A Cable Reel Sharing System and Method Based on a Shared Intelligent Chain Disk

Abstract

The invention discloses a cable reel sharing system and method based on a shared intelligent chain disk, which includes a cable purchasing user, a cable manufacturer, an operation center, and a logistics warehouse. The cable purchasing user is bidirectionally connected to the cable manufacturer, the cable manufacturer is bidirectionally connected to the operation center, and the operation center is communicatively connected to the logistics warehouse. By arranging for the operation center to cooperate with the logistics warehouses set up across the country, when the cable manufacturer needs a reel, it can arrange for the logistics warehouse closest to the cable manufacturer to ship the reel through the operation center to ensure quick delivery. After the cable manufacturer assembles the cable reel, it directly transports it to the cable purchasing user. After the cable purchasing user has finished using it, the operation center can arrange for the logistics warehouse closest to the user to recycle the reel, thus ensuring the sustainable use of the reel. This not only saves resources but also enables various functions such as tracking and positioning of cable packaging.

Description

Technical Field

[0001] The invention relates to the technical field of cable reel sharing systems, and particularly to a cable reel sharing system and method based on a shared intelligent chain reel. Background Technique

[0002] The wire and cable industry is a traditional manufacturing industry with an annual output value of 2 trillion yuan in China, second only to the automotive industry. For a long time, the technological development in the industry has tended to be mature, and a highly complete industry ecosystem has been formed. With the continuous development of Internet technology and the new round of green technology development under the national "dual carbon" goal, a large number of experiences brought by the Internet industry in the Internet of Things, Industry 5.0, and sharing economy, as well as the power industry's demand for building a new power system, have provided new ideas for the further transformation and upgrading of the wire and cable industry.

[0003] In various fields such as municipal construction, rail transit, and building construction, there is a huge demand for medium and low voltage (10 kV and below) wire and cable. However, this type of wire and cable is basically packaged using iron and wood reels, which have a short packaging usage time, high cost, low recycling value, and high difficulty. During the production and use of wire and cable, a large amount of wood resources are wasted. Panpan Technology actively responds to the national "green supply chain" industrial policy and proposes a green intelligent cable reel sharing system and method of "shared intelligent chain reel", comprehensively reducing the waste of forest resources, and adopting an innovative model - replacing the traditional purchase model through sharing services to activate the trillion-level market.

[0004] According to incomplete statistics such as industry surveys and user research, in the existing model, users across the country spend more than 5 billion yuan annually on various expenses for cable reels (packaging), and this part of the consumption is mainly a one-time investment, making it difficult to generate effective benefits. Moreover, the currently used cable packaging does not have functions such as tracking and positioning, and it is difficult for producers and users to effectively manage such products. Summary of the Invention

[0005] To solve the problems raised in the above background technique, the purpose of the invention is to provide a cable reel sharing system and method based on a shared intelligent chain reel, which has the advantages of saving resources, having functions such as tracking and positioning of cable packaging, and enabling producers and users to effectively manage such products, and solves the problems that the currently used cable packaging consumes a large amount of materials, does not have functions such as tracking and positioning, and it is difficult for producers and users to effectively manage such products.

[0006] To achieve the above purpose, the invention provides the following technical solution: A cable reel sharing system based on a shared intelligent chain reel, including cable purchasing users, cable producers, an operation center, and a logistics warehouse. The cable purchasing users are bidirectionally connected to the cable producers, the cable producers are bidirectionally connected to the operation center, and the operation center is communicatively connected to the logistics warehouse;

[0007] The cable manufacturer includes a cable order module, an information storage module, and a cable reel assembly module;

[0008] The operation center includes an information calculation module, a reel rental order, and intelligent acquisition equipment;

[0009] The logistics warehouse includes a reel delivery module, a reel recycling module, and a reel maintenance module, and the reel maintenance module is electrically connected to the reel recycling module;

[0010] The intelligent acquisition equipment is bidirectionally connected to the cable purchasing user, the reel delivery module is communicatively connected to the cable reel assembly module, and the reel recycling module is communicatively connected to the cable purchasing user.

[0011] Preferably, as an invention, the order module includes cable specifications, cable length, delivery time, and delivery address.

[0012] Preferably, as an invention, the information storage module includes cable production length, user project information, receiving information, vehicle information, and vehicle loading information.

[0013] Preferably, as an invention, the reel rental order includes the number of reels rented and the reel delivery time.

[0014] Preferably, as an invention, the reel recycling module includes the recycling time, the specifications of the recycled reels, and the number of recycled reels.

[0015] A method for sharing cable reels based on a shared intelligent chain reel includes the following steps:

[0016] A. The cable manufacturer initiates a cable reel rental demand according to the order requirements; the operation center determines the number of reels to be rented based on the cable specifications, cable length, and the requirements of the cable purchasing user, and feeds it back to the cable manufacturer;

[0017] B. The cable manufacturer confirms the number of reels to be rented and submits the expected delivery time to the operation center; after confirmation by the center, the reel rental order is relayed to the best logistics warehouse through the intelligent scheduling system;

[0018] C. After the logistics warehouse confirms the reel rental order, it starts to prepare; after the preparation in the logistics warehouse is completed, it communicates with the cable manufacturer that placed the order to confirm the delivery time, and then arranges for delivery;

[0019] D. The logistics warehouse delivers the loose parts of the reels in the rental order to the cable manufacturer; the cable manufacturer electronically confirms the receipt, and subsequently arranges for reel assembly to form a complete reel;

[0020] E. After the stranding or extrusion process of cable production, the cable manufacturer maintains information such as the cable production length, user project information, and receiving information in the operation center; after production is completed and before shipment, the vehicle information, vehicle loading information, etc. are maintained and electronically confirmed for shipment.

[0021] F. After the cable shipment information is confirmed, the cable purchaser receives a response reminder and prepares for the receiving work; after the logistics transports the goods to the designated location of the cable purchaser, it hands over with the cable purchaser and completes the electronic signature for receipt.

[0022] G. Before the cable laying construction, the cable purchaser electronically confirms the construction progress; during the cable construction process, the intelligent acquisition device transmits the cable usage progress to the operation center in a non-real-time manner; after the cable laying is completed, the operation center and the cable purchaser will receive relevant information; the operation center intelligently assigns the best logistics warehouse through the dispatching system to arrange for recycling.

[0023] H. The logistics warehouse reconfirms with the cable purchaser that the cable has been used up, and agrees on the recycling time and the predicted recycling reel specifications and quantities; the logistics warehouse arranges the logistics to recycle the corresponding reels at the agreed time, and the logistics electronically confirms the recycling at the time of recycling and provides the corresponding information to the cable purchaser.

[0024] I. The used reels are recycled to the logistics warehouse, the logistics warehouse electronically signs for receipt, and after arranging for the maintenance and upkeep of the reels, prepares for the next lease.

[0025] Compared with the prior art, the beneficial effects of the invention are as follows: By setting up an operation center to cooperate with the logistics warehouses set up across the country, when the cable manufacturer needs reels, the operation center can arrange for the logistics warehouse closest to the cable manufacturer to ship the reels to ensure quick delivery. After the cable manufacturer assembles the cable reels, it directly transports them to the cable purchaser. After the cable purchaser has used them up, the operation center can arrange for the logistics warehouse closest to recycle the reels, thus ensuring the sustainable utilization of the reels. This can not only save resources but also enable various functions such as tracking and positioning of cable packaging. Moreover, producers and users can effectively control such products. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 It is a block diagram of the invention principle;

[0027] Figure 2 It is a schematic diagram of the invention order module;

[0028] Figure 3 It is a schematic diagram of the invention information storage module;

[0029] Figure 4 It is a schematic diagram of the invention reel rental module;

[0030] Figure 5 This is a schematic diagram of the reel recycling module for the invention. Specific implementation manners

[0031] Next, the technical solutions in the embodiments of the invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the invention. Obviously, the described embodiments are only a part of the embodiments of the invention, rather than all the embodiments. Based on the embodiments of the invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the scope of protection of the invention.

[0032] As Figures 1 to 5 shown, the cable reel sharing system of the embodiment of the present invention based on the shared intelligent chain reel includes a cable purchasing user, a cable manufacturer, an operation center, and a logistics warehouse. The cable purchasing user is bidirectionally connected to the cable manufacturer, the cable manufacturer is bidirectionally connected to the operation center, and the operation center is communicatively connected to the logistics warehouse. The cable manufacturer includes a cable order module, an information storage module, and a reel assembly module. The order module includes cable specifications, cable length, delivery time, and delivery address. The operation center includes an information calculation module, a reel rental order, and an intelligent acquisition device. The information storage module includes the cable production length, user project information, receiving information, vehicle information, and vehicle loading information. The reel rental order includes the number of reels rented and the reel delivery time. The logistics warehouse includes a reel delivery module, a reel recycling module, and a reel maintenance module. The reel recycling module includes the recycling time, the specifications of the recycled reels, and the number of recycled reels. The reel maintenance module is electrically connected to the reel recycling module. The intelligent acquisition device is bidirectionally connected to the cable purchasing user. The reel delivery module is communicatively connected to the reel assembly module. The reel recycling module is communicatively connected to the cable purchasing user.

[0033] The working principle and usage process of the present invention: A. The cable manufacturer initiates a cable reel rental demand according to the order requirements; the operation center determines the number of reels rented based on the cable specifications, cable length, and the requirements of the cable purchasing user, and feeds it back to the cable manufacturer;

[0034] B. The cable manufacturer confirms the number of reels rented and submits the expected delivery time to the operation center; after confirmation by the center, the reel rental order is conveyed to the best logistics warehouse through the intelligent scheduling system;

[0035] C. After the logistics warehouse confirms the reel rental order, it starts to prepare; after the logistics warehouse finishes preparing, it communicates with the cable manufacturer that placed the order and confirms the delivery time, and then arranges for delivery;

[0036] D. The logistics warehouse delivers the loose parts of the reels in the rental order to the cable manufacturer; the cable manufacturer electronically confirms the receipt of goods and subsequently arranges for reel assembly to form a complete reel;

[0037] E. After the stranding or extrusion process of cable production, the cable manufacturer maintains information such as the cable production length, user project information, and receipt information in the operation center; before preparing for shipment after production is completed, the vehicle information, vehicle loading information, etc. are maintained and electronically confirmed for shipment.

[0038] F. After the cable shipment information is confirmed, the cable purchaser receives a response reminder and prepares for the receipt work; after the logistics transports the goods to the designated location of the cable purchaser, it conducts handover with the cable purchaser and completes the electronic signature for receipt.

[0039] G. Before the cable laying construction, the cable purchaser electronically confirms the construction progress; during the cable construction process, the intelligent acquisition device transmits the cable usage progress to the operation center in a non-real-time manner; after the cable laying is completed, the operation center and the cable purchaser will receive relevant information; the operation center intelligently assigns the best logistics warehouse through the dispatching system to arrange for recycling.

[0040] H. The logistics warehouse reconfirms with the cable purchaser that the cable has been used up, and agrees on the recycling time, the predicted recycling reel specifications and quantities; the logistics warehouse arranges the logistics to recycle the corresponding reels at the agreed time, and the logistics electronically confirms the recycling during the recycling and provides the corresponding information to the cable purchaser.

[0041] I. The used reels are recycled to the logistics warehouse, the logistics warehouse electronically signs for receipt, and after arranging for the maintenance and upkeep of the reels, it prepares for the next lease.

[0042] Although the embodiments of the invention have been shown and described, for those of ordinary skill in the art, it can be understood that various changes, modifications, substitutions, and variations can be made to these embodiments without departing from the principles and spirit of the invention. The scope of the invention is defined by the appended claims and their equivalents.

Claims

1. A cable reel sharing system based on a shared intelligent chain disk, comprising a cable purchasing user, a cable manufacturer, an operation center, and a logistics warehouse, characterized in that: The cable purchasing user is bidirectionally connected with the cable manufacturer, the cable manufacturer is bidirectionally connected with the operation center, and the operation center is communicatively connected with the logistics warehouse; The cable manufacturer includes a cable order module, an information storage module and a cable tray assembly module; The operation center includes information calculation modules, disk rental orders and intelligent collection equipment; The logistics warehouse includes a tray delivery module, a tray recovery module and a tray maintenance module, and the tray maintenance module is electrically connected to the tray recovery module; The intelligent acquisition device is bidirectionally connected to the cable purchasing user, the reel delivery module is communicatively connected to the cable reel assembly module, and the reel recovery module is communicatively connected to the cable purchasing user.

2. The cable reel sharing system based on a shared intelligent chain reel according to claim 1, characterized in that: The order module includes cable specifications, cable length, delivery time and delivery address.

3. The cable reel sharing system based on a shared intelligent chain reel according to claim 2, wherein: The information storage module includes cable production length, user engineering information, receipt information, vehicle information and vehicle loading information.

4. The cable reel sharing system based on a shared intelligent chain reel according to claim 3, characterized in that: The tray rental order includes the tray rental quantity and the tray delivery time.

5. The cable reel sharing system based on a shared intelligent chain reel according to claim 4, characterized in that: The tray recycling module includes recycling time, recycled tray specifications and recycled tray quantity.

6. A cable reel sharing method based on a shared intelligent chain reel, characterized in that The following steps are involved: A. Cable manufacturers initiate cable reel rental requirements based on order requirements; the operation center determines the number of reels to be rented based on cable specifications, cable length, and cable purchasing user requirements, and feeds back to the cable manufacturer; B. The cable manufacturer confirms the number of reels to be rented and submits the expected delivery time to the operation center. After confirmation, the center transfers the reel rental order to the best logistics warehouse through the intelligent scheduling system. C. The logistics warehouse starts preparation after confirming the tray rental order. After the logistics warehouse is ready, it communicates with the cable manufacturer who placed the order and confirms the delivery time, and then arranges the shipment; D. The logistics warehouse delivers the tray parts of the rental order to the cable manufacturer; the cable manufacturer electronically confirms receipt and subsequently arranges for the tray assembly to form a complete tray; E. After the cable production or extrusion process, the cable manufacturer shall maintain the cable production length, user engineering information, and receipt information to the operation center; after the production is completed and before shipment, the vehicle information and vehicle loading information shall be maintained and the shipment shall be electronically confirmed; F. After the cable delivery information is confirmed, the cable purchaser receives a response reminder and prepares to receive the goods. After the logistics transports the goods to the designated location of the cable purchaser, it is handed over to the cable purchaser and the electronic receipt is completed; G. The cable purchaser electronically confirms the construction progress before the cable laying construction. During the cable construction process, the intelligent collection equipment transmits the progress of cable use to the operation center in a non-real-time manner. After the cable laying is completed, the operation center and the cable purchaser will receive relevant information. The operation center intelligently assigns the best logistics warehouse to arrange recycling through the dispatching system. H. The logistics warehouse and the cable purchaser confirm again that the cable has been used up, and agree on the recycling time and the predicted specifications and quantity of the recycling reels; the logistics warehouse arranges the logistics to recycle the corresponding reels at the agreed time, and the logistics electronically confirms the recycling during the recycling and provides the corresponding information to the cable purchaser; I. The used trays are returned to the logistics warehouse, which signs for them electronically and arranges for the trays to be maintained and serviced before preparing for the next rental.

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