, to the organization and the management requirement standardization of commodity circulation transportation, let agricultural product commodity circulation transportation orderly, orderly go on, satisfy that agricultural product logistics system basic material key element is the basic condition of agricultural product commodity circulation transportation, be favorable to better transportation.
3. The invention further relates to a method for planning the agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned; a farmer or a base, namely a transportation and sales major, transports the agricultural products to the transportation and sales major through a channel of the farmer or the base, wherein the channel of the transportation and sales major is an effective channel for integrating transportation and sales; peasant household-customer service, agricultural products are transported to customer service by peasant household; the customers and the merchants are a small channel of the agricultural product logistics; a farmer or a base-processing enterprise, wherein agricultural products are transported to the processing enterprise through the farmer or the base, and the processing enterprise has a large demand on the agricultural products and belongs to one of the main channels; peasant households or bases-specialized farmers of farmers who transport agricultural products to specialized farmers via the peasant households or bases, the specialized farmers being a channel for the concentration of agricultural products; a farmer or base-a specialized farmer cooperative-a processing enterprise, wherein agricultural products are transported to the specialized farmer cooperative via the farmer or base and are transported to the processing enterprise by the cooperative collectively; the effective logistics channel enables logistics transportation to be more convenient and reasonable.
4. The invention further integrates and establishes a sub-dial center in the county area; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution; jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved; logistics integration and distribution for outgoing; the agricultural product logistics transportation is integrated, and the agricultural product logistics transportation is carried out from the distribution center, so that the time efficiency of agricultural product transportation outside places is improved.
5. The invention further discloses that the system automatically classifies and transports; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination; firstly, products of the same type are automatically matched, the system automatically matches the products of the same type of different enterprises or the same enterprise together, and the products are distributed and transported according to the type of the products; and then products of the same destination are automatically matched, the system automatically distributes the products of different enterprises or the same enterprise to the same destination together, and the distribution transportation is carried out according to the destination, so that the time efficiency can be improved and the cost can be saved by the classified transportation.
6. The invention further provides the transportation tool with an RFID label, which is firstly embedded or attached on the transportation tool; the RFID tag is arranged on a transport means in an embedded or attached mode, the RFID consists of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, and the distance of the receiving distance is different according to different technologies; and then transmitting data to monitor the transportation route, transmitting the transportation route to the system in real time in a data form, and planning a more reasonable transportation route and transportation suggestion for the logistics transportation by the system through the real-time monitoring of the logistics transportation route.
7. The invention further sets a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations; firstly, checking the type, namely checking the consistency degree of the type of the agricultural products delivered by the logistics transportation and the required agricultural products; then checking the quantity, and checking the consistency degree of the quantity of the agricultural products delivered by the logistics transportation and the quantity of the purchased products; and finally, quality inspection is carried out, wherein the damage degree of the agricultural products conveyed by the logistics transportation and the rotten degree caused by overlong transportation time are inspected.
Drawings
FIG. 1 is a schematic flow chart of an agricultural product logistics transportation management system of the invention;
FIG. 2 is a schematic flow chart of the agricultural product logistics transportation management method of the invention;
FIG. 3 is a schematic diagram of a flow chart of elements satisfying the basic material requirements of an agricultural product logistics system in the invention;
FIG. 4 is a schematic diagram of a process for planning agricultural product logistics channels according to the present invention;
FIG. 5 is a schematic view of a flow of establishing a dial-division center by county and territory integration according to the present invention;
FIG. 6 is a schematic diagram of an automatic classification transportation process of the system of the present invention;
FIG. 7 is a schematic diagram of a process for installing RFID tags on a vehicle according to the present invention;
FIG. 8 is a flow chart illustrating a process of setting quality inspection points at a destination according to the present invention.
Detailed Description
The following further describes embodiments of the present invention with reference to the drawings. It should be noted that the description of the embodiments is provided to help understanding of the present invention, but the present invention is not limited thereto. In addition, the technical features involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.
In the first embodiment, referring to fig. 1-2, an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID tag setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A management method for agricultural product logistics transportation comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations;
wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; the organization and management requirements of the logistics transportation are standardized, and the logistics transportation of agricultural products is orderly and orderly carried out.
In the second embodiment, referring to fig. 1 to 3, an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID tag setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A commodity circulation transportation management method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations;
wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; standardizing the organization and management requirements of the logistics transportation, and leading the logistics transportation of agricultural products to be carried out orderly and orderly;
wherein, S2 plans the agricultural product logistics channel, and its specific step is as follows:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a farmer professional cooperative through farmers or bases, and are collectively transported to processing enterprises by the cooperative.
In the third embodiment, referring to fig. 1 to 4, an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID tag setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A commodity circulation transportation management method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations;
wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; standardizing the organization and management requirements of the logistics transportation, and leading the logistics transportation of agricultural products to be carried out orderly and orderly;
wherein, S2 plans the agricultural product logistics channel, and its specific step is as follows:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a specialized farmer cooperative of farmers through farmers or bases, and are transported to processing enterprises in a centralized way by the cooperative;
the method comprises the following steps of S3 county domain integration and establishment of a dial-division center, wherein the specific steps are as follows:
s301, jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved;
s302, integrating logistics, allocating and transmitting the logistics; the agricultural product logistics transportation is integrated, and the agricultural product logistics transportation is carried out from the distribution center, so that the time efficiency of agricultural product transportation outside places is improved.
In the fourth embodiment, referring to fig. 1 to 5, an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID tag setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A commodity circulation transportation management method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations;
wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; standardizing the organization and management requirements of the logistics transportation, and leading the logistics transportation of agricultural products to be carried out orderly and orderly;
wherein, S2 plans the agricultural product logistics channel, and its specific step is as follows:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a specialized farmer cooperative of farmers through farmers or bases, and are transported to processing enterprises in a centralized way by the cooperative;
the method comprises the following steps of S3 county domain integration and establishment of a dial-division center, wherein the specific steps are as follows:
s301, jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved;
s302, integrating logistics, allocating and transmitting the logistics; the logistics transportation of the agricultural products is integrated, and the agricultural products are sent out from a distribution center, so that the timeliness of the agricultural products in the transportation outside places is improved;
the S4 system automatically classifies and transports, and the specific steps are as follows:
s401, automatically matching products of the same type; the system automatically matches products of the same type of different enterprises or the same enterprise together, and distributes and transports according to the products;
s402, automatically matching products of the same destination; the system automatically distributes products from different businesses or the same business to the same destination and distributes the transportation according to the destination.
In the fifth embodiment, referring to fig. 1 to 6, an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID tag setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A commodity circulation transportation management method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations;
wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; standardizing the organization and management requirements of the logistics transportation, and leading the logistics transportation of agricultural products to be carried out orderly and orderly;
wherein, S2 plans the agricultural product logistics channel, and its specific step is as follows:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a specialized farmer cooperative of farmers through farmers or bases, and are transported to processing enterprises in a centralized way by the cooperative;
the method comprises the following steps of S3 county domain integration and establishment of a dial-division center, wherein the specific steps are as follows:
s301, jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved;
s302, integrating logistics, allocating and transmitting the logistics; the logistics transportation of the agricultural products is integrated, and the agricultural products are sent out from a distribution center, so that the timeliness of the agricultural products in the transportation outside places is improved;
the S4 system automatically classifies and transports, and the specific steps are as follows:
s401, automatically matching products of the same type; the system automatically matches products of the same type of different enterprises or the same enterprise together, and distributes and transports according to the products;
s402, automatically matching products of the same destination; the system automatically distributes products of different enterprises or the same enterprise to the same destination together, and distributes transportation according to the destination;
the S5 transportation tool is provided with an RFID tag, and the specific steps are as follows:
s501, embedding or attaching the carrier; the RFID tag is arranged on a transport means in an embedded or attached mode, the RFID consists of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, and the distance of the receiving distance is different according to different technologies;
s502, transmitting data to monitor a transportation route; the transportation route is transmitted to the system in real time in a data form, and the system plans a more reasonable transportation route and transportation suggestion for the logistics transportation through the real-time monitoring of the logistics transportation route.
In the sixth embodiment, referring to fig. 1 to 7, an agricultural product logistics transportation management system comprises a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID tag setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
A commodity circulation transportation management method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the expressages in counties, and then establishing a distribution center to realize efficient distribution;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination, so that the cost is reduced, and the timeliness is improved;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to know whether the whole logistics transportation process is insufficient, quality inspection points are arranged at destinations;
wherein, S1 satisfies the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, reduces the time of empty driving and non-full driving of vehicles and ships, reduces waste, thereby obtaining the rationalization of transportation;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product demands from a network, planning a road for the logistics transportation and realizing accurate distribution;
s105, performing standard organization and management; standardizing the organization and management requirements of the logistics transportation, and leading the logistics transportation of agricultural products to be carried out orderly and orderly;
wherein, S2 plans the agricultural product logistics channel, and its specific step is as follows:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a specialized farmer cooperative of farmers through farmers or bases, and are transported to processing enterprises in a centralized way by the cooperative;
the method comprises the following steps of S3 county domain integration and establishment of a dial-division center, wherein the specific steps are as follows:
s301, jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved;
s302, integrating logistics, allocating and transmitting the logistics; the logistics transportation of the agricultural products is integrated, and the agricultural products are sent out from a distribution center, so that the timeliness of the agricultural products in the transportation outside places is improved;
the S4 system automatically classifies and transports, and the specific steps are as follows:
s401, automatically matching products of the same type; the system automatically matches products of the same type of different enterprises or the same enterprise together, and distributes and transports according to the products;
s402, automatically matching products of the same destination; the system automatically distributes products of different enterprises or the same enterprise to the same destination together, and distributes transportation according to the destination;
the S5 transportation tool is provided with an RFID tag, and the specific steps are as follows:
s501, embedding or attaching the carrier; the RFID tag is arranged on a transport means in an embedded or attached mode, the RFID consists of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, and the distance of the receiving distance is different according to different technologies;
s502, transmitting data to monitor a transportation route; the transportation route is transmitted to the system in real time in a data form, and the system plans a more reasonable transportation route and transportation suggestion for the logistics transportation through the real-time monitoring of the logistics transportation route;
wherein, the destination of S6 sets a quality inspection point, which comprises the following steps:
s601, checking the type; checking the consistency degree of the types of the agricultural products conveyed by the logistics transportation and the required agricultural products;
s602, checking the quantity; checking the consistency degree of the quantity of the agricultural products delivered by the logistics transportation and the quantity of the purchased products;
s603, checking the quality; the damage degree of the agricultural products delivered by the logistics transportation and the deterioration degree of the agricultural products due to overlong transportation time are checked.
The working principle is as follows: the invention covers basic material elements of an agricultural product logistics system, agricultural product logistics channels, a distribution center for county and county integration, automatic system classification, RFID label setting and target geological detection point setting; through a set of complete agricultural product logistics transportation management system and management method, the logistics transportation of agricultural products is standard and reasonable, the cost is saved, and the timeliness is improved; the invention satisfies basic material elements of an agricultural product logistics system, constructs the agricultural product logistics system, and has logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management, wherein the basic material elements need to be satisfied; the logistics facilities are perfected, government perfection infrastructure construction comprises construction of rural highways, agricultural product transportation facilities, low-temperature logistics transportation facilities, production place precooling facilities, storage facilities and market circulation refrigeration facilities, mechanization, automation and computerization of agricultural product logistics operation are gradually realized, construction of matched hardware facilities such as agricultural product quality grading, cleaning, sterilizing, packaging and agricultural product fresh-keeping materials which are connected with market construction is established, region blockade is broken, green channels of agricultural product logistics are established, the construction of the infrastructure is accelerated, meanwhile, the rated capacity of a transportation tool is fully utilized, the time of empty driving and non-full driving of vehicles and ships is reduced, waste is reduced, and therefore rationalization of transportation is achieved; configuring logistics equipment, namely configuring the logistics equipment in place, transporting equipment, storing equipment, loading and unloading and carrying equipment, packaging equipment, circulating processing equipment and containerizing unitized equipment; preparing a logistics tool, preparing transportation tools for water, land, railway and aviation, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund; providing an information technology and a network, providing information technology support for logistics transportation, accurately receiving agricultural product requirements from the network, planning a road for the logistics transportation and realizing accurate distribution; standardize the organization and management, to the organization and the management requirement standardization of commodity circulation transportation, let agricultural product commodity circulation transportation orderly, orderly go on, satisfy that agricultural product logistics system basic material key element is the basic condition of agricultural product commodity circulation transportation, be favorable to better transportation.
The agricultural product logistics channel is further planned, and the agricultural product logistics channel needs to be reasonably planned to ensure the sale and transportation of the agricultural products; a farmer or a base, namely a transportation and sales major, transports the agricultural products to the transportation and sales major through a channel of the farmer or the base, wherein the channel of the transportation and sales major is an effective channel for integrating transportation and sales; peasant household-customer service, agricultural products are transported to customer service by peasant household; the customers and the merchants are a small channel of the agricultural product logistics; a farmer or a base-processing enterprise, wherein agricultural products are transported to the processing enterprise through the farmer or the base, and the processing enterprise has a large demand on the agricultural products and belongs to one of the main channels; peasant households or bases-specialized farmers of farmers who transport agricultural products to specialized farmers via the peasant households or bases, the specialized farmers being a channel for the concentration of agricultural products; a farmer or base-a specialized farmer cooperative-a processing enterprise, wherein agricultural products are transported to the specialized farmer cooperative via the farmer or base and are transported to the processing enterprise by the cooperative collectively; the effective logistics channel enables logistics transportation to be more convenient and reasonable.
According to the invention, a sub-distribution center is further established for county integration, express in county is integrated, and then the sub-distribution center is established to realize efficient distribution; jointly distributing town-level network points; the town-level network points are concentrated and then distributed together, so that the time cost is saved; logistics integration and distribution for outgoing; the logistics transportation of the agricultural products is integrated, and the agricultural products are sent out from a distribution center, so that the timeliness of the agricultural products in the transportation outside places is improved; the system further automatically classifies and transports, and automatically combines and distributes products of the same type of enterprises and products of different enterprises to the same destination; firstly, products of the same type are automatically matched, the system automatically matches the products of the same type of different enterprises or the same enterprise together, and the products are distributed and transported according to the type of the products; then products of the same destination are automatically matched, products of different enterprises or the same enterprise leading to the same destination are automatically distributed together by the system, and distribution transportation is carried out according to the destination, so that the time efficiency can be improved and the cost can be saved by the classification transportation; the invention further provides the transportation tool with an RFID label, which is firstly embedded or attached on the transportation tool; the RFID tag is arranged on a transport means in an embedded or attached mode, the RFID consists of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, and the distance of the receiving distance is different according to different technologies; and then transmitting data to monitor the transportation route, transmitting the transportation route to the system in real time in a data form, and planning a more reasonable transportation route and transportation suggestion for the logistics transportation by the system through the real-time monitoring of the logistics transportation route.
The destination is further provided with a quality inspection point, and in order to ensure the quality of agricultural products and know whether the whole logistics transportation process is insufficient, the destination is provided with the quality inspection point; firstly, checking the type, namely checking the consistency degree of the type of the agricultural products delivered by the logistics transportation and the required agricultural products; then checking the quantity, and checking the consistency degree of the quantity of the agricultural products delivered by the logistics transportation and the quantity of the purchased products; and finally, quality inspection is carried out, wherein the damage degree of the agricultural products conveyed by the logistics transportation and the rotten degree caused by overlong transportation time are inspected.
The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. It will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, and the scope of protection is still within the scope of the invention.

Claims (9)

1. An agricultural product logistics transportation management system is characterized by comprising a logistics channel unit, a distribution center unit, an automatic system classification unit, an RFID label setting unit and a destination quality inspection unit; the logistics channel unit refers to selling to a large transportation and marketing user, a client, a processing enterprise and a specialized farmer cooperative company by a farmer or a base; the RFID tag setting unit is used for embedding an RFID tag into a transport tool and monitoring a transport route; the destination quality inspection unit inspects the type, quantity and quality of the product.
2. A commodity circulation transportation management method is characterized in that: the method comprises the following steps:
s1, meeting basic material elements of an agricultural product logistics system; an agricultural product logistics system is constructed, basic material elements need to be met, and logistics facilities, logistics equipment, logistics tools, information technology, network, organization and management need to be provided;
s2, planning an agricultural product logistics channel; in order to ensure the sale and transportation of agricultural products, a logistics channel of the agricultural products needs to be reasonably planned;
s3, establishing a branch dial center by county domain integration; integrating the express delivery of counties and establishing a distribution center;
s4, automatically classifying and transporting by the system; the system automatically and respectively carries out combined distribution and transportation on products of the same type of enterprises and products of different enterprises leading to the same destination;
s5, setting an RFID label for the transport means; the RFID is composed of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, the distance of the receiving distance is different according to different technologies, real-time tracking and positioning can be realized, the service life is long, and the RFID can work in a severe environment;
s6, setting a quality inspection point at the destination; in order to ensure the quality of agricultural products and to understand the whole logistics transportation process, a quality inspection point is arranged at a destination.
3. The agricultural product logistics transportation management method of claim 2, wherein: the S1 meets the basic material elements of the agricultural product logistics system, and the specific steps are as follows:
s101, perfecting logistics facilities; the government perfects the construction of the infrastructure including the construction of country roads, agricultural product transportation facilities, low-temperature logistics transportation facilities, production area precooling facilities, storage facilities and market circulation refrigeration facilities, gradually realizes the mechanization, automation and computerization of agricultural product logistics operation, establishes the construction of supporting hardware facilities such as agricultural product quality grading, cleaning, disinfection, packaging and agricultural product fresh-keeping materials which are connected with the market construction, breaks the regional blockade, establishes a green channel of the agricultural product logistics, and fully utilizes the rated capacity of the transportation tool while accelerating the construction of the infrastructure, thereby reducing the time of empty driving and non-full driving of vehicles and ships;
s102, configuring logistics equipment; configuring logistics equipment in place, transporting equipment, storing equipment, loading, unloading and carrying equipment, packaging equipment, circulation processing equipment and containerization unitized equipment;
s103, preparing a logistics tool; preparing a waterway, land, railway and aviation transport tool, and preparing a clearance tool for agricultural products needing to be exported: world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund world customs, HS codes, MSDS hazardous articles codes, country codes, customs currency codes, customs classification codes, customs trade property codes, customs merchandise unit codes, customs data, state tax refund;
s104, providing an information technology and a network; providing information technical support for logistics transportation, accurately receiving agricultural product requirements from a network, and planning a road for the logistics transportation;
s105, performing standard organization and management; the organization and management requirements of the logistics transportation are standardized, and the logistics transportation of agricultural products is orderly and orderly carried out.
4. A method for agricultural product logistics transportation management as claimed in claim 3, wherein: the S2 planning agricultural product logistics channel comprises the following specific steps:
s201, farmers or bases-transportation and marketing major households; agricultural products are transported to a shipping and marketing user through a farmer or base channel, and the shipping and marketing user channel is an effective channel for integrating transportation and marketing;
s202, farmers-customers; transporting the agricultural products to customers via farmers; the customers and the merchants are a small channel of the agricultural product logistics;
s203, peasant household or base- -processing enterprise; agricultural products are transported to processing enterprises through farmers or bases, and the processing enterprises have large requirements on the agricultural products and belong to one of the main channels;
s204, farmer or base- -farmer professional cooperative; the agricultural products are transported to a farmer professional cooperative society through farmers or bases, and the farmer professional cooperative society is a channel for concentrating the agricultural products;
s205, farmers or bases, farmer professional cooperative, processing enterprises; agricultural products are transported to a farmer professional cooperative through farmers or bases, and are collectively transported to processing enterprises by the cooperative.
5. The agricultural product logistics transportation management method of claim 4, wherein: the step of S3 county domain integration for establishing the dial-division center comprises the following specific steps:
s301, jointly distributing town-level network points; centralizing the town-level network points, and then distributing together;
s302, integrating logistics, allocating and transmitting the logistics; the agricultural product logistics transportation is integrated, and the agricultural product logistics transportation is sent out from the distribution center and sent out.
6. The agricultural product logistics transportation management method of claim 5, wherein: the S4 system automatically classifies and transports, and the specific steps are as follows:
s401, automatically matching products of the same type; the system automatically matches products of the same type of different enterprises or the same enterprise together, and distributes and transports according to the products;
s402, automatically matching products of the same destination; the system automatically distributes products from different businesses or the same business to the same destination and distributes the transportation according to the destination.
7. The agricultural product logistics transportation management method of claim 6, wherein: the S5 transportation tool is provided with an RFID tag, and the specific steps are as follows:
s501, embedding or attaching the carrier; the RFID tag is arranged on a transport means in an embedded or attached mode, the RFID consists of a reader and a tag, data exchange can be carried out without physical contact through wireless transmission, the data exchange has no directional requirement, and the distance of the receiving distance is different according to different technologies;
s502, transmitting data to monitor a transportation route; the transportation route is transmitted to the system in real time in a data form, and the system plans a more reasonable transportation route and transportation suggestion for the logistics transportation through the real-time monitoring of the logistics transportation route.
8. The agricultural product logistics transportation management method of claim 7, wherein: the S6 destination is provided with a quality inspection point, which comprises the following steps:
s601, checking the type; checking the consistency degree of the types of the agricultural products conveyed by the logistics transportation and the required agricultural products;
s602, checking the quantity; checking the consistency degree of the quantity of the agricultural products delivered by the logistics transportation and the quantity of the purchased products;
s603, checking the quality; the damage degree of the agricultural products delivered by the logistics transportation and the deterioration degree of the agricultural products due to overlong transportation time are checked.
9. The agricultural product logistics transportation management method of claim 8, wherein the S501 is embedded in or attached to a transportation tool, RFID has great advantages for logistics transportation, RFID tag does not need light source, and can read data through external materials; the service life is long, and the device can work in severe environment; can be easily embedded or attached to products with different shapes and types; the reading distance is longer; data can be written and accessed, and bar codes are printed less compared with writing time; the content of the tag can be changed dynamically; the ability to process multiple tags simultaneously; the data access of the tag has password protection, so that the security is higher; the tracking and positioning of the object attached with the RFID label can be carried out.
CN202010209065.2A 2020-03-23 2020-03-23 Agricultural product logistics transportation management system and management method thereof Withdrawn CN111429002A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN202010209065.2A CN111429002A (en) 2020-03-23 2020-03-23 Agricultural product logistics transportation management system and management method thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN202010209065.2A CN111429002A (en) 2020-03-23 2020-03-23 Agricultural product logistics transportation management system and management method thereof

Publications (1)

Publication Number Publication Date
CN111429002A true CN111429002A (en) 2020-07-17

Family

ID=71549385

Family Applications (1)

Application Number Title Priority Date Filing Date
CN202010209065.2A Withdrawn CN111429002A (en) 2020-03-23 2020-03-23 Agricultural product logistics transportation management system and management method thereof

Country Status (1)

Country Link
CN (1) CN111429002A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113283809A (en) * 2021-06-29 2021-08-20 重庆交通大学 Logistics monitoring system for rural industry
CN114240461A (en) * 2021-12-21 2022-03-25 工品行(苏州)数字科技有限公司 Industrial product supply chain tracing system and method based on RFID

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113283809A (en) * 2021-06-29 2021-08-20 重庆交通大学 Logistics monitoring system for rural industry
CN113283809B (en) * 2021-06-29 2024-02-20 重庆交通大学 Logistics monitoring system for rural industry
CN114240461A (en) * 2021-12-21 2022-03-25 工品行(苏州)数字科技有限公司 Industrial product supply chain tracing system and method based on RFID
CN114240461B (en) * 2021-12-21 2023-10-13 工品行(苏州)数字科技有限公司 RFID-based industrial product supply chain tracing system and method

Similar Documents

Publication Publication Date Title
Deutsch et al. A parcel locker network as a solution to the logistics last mile problem
Leng et al. Research on agricultural products supply chain inspection system based on internet of things
EP1342191B1 (en) Logistics chain management system
CN111445190A (en) International logistics tracking system
CN102867245A (en) Comprehensive inventory management method for production materials
Lau et al. Effects of the ‘Belt and Road’initiative on the wine import logistics of China
CN111429002A (en) Agricultural product logistics transportation management system and management method thereof
Saripalle Determinants of profitability in the Indian logistics industry
KR20120100602A (en) Monitoring system of smart logistics network
CN113793106A (en) Foreign trade logistics processing system and method
Zadorozhnyi et al. INNOVATION MANAGEMENT AND AUTOMATED ACCOUNTING IN THE CHAOTIC STORAGE LOGISTICS.
Pokrovskaya et al. Modeling of a System for Organization of Traffic via a Terminal Network
Raja et al. Adoption of digital technology in global third-party logistics services providers: A review of literature
Tavasszy et al. Data availability and model form
Zare Mehrjerdi RFID‐enabled supply chain systems with computer simulation
Shamsuzzoha et al. Tracking and Tracing of Global Supply Chain Network: Case Study from a Finnish Company.
Vlachos Key performance indicators of the impact of radio frequency identification technologies on supply chain management
Zhuravleva Information technology and systems in transport supply chains
Kadłubek Transportation And Logistic Services In Poland
Kadir Development of Information and Communication Technology (ICT) in Container Terminal for Speed up Clearance Process.
Goncalves Pereira et al. TRANSPORT LOGISTICS, INTERNATIONAL COMMERCE AND EXPORT FLOWS IN THE NORTHERN REGION OF THE STATE OF MINAS GERAIS.
Michaelides et al. Optimisation of logistics operations using GPS technology solutions: a case study
Gil et al. Supply chain management in automotive international logistics: a scenario and its challenges
CN107730185A (en) One kind metering flow of material management system and its method
Stepanov et al. Development of Regional Systems of Freight Forwarding and Logistics Business

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
WW01 Invention patent application withdrawn after publication

Application publication date: 20200717

WW01 Invention patent application withdrawn after publication