Finished cigarette same-address industrial and commercial collaborative integrated supply chain process method and system

Abstract

The invention discloses a finished cigarette same-address industrial and commercial cooperation integrated supply chain process method and system, and the method comprises the steps: forming a retailer cigarette order by a tobacco company, and transmitting a cigarette order with a piece as a unit and a material right transfer order to a cigarette factory according to the retailer cigarette order; and the cigarette factory determines that cigarettes are replenished to the tobacco company from a finished product warehouse of the cigarette factory or replenished to the tobacco company from a finished product cigarette sealing box workshop of the cigarette factory according to the cigarette order, the material right transfer list, the finished product inventory data and the production business proposed by the tobacco company. According to the invention, logistics facility and equipment resource sharing, maintenance team sharing, field operation management personnel sharing and market demand information sharing are realized, repeated construction and land occupation are greatly reduced, project investment, tracking difficulty and logistics cost are reduced, the operation process is simplified, a logistics route and whole-course tracking time are shortened, and the operation efficiency is improved.

Description

Technical Field

[0001] The present invention relates to the field of digital logistics technology, and in particular to a process method and system for a finished cigarette same-site industrial and commercial collaborative integrated supply chain. Background Art

[0002] The finished cigarettes produced by the tobacco factory, from the production of finished cigarettes to the tobacco company sorting them according to the order to the retailer to form an order, the logistics business system modules involved are as follows Figure 1 As shown, it is usually composed of the finished product packing and sealing system of the industrial company's cigarette factory, the cigarette factory storage system, the cigarette factory's No. 1 outbound project code scanning system, the cigarette factory's finished product delivery system, the cigarette factory's vehicle dispatching system, the tobacco company's receiving system, the tobacco company's No. 1 project's warehousing code scanning system, the tobacco company's storage and sorting system, the tobacco company's outbound code scanning system, and the tobacco company's sorting system. Each system is independent. Figure 2 As shown in the figure, in the storage system of the cigarette factory, after the finished cigarette pieces are produced from the finished cigarette packing and sealing system, they are stored. In order to increase the storage capacity, reduce the material handling flow, reduce the equipment investment, and reduce the number of equipment maintenance, the robot stacking system grabs 1 to more pieces of cigarettes in the form of pieces, and uses the pallet as a carrier to stack the pieces of cigarettes into pallets (30 pieces / pallet), and then stores them in the three-dimensional warehouse system of the cigarette factory. When the cigarette factory delivers goods to the tobacco company, in order to increase the full load rate of the vehicle and reduce the transportation cost of the vehicle, the pallet needs to be separated from the pallet by the robot depalletizing system, and then shipped in units of cigarettes. The tobacco company that receives the cigarette pieces, in order to increase the storage capacity, stacks the finished cigarette pieces into pallets again and stores them in the three-dimensional warehouse system of the tobacco company. Since the smallest unit of cigarettes sold by the tobacco company is strips, it is necessary to depalletize the pallets into pieces of cigarettes, temporarily store them in the storage and sorting integrated system, and then replenish the sorting system in units of cigarettes, and sort them in units of strips. In my country, tobacco is a monopoly product. When cigarettes are shipped from the factory, received by the tobacco company, and shipped out by the tobacco company, they all need to be scanned by the No. 1 project to achieve full tracking of finished cigarettes. Such a supply chain process model inevitably has the following problems: (1) The material conversion process is complex, that is, the circulation process is cigarette (cigarette factory)-finished product pallet (cigarette factory)-cigarette (cigarette factory)-cigarette (tobacco company)-finished product pallet (tobacco company)-cigarette. (2) Cigarette factories and tobacco companies are built separately, forming information islands and repeated material conversion, resulting in complex processes and increased investment in logistics equipment. (3) In order to achieve full tracking of cigarettes, cigarettes need to be scanned three times, that is, once when the cigarette factory ships, once when the tobacco company receives the goods, and once when the tobacco company ships. The tracking time is long, and both companies need to configure the No. 1 project scanning system. The above problems lead to repeated construction of the system, large area, many repeated processes, complex system configuration, complex data, slow operation response time, low operation efficiency, serious energy waste, and serious capital investment waste.

[0003] There is still a gap in the collaborative and integrated supply chain technology between cigarette factories and tobacco companies, which includes how to integrate the warehousing resources of industrial and commercial enterprises, reduce operational links, resolve the information island phenomenon between cigarette factories and tobacco companies, break through the information barriers between cigarette factories and tobacco companies in the tobacco industry, and improve logistics efficiency, benefits, and lean management. Summary of the invention

[0004] In view of this, the present invention provides a process method and system for a finished cigarette co-location industrial and commercial collaborative integrated supply chain.

[0005] The present invention discloses a process method for a finished cigarette co-location industrial and commercial integrated supply chain, which comprises:

[0006] The tobacco company forms a retail cigarette order and issues a piece-by-piece cigarette order and a property transfer order to the cigarette factory based on the retail cigarette order;

[0007] The cigarette factory determines whether to replenish cigarettes from the cigarette factory's finished product warehouse or from the cigarette factory's finished product cigarette box sealing workshop to the tobacco company based on the cigarette orders, property transfer orders, finished product inventory data and production operations submitted by the tobacco company.

[0008] Furthermore, when it is determined that cigarettes are replenished from the finished product warehouse of the cigarette factory to the tobacco company, the property rights of the cigarette pallets at the corresponding cargo position of the finished product warehouse of the cigarette factory are directly transferred to the tobacco company in the information management system, and the system updates the corresponding inventory data to realize the transfer of property rights;

[0009] The cigarettes are transported to the depalletizer for automatic depalletizing through equipment with pallets. The depalletizer depalletizes the cigarettes on the pallet in sequence in single or multiple pieces to the replenishment conveying platform according to the system instructions. The cigarettes are then passed through the corridor conveying system and the code scanning system in turn, and finally transported to the tobacco company's cigarette distribution center's storage and distribution system. In this process, the cigarettes are scanned by the code scanning system to complete the entire process of cigarette factory shipment, tobacco company storage, and tobacco company shipment.

[0010] Furthermore, when it is determined that cigarettes are replenished from the cigarette factory's finished cigarette box sealing workshop to the tobacco company, the tobacco company first initiates a property transfer order. The cigarette factory receives the information and immediately transfers the property rights of the finished cigarettes produced by the cigarette factory's box sealing unit to the tobacco company in the information management system. At the same time, the system updates the corresponding factory data to realize the property rights transfer.

[0011] The cigarette packages enter the integrated storage and distribution system of the tobacco company's cigarette distribution center through the combined conveying system, corridor conveying system and code scanning system. During this process, the cigarette packages are tracked throughout the entire process from the cigarette factory's shipment, the tobacco company's storage, and the tobacco company's shipment through the code scanning system.

[0012] Furthermore, when the production of the cigarette factory and the sorting and distribution of the tobacco company are not synchronized, the cigarette pieces produced by the finished cigarette piece packing and sealing system of the industrial company's cigarette factory are pre-stored in the industrial and commercial collaborative integrated warehousing system, that is, the finished cigarette pieces produced by multiple packing and sealing units are transported to the main conveying line through the converging conveying system, and then transported to the palletizing system through the high-speed sorting system. The palletizing system stacks the cigarette pieces into pallets for palletizing, and the pallets are transported to the three-dimensional warehouse system through the warehousing conveying system; the transfer of property rights is completed at the palletizing link entering the industrial and commercial collaborative integrated warehousing system, so that the cigarette factory can store the cigarettes on behalf of the tobacco company.

[0013] Furthermore, the tobacco company receives orders from retailers, and after analysis by the tobacco company's order data system, it issues a cigarette replenishment task to the integrated industrial and commercial warehousing system. The integrated industrial and commercial warehousing system forms a delivery task for the cigarettes stored by the cigarette factory on behalf of the tobacco company. The three-dimensional warehouse system delivers the cigarette pallets whose property rights have been transferred to the corresponding cargo position of the tobacco company, and the system updates the corresponding inventory data at the same time.

[0014] The pallet is transported to the depalletizing system for automatic depalletizing. The depalletizing system depalletizes the cigarettes on the pallet in single or multiple pieces in sequence and places them on the replenishment conveying platform according to the system instructions. The cigarettes delivered to the tobacco company are diverted to the corridor conveying system through the high-speed sorting system, and then transported to the tobacco company's cigarette distribution center storage and sorting system through the corridor conveying system. In this process, the whole process of tracking the finished cigarettes leaving the cigarette factory and entering and leaving the tobacco company is completed through the scanning code system, ultimately realizing the direct supply of cigarettes from the cigarette factory to the tobacco company.

[0015] Furthermore, when the production of the cigarette factory and the sorting and distribution of the tobacco company are synchronized, the tobacco company initiates a property transfer order. When the cigarette factory receives the information, it immediately transfers the property rights of the finished cigarettes produced by the cigarette factory's packing and sealing unit to the tobacco company in the information management system. At the same time, the system updates the corresponding factory data to realize the transfer of property rights. The finished cigarettes produced by the industrial company's cigarette factory's finished cigarette packing and sealing system are transported to the main conveying line through the combined conveying system, and then transported to the tobacco company's cigarette distribution center storage and distribution integrated system through the corridor conveying system. In this process, the scanning code system is used to complete the full tracking of the finished cigarettes leaving the warehouse of the cigarette factory and entering and leaving the warehouse of the tobacco company, and finally the direct supply of cigarettes from the cigarette factory to the tobacco company is realized.

[0016] Furthermore, the upper system generates outbound tasks based on the delivery orders, receives order information, market launch plans and outbound documents sent by the marketing system and the logistics data management and control platform business system, and provides the sorting system with real-time inventory data and the completion status of replenishment task requirements;

[0017] The control system receives the material outbound instruction sent by the upper system, controls the drive of the conveying equipment, the detection and identification of materials, completes the process control of material conveying and the transmission of information; controls the aisle stacker in the stereoscopic warehouse system to take out the finished product pallets on the designated cargo location and send them to the outbound platform, and then to the robot depalletizing station via the outbound conveying system; the depalletizing robot grabs the cigarette pieces and places them in the cigarette piece buffer line, and after merging, sorts the cigarette pieces into the cigarette conveying channel according to the No. 1 engineering code or the brand code of the cigarette pieces. After the code is scanned, it is finally transported to the storage and distribution integrated system of the tobacco company's cigarette distribution center, completing the control integration of all logistics equipment.

[0018] The present invention also discloses a finished cigarette co-location industrial and commercial collaborative integrated supply chain process system, which implements any of the above-mentioned finished cigarette co-location industrial and commercial collaborative integrated supply chain process methods, comprising:

[0019] When it is determined that cigarettes are replenished from the finished product warehouse of the cigarette factory to the tobacco company, the supply chain process system includes the industrial company's finished product cigarette box sealing system, the confluence conveying system, the industrial and commercial integrated warehousing system, the corridor conveying system, the code scanning system, the tobacco company's cigarette distribution center storage and sorting system connected in sequence; the industrial and commercial integrated warehousing system includes the high-speed sorting system, the stacking system, the warehousing conveying system, the stereoscopic warehouse system, the outbound conveying system, the depalletizing system, and the high-speed sorting system connected in sequence; the confluence conveying system is connected to the high-speed sorting system; the high-speed sorting system is connected to the corridor conveying system;

[0020] When it is determined that cigarettes are replenished from the finished product cigarette sealing workshop of the cigarette factory to the tobacco company, the supply chain process system includes the industrial company's finished product cigarette sealing system, the confluence conveying system, the corridor conveying system, the code scanning system, the tobacco company's cigarette distribution center storage and distribution integrated system and the sorting system connected in sequence.

[0021] Furthermore, it includes the finished cigarette filling and sealing area of ​​the cigarette factory, the finished cigarette storage area and the tobacco company integrated storage and distribution area; the finished cigarette filling and sealing area includes the finished cigarette filling and sealing system and the converging conveying system; the finished cigarette storage area includes the high-speed sorting system, the stacking system, the destacking system, the warehousing system, the three-dimensional warehouse system, the outbound conveying system and the corridor conveying system; the tobacco company integrated storage and distribution area includes the tobacco company's cigarette distribution center integrated storage and distribution system and the code scanning system.

[0022] Furthermore, it also includes a host system and a control system; the host system is respectively connected to the ESB system and the sorting and handover system; the control system is respectively connected to the host system and the conveying equipment; the conveying equipment includes a confluence conveying system, an industrial and commercial integrated warehousing system, a corridor conveying system, a code scanning system and all equipment in the storage and distribution integrated system of the tobacco company's cigarette distribution center.

[0023] Due to the adoption of the above technical solution, the present invention has the following advantages:

[0024] 1. The present invention integrates the warehousing system in the supply chain from finished cigarettes of the original tobacco cigarette factory to the sales of finished cigarettes, organizes the production of the cigarette factory driven by the orders of the tobacco company through one-time storage, or zero storage, and directly supplies the production line to the sales link, thereby realizing precise direct supply.

[0025] 2. The present invention combines the three scans of the No. 1 project scanning system for full-process tracking into one scan, eliminates the off-factory logistics transportation of finished cigarettes, breaks through the barriers of information islands through data sharing and data integration, and realizes collaborative production and management; coordinates industrial and commercial resources, including warehouse resource sharing, cargo yard sharing, logistics facilities and equipment sharing, maintenance team sharing, on-site operation and management personnel sharing, market demand information sharing, etc., to improve the collaborative efficiency of the supply chain and strengthen the market service level; prevents low-level duplicate construction, greatly simplifies the process, reduces equipment investment, reduces floor space, reduces logistics routes, reduces floor space, and generally improves operating efficiency and responsiveness.

[0026] 3. The present invention coordinates the allocation of industrial and commercial land resources and logistics resources, realizes the sharing of logistics facilities and equipment resources, maintenance team sharing, on-site operation management personnel sharing, and market demand information sharing, greatly reduces duplicate construction, reduces land occupation, reduces project investment, simplifies the operation process, shortens the logistics route, shortens the whole tracking time, reduces the difficulty of tracking, reduces logistics costs, and improves operation efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the embodiments of the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0028] Figure 1 It is a system structure diagram of the industrial and commercial supply chain process model of finished cigarettes in the prior art;

[0029] Figure 2 It is a process flow chart of the industrial and commercial supply chain process model of finished cigarettes in the prior art;

[0030] Figure 3 A system configuration diagram of a process model for a same-site industrial and commercial collaborative integrated supply chain of finished cigarettes according to an embodiment of the present invention;

[0031] Figure 4 A process flow chart of a process model for a same-site industrial and commercial collaborative integrated supply chain of finished cigarettes according to an embodiment of the present invention;

[0032] Figure 5A system configuration diagram of a second supply chain process model for industrial and commercial collaborative integration of finished cigarettes at the same location according to an embodiment of the present invention;

[0033] Figure 6 It is a process flow chart of a second process mode of a finished cigarette co-location industrial and commercial collaborative integrated supply chain process model according to an embodiment of the present invention;

[0034] Figure 7 A regional distribution diagram of a process model of a supply chain of industrial and commercial collaboration integration at the same location for finished cigarettes according to an embodiment of the present invention;

[0035] Figure 8 This is a process layout diagram of a process model for a co-location industrial and commercial collaborative integrated supply chain for finished cigarettes according to an embodiment of the present invention. DETAILED DESCRIPTION

[0036] The present invention is further described in conjunction with the accompanying drawings and embodiments, and the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. All other embodiments obtained by ordinary technicians in this field should fall within the scope of protection of the embodiments of the present invention.

[0037] The purpose of the present invention is to drive the "zero inventory" management as the goal, take the order coordination, plan coordination, production coordination and inventory coordination between cigarette factories (industrial companies) and tobacco companies (commercial companies) as the starting point, apply the Internet of Things perception technology and intelligent analysis on the basis of the existing cigarette business process and policy specification process of cigarette factories and tobacco companies, comprehensively open up the information fortress between cigarette factories and tobacco companies, further deepen the deep integration and coordination of industrial and tobacco company business processes, tap the supply chain logistics potential, optimize the nodes of the outbound and inbound operation process of cigarette factories and tobacco companies, and construct a new process mode of "instant direct supply of cigarettes from cigarette factories and tobacco companies" in which cigarette factories organize production according to orders from tobacco companies and cigarettes off the production line directly enter the sorting line of tobacco companies, so as to achieve effective matching of logistics resource scheduling and supply chain supply demand. Through the effective integration of resources, the supply chain is opened up, cigarette factories and tobacco companies cooperate, and while maintaining the requirements of full-process tracking of tobacco monopoly, a tobacco collaborative integrated supply chain process method with simplified system configuration, high operating efficiency, low cost investment and simple management is provided.

[0038] See also Figure 4 and Figure 6 The present invention provides an embodiment of a process method for integrating industrial and commercial collaboration in the same location of finished cigarette supply chain, which comprises:

[0039] The tobacco company forms a retail cigarette order and issues a piece-by-piece cigarette order and a property transfer order to the cigarette factory based on the retail cigarette order;

[0040] The cigarette factory determines whether to replenish cigarettes from the cigarette factory's finished product warehouse or from the cigarette factory's finished product cigarette box sealing workshop to the tobacco company based on the cigarette orders, property transfer orders, finished product inventory data and production operations submitted by the tobacco company.

[0041] In one embodiment, when it is determined that cigarettes are replenished from the finished product warehouse of the cigarette factory to the tobacco company, the property rights of the cigarette pallets at the corresponding cargo position of the finished product warehouse of the cigarette factory are directly transferred to the tobacco company in the information management system, and the system updates the corresponding inventory data to realize the transfer of property rights;

[0042] The cigarettes are transported to the depalletizer for automatic depalletizing through equipment with pallets. The depalletizer depalletizes the cigarettes on the pallet in sequence in single or multiple pieces to the replenishment conveying platform according to the system instructions. They are transported to the tobacco company's cigarette distribution center's storage and distribution system through the corridor conveyor system. In this process, the cigarettes are tracked throughout the entire process of leaving the cigarette factory, entering the tobacco company, and leaving the tobacco company by scanning the code.

[0043] In one embodiment, when it is determined that cigarettes are replenished from the cigarette factory's finished cigarette box sealing workshop to the tobacco company, the tobacco company first initiates a property transfer order. The cigarette factory receives the information and immediately transfers the property rights of the finished cigarettes produced by the cigarette factory's box sealing unit to the tobacco company in the information management system. At the same time, the system updates the corresponding factory data to realize the property transfer;

[0044] The cigarette packages are supplied to the integrated storage and distribution system of the tobacco company's cigarette distribution center. During this process, the cigarette packages are tracked from the cigarette factory's shipment, the tobacco company's storage, and the tobacco company's shipment by scanning codes.

[0045] In one embodiment, Figure 3 This is a system composition diagram of a process model of industrial and commercial collaborative integrated supply chain for finished cigarettes at the same location. Through industrial and commercial collaboration, process layout and information sharing, the storage system of the cigarette factory and the storage system of the tobacco company are effectively integrated, the No. 1 project code scanning system is effectively integrated, and the information system is effectively shared to form a finished cigarette supply chain for industrial and commercial collaborative integration at the same location, reducing investment and reducing operation processes. The entire system consists of the cigarette factory finished product packaging and sealing system, the industrial and commercial collaborative integrated storage system, the No. 1 project code scanning system, the storage and sorting integrated system, and the sorting system.

[0046] In one embodiment, Figure 4This is a process flow chart of a process model for the integrated industrial and commercial collaborative supply chain of finished cigarettes at the same location. When the production of the cigarette factory and the sorting and distribution of the tobacco company are not synchronized, the cigarettes produced by the cigarette factory's finished cigarette packing and sealing system are pre-stored in the integrated industrial and commercial collaborative storage system. That is, the finished cigarettes produced by multiple packing and sealing units are transported to the main conveying line through the confluence conveying system, and then transported to the cluster robot stacking system through the high-speed sorting system. The stacking robot stacks the cigarettes into real pallets (30 pieces / pallet) for pallet assembly, and the real pallets are transported to the three-dimensional warehouse system through the pallet conveying warehousing system. The property rights are transferred in the pallet assembly link of the storage system, realizing the "cigarette factory storing cigarettes on behalf of the tobacco company". The tobacco company receives orders from retailers. After analysis by the tobacco company's order data system, the task of replenishing cigarettes is assigned to the integrated industrial and commercial warehousing system. The warehousing system "transfers" the cigarettes that are stored by the cigarette factory on behalf of the tobacco company into an outbound task. The three-dimensional warehouse system outbounds the real pallets of cigarettes that have been transferred to the corresponding cargo position of the tobacco company, and the system updates the corresponding inventory data. The three-dimensional warehouse system, the real pallet outbound conveying system, etc. transport the real pallets to the manual position of the depalletizing robot of the cluster robot system for automatic depalletizing. The depalletizing robot depalletizes the cigarettes on the real pallet in units of one or more pieces in sequence to the replenishment conveying platform according to the system instructions. The cigarettes delivered to the tobacco company are diverted to the cigarette delivery system (corridor delivery system) through the high-speed sorting system, and then delivered to the storage and sorting integrated system of the tobacco company's cigarette distribution center through the corridor delivery system. In this process, the No. 1 project code scanning system is used to complete the whole process of tracking the cigarette factory outbound and the finished cigarettes entering and leaving the tobacco company, and finally realize the direct supply of cigarettes from the cigarette factory to the tobacco company.

[0047] In one embodiment, Figure 5 This is a system structure diagram of process mode 2 for the integrated industrial and commercial collaborative supply chain of finished cigarettes at the same location. Process mode 2 makes further information sharing on the basis of process mode 1 of the present invention, directly sharing information with the production link from the top, and directly sharing information with the sales link from the bottom; further reducing the process and the storage system links, directly supplying from the production line to the tobacco company. The whole system consists of the cigarette factory finished product cigarette box sealing system, the No. 1 project code scanning system, the storage and sorting integrated system, and the sorting system.

[0048] In one embodiment, Figure 6This is a process flow chart of the second process mode of industrial and commercial collaborative integration of finished cigarette supply chain process mode. When the production of the cigarette factory and the sorting and distribution of the tobacco company are synchronized, the tobacco company initiates a property transfer order. The cigarette factory receives the information and immediately transfers the property rights of the finished cigarettes produced by the cigarette factory's packing and sealing unit to the tobacco company in the information management system. At the same time, the system updates the corresponding factory data to realize the transfer of property rights. The finished cigarettes produced by the cigarette factory's finished cigarette packing and sealing system are transported to the main conveying line through the confluence conveying system, and then transported to the tobacco company's cigarette distribution center storage and distribution integrated system through the cigarette conveying system (corridor conveying system). In this process, the No. 1 project code scanning system is used to complete the full tracking of the finished cigarettes shipped out of the cigarette factory and the finished cigarettes shipped in and out of the tobacco company, and finally realize the direct supply of cigarettes from the cigarette factory to the tobacco company.

[0049] In one embodiment, Figure 7 This is a regional distribution map of the industrial and commercial integrated supply chain process model for finished cigarettes at the same location. The distribution map includes the finished cigarette packaging area of ​​the cigarette factory, the finished cigarette storage area, and the tobacco company storage and distribution integrated area. The finished cigarette packaging area includes Figure 8 The finished cigarette packaging and sealing system 3 and the confluence conveying system 4 in the finished cigarette storage area include Figure 8 The high-speed sorting system 5, cluster robot palletizing 6, depalletizing system, inbound conveying system 7, stereoscopic warehouse system 8, outbound conveying system 9, cigarette conveying system (corridor conveying system) 10; the storage and sorting integrated area includes Figure 8 The tobacco company’s cigarette distribution center’s integrated storage and distribution system 11 and the No. 1 project’s code scanning system 12.

[0050] In one embodiment, Figure 8 This is a process layout diagram of a process model for the integrated industrial and commercial supply chain of finished cigarettes at the same location. The system includes finished cigarette pieces 1, finished product pallets 2, finished cigarette piece packaging and sealing system 3, confluence conveying system 4, high-speed sorting system 5, cluster manipulator stacking 6, depalletizing system, inbound conveying system 7, stereoscopic warehouse system 8, outbound conveying system 9, cigarette piece conveying system (corridor conveying system) 10, tobacco company cigarette distribution center storage and distribution integrated system 11, and No. 1 project code scanning system 12.

[0051] In one embodiment, the upper system generates a delivery task based on the delivery order, receives order information, market launch plans and delivery documents sent by the marketing system and the logistics data management and control platform business system, and provides the sorting system with real-time inventory data and the completion status of replenishment task requirements;

[0052] The control system receives the material outbound instruction sent by the upper system, controls the drive of the conveying equipment, the detection and identification of materials, completes the process control of material conveying and the transmission of information; controls the aisle stacker in the stereoscopic warehouse system to take out the finished product pallets on the designated cargo location and send them to the outbound platform, and then to the robot depalletizing station via the outbound conveying system; the depalletizing robot grabs the cigarette pieces and places them in the cigarette piece buffer line, and after merging, sorts the cigarette pieces into the cigarette conveying channel according to the No. 1 engineering code or the brand code of the cigarette pieces. After the code is scanned, it is finally transported to the storage and distribution integrated system of the tobacco company's cigarette distribution center, completing the control integration of all logistics equipment.

[0053] The present invention also provides an embodiment of a finished cigarette co-location industrial and commercial collaborative integrated supply chain process system, which implements the finished cigarette co-location industrial and commercial collaborative integrated supply chain process method described in the above embodiment, and includes:

[0054] When it is determined that cigarettes are replenished from the finished product cigarette sealing workshop of the cigarette factory to the tobacco company, the supply chain process system includes the industrial company's finished product cigarette sealing system, the confluence conveying system, the industrial and commercial integrated warehousing system, the corridor conveying system, the code scanning system, the tobacco company's cigarette distribution center storage and sorting system connected in sequence; the industrial and commercial integrated warehousing system includes the high-speed sorting system, the stacking system, the warehousing conveying system, the stereoscopic warehouse system, the outbound conveying system, the depalletizing system, and the high-speed sorting system connected in sequence; the confluence conveying system is connected to the high-speed sorting system; the high-speed sorting system is connected to the corridor conveying system;

[0055] When it is determined that cigarettes are replenished from the finished product cigarette sealing workshop of the cigarette factory to the tobacco company, the supply chain process system includes the industrial company's finished product cigarette sealing system, the confluence conveying system, the corridor conveying system, the code scanning system, the tobacco company's cigarette distribution center storage and distribution integrated system and the sorting system connected in sequence.

[0056] In one embodiment, it includes a finished cigarette filling and sealing area of ​​a cigarette factory, a finished cigarette storage area, and a tobacco company integrated storage and distribution area; the finished cigarette filling and sealing area includes a finished cigarette filling and sealing system and a converging conveying system; the finished cigarette storage area includes a high-speed sorting system, a stacking system, a depalletizing system, an inbound conveying system, a three-dimensional warehouse system, an outbound conveying system, and a corridor conveying system; the integrated storage and distribution area includes the tobacco company's cigarette distribution center integrated storage and distribution system and the No. 1 Project scanning system.

[0057] In one embodiment, it also includes a host system and a control system; the host system is respectively connected to the ESB (Enterprise Service Bus) system and the sorting and handover system; the control system is respectively connected to the host system and the conveying equipment; the conveying equipment includes a confluence conveying system, an industrial and commercial integrated warehousing system, a corridor conveying system, a code scanning system and all equipment in the storage and distribution integrated system of the tobacco company's cigarette distribution center.

[0058] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, ordinary technicians in the relevant field should understand that the specific implementation methods of the present invention can still be modified or replaced by equivalents. Any modification or equivalent replacement that does not depart from the spirit and scope of the present invention should be covered within the scope of protection of the claims of the present invention.

Claims

1. A process method for integrated supply chain of finished cigarettes with industrial and commercial cooperation at the same location, characterized in that: include: The tobacco company forms a retail cigarette order and issues a piece-by-piece cigarette order and a property transfer order to the cigarette factory based on the retail cigarette order; The cigarette factory determines whether to replenish cigarettes from the cigarette factory's finished product warehouse or from the cigarette factory's finished product cigarette box sealing workshop to the tobacco company based on the cigarette orders, property transfer orders, finished product inventory data and production operations submitted by the tobacco company.

2. The finished cigarette co-location industrial and commercial collaborative integrated supply chain process method according to claim 1 is characterized in that: When it is determined that cigarettes are replenished from the finished product warehouse of the cigarette factory to the tobacco company, the property rights of the cigarette pallets at the corresponding cargo position of the finished product warehouse of the cigarette factory are directly transferred to the tobacco company in the information management system, and the system updates the corresponding inventory data to realize the transfer of property rights; The cigarettes are transported to the depalletizing machine station for automatic depalletizing through equipment that transports actual cigarette pallets. The depalletizing machine depalletizes the cigarettes on the pallet in single or multiple pieces in sequence according to system instructions and places them on the replenishment conveying platform. They pass through the corridor conveying system and the code scanning system in turn, and are finally transported to the tobacco company's cigarette distribution center's storage and distribution integrated system. In this process, the cigarettes are scanned by the code scanning system to complete the entire process of cigarette factory shipment, tobacco company storage, and tobacco company shipment, allowing for full tracking of the cigarettes.

3. The finished cigarette same-site industrial and commercial collaborative integrated supply chain process method according to claim 1 is characterized in that: When it is determined that cigarettes are replenished from the cigarette factory's finished cigarette box-sealing workshop to the tobacco company, the tobacco company first initiates a property transfer order. After the cigarette factory receives the information, it immediately transfers the property rights of the finished cigarettes produced by the cigarette factory's box-sealing unit to the tobacco company in the information management system. At the same time, the system updates the corresponding factory data to realize the transfer of property rights. The cigarette packages enter the integrated storage and distribution system of the tobacco company's cigarette distribution center through the combined conveying system, corridor conveying system and code scanning system. During this process, the cigarette packages are tracked throughout the entire process from the cigarette factory's shipment, the tobacco company's storage, and the tobacco company's shipment through the code scanning system.

4. The process method for the integrated supply chain of finished cigarettes in the same location of industry and commerce according to claim 1 is characterized in that: When the production of cigarette factories and the sorting and distribution of tobacco companies are not synchronized, the cigarette pieces produced by the finished cigarette packing and sealing system of the industrial company's cigarette factory are pre-stored in the industrial and commercial collaborative integrated warehousing system, that is, the finished cigarette pieces produced by multiple packing and sealing units are transported to the main conveying line through the converging conveying system, and then transported to the palletizing system through the high-speed sorting system. The palletizing system stacks the cigarette pieces into pallets for palletizing, and the pallets are transported to the three-dimensional warehouse system through the warehousing conveying system; the transfer of property rights is completed at the palletizing link entering the industrial and commercial collaborative integrated warehousing system, and the cigarette factory stores the cigarettes on behalf of the tobacco company.

5. The finished cigarette same-site industrial and commercial collaborative integrated supply chain process method according to claim 4 is characterized in that: The tobacco company receives the order from the retailer, and after analysis by the order data system of the tobacco company, it issues the task of replenishing the cigarettes to the integrated industrial and commercial warehousing system. The integrated industrial and commercial warehousing system forms the task of dispatching the cigarettes stored by the cigarette factory on behalf of the tobacco company. The three-dimensional warehouse system dispatches the cigarette pallets whose property rights have been transferred to the corresponding cargo position of the tobacco company, and the system updates the corresponding inventory data at the same time; The cigarettes are transported to the depalletizing system for automatic depalletizing through equipment that transports actual cigarette pallets. The depalletizing system depalletizes the cigarettes on the pallet in single or multiple pieces in sequence and places them on the replenishment conveying platform according to system instructions. The cigarettes are transported to the tobacco company through the high-speed sorting system and diverted to the corridor conveying system. The corridor conveying system transports them to the tobacco company's cigarette distribution center's storage and sorting integrated system. In this process, the scanning code system is used to complete the entire process of tracking the finished cigarettes leaving the warehouse from the cigarette factory and entering and leaving the warehouse at the tobacco company, ultimately realizing direct supply of cigarettes from the cigarette factory to the tobacco company.

6. The finished cigarette same-site industrial and commercial collaborative integrated supply chain process method according to claim 1, characterized in that: When the production of the cigarette factory and the sorting and distribution of the tobacco company are synchronized, the tobacco company initiates a property transfer order. After receiving the information, the cigarette factory immediately transfers the property rights of the finished cigarettes produced by the cigarette factory's packing and sealing unit to the tobacco company in the information management system. At the same time, the system updates the corresponding factory data to realize the transfer of property rights. The finished cigarettes produced by the finished cigarette packing and sealing system of the industrial company's cigarette factory are transported to the main conveying line through the confluence conveying system, and then transported to the tobacco company's cigarette distribution center storage and distribution integrated system through the corridor conveying system. In this process, the scanning code system is used to complete the full tracking of the finished cigarettes leaving the warehouse of the cigarette factory and entering and leaving the warehouse of the tobacco company, and finally the direct supply of cigarettes from the cigarette factory to the tobacco company is realized.

7. The finished cigarette same-site industrial and commercial collaborative integrated supply chain process method according to claim 1, characterized in that: The upper system generates outbound tasks based on the delivery orders, receives order information, market launch plans and outbound documents sent by the marketing system and the logistics data management and control platform business system, and provides the sorting system with real-time inventory data and the completion status of replenishment task requirements; The control system receives the material outbound instruction sent by the upper system, controls the drive of the conveying equipment, the detection and identification of materials, completes the process control of material conveying and the transmission of information; controls the aisle stacker in the stereoscopic warehouse system to take out the finished product pallets on the designated cargo location and send them to the outbound platform, and then to the robot depalletizing station via the outbound conveying system; the depalletizing robot grabs the cigarette pieces and places them in the cigarette piece buffer line, and after merging, sorts the cigarette pieces into the cigarette conveying channel according to the No. 1 engineering code or the brand code of the cigarette pieces. After the code is scanned, it is finally transported to the storage and distribution integrated system of the tobacco company's cigarette distribution center, completing the control integration of all logistics equipment.

8. A finished cigarette co-location industrial and commercial collaborative integrated supply chain process system, which implements the finished cigarette co-location industrial and commercial collaborative integrated supply chain process method described in any one of claims 1 to 7, characterized in that: include: When it is determined that cigarettes are replenished from the finished product warehouse of the cigarette factory to the tobacco company, the supply chain process system includes the industrial company's finished product cigarette box sealing system, the confluence conveying system, the industrial and commercial integrated warehousing system, the corridor conveying system, the code scanning system, the tobacco company's cigarette distribution center storage and sorting system connected in sequence; the industrial and commercial integrated warehousing system includes the high-speed sorting system, the stacking system, the warehousing conveying system, the stereoscopic warehouse system, the outbound conveying system, the depalletizing system, and the high-speed sorting system connected in sequence; the confluence conveying system is connected to the high-speed sorting system; the high-speed sorting system is connected to the corridor conveying system; When it is determined that cigarettes are replenished from the finished product cigarette sealing workshop of the cigarette factory to the tobacco company, the supply chain process system includes the industrial company's finished product cigarette sealing system, the confluence conveying system, the corridor conveying system, the code scanning system, the tobacco company's cigarette distribution center storage and distribution integrated system and the sorting system connected in sequence.

9. The finished cigarette co-location industrial and commercial collaborative integrated supply chain process system according to claim 8, characterized in that: It includes the finished cigarette filling and sealing area of ​​the cigarette factory, the finished cigarette storage area and the tobacco company's integrated storage and distribution area; the finished cigarette filling and sealing area includes the finished cigarette filling and sealing system and the confluence conveying system; the finished cigarette storage area includes the high-speed sorting system, the stacking system, the depalletizing system, the warehousing system, the inbound conveying system, the three-dimensional warehouse system, the outbound conveying system and the corridor conveying system; the tobacco company's integrated storage and distribution area includes the tobacco company's cigarette distribution center's integrated storage and distribution system and the code scanning system.

10. The finished cigarette co-location industrial and commercial collaborative integrated supply chain process system according to claim 8, characterized in that: It also includes a host system and a control system; the host system is respectively connected to the ESB system and the sorting system; the control system is respectively connected to the host system and the conveying equipment; the conveying equipment includes the confluence conveying system, the industrial and commercial integrated warehousing system, the corridor conveying system, the code scanning system and all the conveying equipment in the storage and distribution integrated system of the tobacco company's cigarette distribution center.

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