CN110415457A - A sending and receiving intelligent sharing cabinet and information sharing method - Google Patents

Abstract

The invention belongs to the technical field of logistics application, and discloses a sending and receiving intelligent shared cabinet and a shared use method. The community e-commerce company recognizes the commodity orders purchased by the community and has arrived at the community centralized point; The order goods are allocated and confirmed; the goods are delivered to the allocation cabinet, and the cabinet location is confirmed and stored; the corresponding information is changed to the stored cabinet information, and the system background prompt information is sent to the mobile phone of the corresponding community resident, and the community e-commerce social group Order product information sharing. In the present invention, by using intelligent shared cabinets as the logistics distribution auxiliary tool for current community e-commerce operations, the platform realizes online convenient management of orders and direct offline services; the present invention adds a shared storage mode of cabinets, which is suitable for communities E-commerce endows commodity transactions with social functions; the present invention adds a self-service packaging design for community residents to deliver services, and realizes community residents' self-service bag collection.

Description

A sending and receiving intelligent sharing cabinet and information sharing method

technical field

The invention belongs to the technical field of logistics, and in particular relates to a sending and receiving intelligent shared cabinet and a shared use method.

Background technique

Currently, the closest prior art:

With the development of e-commerce in recent years, various smart cabinets including express cabinets, vending machines, and self-service laundry cabinets have been seen everywhere in the community, and the scope of use of smart cabinets is constantly expanding. However, there are problems in the use of existing smart cabinets as follows:

One cabinet for one purpose. Due to the single purpose, the smart cabinet is mainly installed at a fixed point in order to achieve an obvious symbol. The cabinet is designed in a large scale with more grids. There are fluctuations in consumer demand. Because the number of cabinets is fixed, it is impossible to achieve the ideal utilization rate of the cabinets as the demand changes, and there is a waste of resources.

The existing smart cabinet transceiver adopts a one-to-one binding method between cabinets and orders to realize the commodity access management of community residents, which cannot fully use each cabinet.

A variety of smart cabinets are concentrated at the intersection of the traffic flow of the community, resulting in tight installation locations and affecting traffic at the same time, making it inconvenient for consumers to use.

One cabinet has one platform, one cabinet has one system, and community residents have scattered attention due to the installation of many mobile phone applications, which is not conducive to the development of consumption habits and is not conducive to the promotion of smart cabinets.

The existing smart cabinets do not have a good comprehensive management method, and focus on online management. When a fault occurs, it cannot be repaired and maintained in time, which affects the consumption experience of community residents.

In summary, the problems in the prior art are:

(1) Based on the community group buying model of social shopping e-commerce, the community leader cannot provide 24-hour community residents to pick up goods. Community residents cannot use existing smart cabinets to order goods. Community group-buying e-commerce companies lack the last link of logistics and distribution cabinets that are assisted by software and hardware.

(2) Laundry industry In the current situation where commercial clothing washing has been greatly reduced, dry cleaners and central laundry factories are facing an urgent need to expand the consumption of community residents. However, the existing laundry cabinets arranged in the community have problems such as: it is easy to collect and mess up, and the laundry process goes through the middle logistics personnel, and it is troublesome to determine that the laundry quality disputes are unclear; it does not support the choice of multiple online service providers, which restricts community consumption; There are problems such as off-peak seasons in the industry, and a high vacancy rate of laundry cabinets in off-seasons.

(3) Some intra-city community services require customers to go to the service points in person due to the small number of consumer groups. For example: clothing darning, key repair, small object repair, etc. The existing smart cabinets lack the conditions for customers to package and seal point-to-point receiving and sending docking, and these community services have few online transactions.

(4) Most of the existing smart cabinets use wireless network communication. Because the network environment interferes with the mobile phone signals of community residents, the network connection is not smooth, and the mobile phone software applications of community residents have problems such as webpage freezes and other poor experience.

(5) There are no nearby management personnel for the existing smart cabinets offline, and the customer service system is not perfect. After a fault occurs, the community residents report that the problem process is complicated, and there are situations where the processing is not timely and the processing cost is high.

(6) Community smart cabinets select layout points in the community with a large flow of people. The distance from community residents to smart cabinets is not much closer than to physical stores near the community. For some community residents, the location of smart cabinets is even farther than physical stores. Most smart cabinets cannot perfectly solve the last 100 meters problem.

After solving the above problems, the meaning is:

With the emergence of new business models such as community group buying and social e-commerce, there are suitable candidates for the nearby management and customer service personnel required by community smart cabinets. Based on the role management of community group buying group leader and the forward-looking demand forecast of community group buying in the field of community customized services and customized products, a smart sharing cabinet for receiving and dispatching through the last 100 meters of community consumption will become a new foothold for the Internet of Things and big data , to promote the vigorous development of community e-commerce.

Contents of the invention

Aiming at the problems existing in the prior art, the present invention provides a sending and receiving intelligent sharing cabinet and an information sharing method.

The present invention is achieved in this way, a sharing method for sending and receiving intelligent sharing cabinets, the sharing method for sending and receiving intelligent sharing cabinets includes:

The community e-commerce company recognizes the commodity orders purchased by the community and has arrived at the community centralized point.

Allocate and confirm the multi-order commodities that meet the conditions for opening shared cabinets.

Deliver the goods to the distribution cabinet, and deposit them after the cabinet location is confirmed.

Change the corresponding information to the stored cabinet information, the system background prompt information is sent to the mobile phone of the corresponding community residents, and the community e-commerce social group order product information is shared.

Specifically include:

After receiving the goods sent by the service provider to the community, the community e-commerce company will confirm the centralized point of purchasing goods in the community through the back-end system of the mobile phone management software.

In the next step, the community e-commerce will use the mobile phone management software to manage the cabinet delivery binding of the orders that have arrived in the community. You can choose to bind multiple product orders to the same cabinet.

In the next step, after the community e-commerce arrives at the sending and receiving smart sharing cabinet, the door opening command is sent to the system background through the mobile phone software, and the corresponding cabinet is opened after the background recognizes the data.

In the next step, after the community e-commerce company puts the multi-order goods corresponding to the cabinet, the mobile phone software confirms that it has been delivered to the cabinet point, and the information is sent to the system background. After the background receives the data, the corresponding order information is changed to the stored cabinet, and the prompt information is sent to the mobile phone of the corresponding community residents to receive it.

In the next step, community e-commerce will notify community residents to receive it in a timely manner in the social group.

Among them, community residents use the buttons on the mobile phone software interface to complete operations such as commodity purchase, service purchase, commodity collection, and item collection. After recording, identifying, and confirming in the background of the system, an instruction is issued to control the sending and receiving of intelligent shared cabinets to open the corresponding cabinet doors.

The community e-commerce company completes the receipt and delivery management confirmation operations for the community residents to purchase commodities through the buttons on the mobile phone software interface. After recording, identifying, and confirming in the background of the system, an instruction is issued to control the sending and receiving of intelligent shared cabinets to open the corresponding cabinet doors.

The service provider completes the order confirmation, product delivery, and arrival confirmation operations for community purchases through the buttons on the mobile phone software interface. After recording, identifying, and confirming in the background of the system, the order transaction is completed, and the financial management software of the system completes the settlement of service providers and community e-commerce through recording, identifying, and confirming.

Community e-commerce connects with community residents for after-sales service through social software, and reports to the system background record, identification, and confirmation to complete the after-sales service process.

Another object of the present invention is to provide a sending and receiving intelligent sharing cabinet serving community residents and community e-commerce, including a cabinet body. The main control board, lock control board, electric lock, LED light, DC splitter, wireless AP, network optical modem, AC gateway, POE switch, POE splitter, POE extender and UPS power supply are installed in the cabinet.

A real-time video call device, a QR code scanning module, and an advertising machine are embedded outside the cabinet.

The UPS power supply is connected to the power supply, and the whole cabinet is connected to the power supply and provides backup power supply.

The network optical modem accesses the optical fiber network to provide the network for the entire cabinet.

The UPS power supply and the AC gateway are connected through the power cable to realize the power supply function for the gateway, and the network optical modem and the AC gateway are connected through the network cable to realize the power supply for the AC gateway.

The UPS power supply is connected to the POE switch through a power cable to supply power to the POE switch. The AC gateway and the POE switch are connected through a network cable to supply the network for the POE switch.

The POE switch is connected to the POE splitter through the network cable to supply the network for the POE splitter.

The POE splitter is divided into two output interfaces, the DC power interface and the network interface. The DC power interface is connected to the DC splitter, and the DC power interface supplies power to the wireless AP and the main control board of the shared cabinet respectively.

The network interface of the POE splitter is connected to the wireless AP to realize the wireless AP supplying the network.

The DC power interface of the POE splitter is connected to the power interface of the real-time video call equipment and the advertising machine to realize the power supply of the equipment.

The real-time video call equipment and advertising machine are wirelessly connected to the wireless AP to realize networking.

The wireless AP is connected to the main control board of the shared cabinet through a network cable to realize the networking of the main control board.

The main control board is connected to the two-dimensional code scanning module through the TTL interface, which supplies power to the two-dimensional code scanning module and realizes the data transmission between the main control board and the two-dimensional code scanning module.

The main control board is connected with the real-time video call device through the power cable, and supplies power for the real-time video call device.

The main control board and the lock control board are connected through the 485 interface to realize real-time communication and power supply between the main control board and the lock control board.

The lock control board and the electric control lock are connected by wires, and are used for the control and state detection of the electric control lock. The lock control board and the LED lamp are connected by wires to realize the control of the LED lamp.

Further, the cabinet body is a multi-faceted use cabinet, and the cabinet body has three types of cabinets, which are divided into three types of cabinets: multiple general storage cabinets, a packing cabinet, and multiple storage display cabinets.

Further, the packing cabinet adopts the structure of multiple binding machines and multiple bag takers. The cabinet door is transparent and visible, and the packing compartment can be opened in both directions. One side is a drawer with mechanical lock, and the other side is an electronically controlled lock door. There is a storage compartment for auxiliary materials inside.

The storage display cabinet is designed with transparent and visible cabinet doors to display the products purchased by community residents or products recommended by the platform.

Further, the main control board is used for network communication and data transmission.

The lock control board is used to control the switch of the electric lock and the LED light, and the electric lock is used to open and close the cabinet door. LED lights are used to provide lighting for the cabinets.

Further, the wireless AP provides a wireless network for the area near the cabinet to realize wireless network coverage in the area near the cabinet.

The network optical modem is used to access the optical fiber network, and the AC gateway is used to allocate management network IP.

The POE switch is used for the power supply and network supply of multiple groups of multi-function transceiver intelligent shared cabinets.

The POE splitter is used to separate the power grid of the POE network cable.

The POE extender is used to realize the long-distance transmission of data and power supply through the network cable.

The UPS power supply is used as the reserve power supply for other transceiver intelligent sharing cabinets in the network, and it is used to provide power supply and battery life for the cabinet group in the event of a sudden power failure.

Furthermore, the real-time video call equipment is bound to the mobile phone of the administrator of the community cabinet group, press the call button to call the administrator in real time, and the video data cloud storage management method realizes the real-time visual dialogue between the administrator and the community residents.

The two-dimensional code scanning module adopts a high-speed scanning module to realize the confirmation of community residents' orders, and is used to realize community residents' scanning codes to open cabinets.

There are multiple cabinets, and different cabinets are connected through POE.

Another object of the present invention is to provide a self-packing method for community residents, including:

Community residents place orders to purchase services in the mall through mobile software.

In the next step, the system pushes the order QR code and the valid time of the QR code to the community residents.

In the next step, community residents scan and identify the position of the receiving and receiving smart shared cabinets with valid QR codes. After the system confirms, they open the packing cabinets, and then community residents complete self-packing and confirmation, and the packing is completed.

In the next step, the system pushes the cabinet selection page, and the mobile phone software of community residents selects the storage cabinet and completes the deposit.

Another object of the present invention is to provide a purchased product display method, including:

The community e-commerce uses the mobile phone management software to identify the commodity orders arriving in the community. The order statistics and cabinet status information pushed by the background are classified according to the order distribution cabinets that are suitable for display and display. Binding and delivery; select multiple commodity orders to bind to the same cabinet delivery.

In the next step, after the community e-commerce arrives at the sending and receiving smart sharing cabinet, the door opening command is sent to the system background through the mobile phone software, and the corresponding cabinet is opened after the background recognizes the data.

In the next step, after the community e-commerce company puts the multi-order products corresponding to the cabinet and displays them, the mobile phone software confirms that they have been delivered to the cabinet point, and the information is sent to the system background. After the background receives the data, the corresponding order information is changed to the stored cabinet, and the prompt information is sent to the mobile phone of the corresponding community residents to receive it.

Another object of the present invention is to provide a method for community residents, community e-commerce, service provider identity identification and system background role management, including:

The identification of community residents, community e-commerce, and service providers are all based on social software applications.

Community resident payment, community e-commerce and service provider commissions are all based on third-party payment platform payment applications.

In summary, the advantages and positive effects of the present invention are:

The present invention uses intelligent shared cabinets as the distribution auxiliary means for current community e-commerce operations to realize online convenient management of community residents' commodity orders by the platform and direct offline services.

Compared with prior art, advantage of the present invention has:

The present invention increases the self-service packing cabinet design of community community residents:

Sending and receiving intelligent sharing cabinet adopts a unique self-packing cabinet structure, which realizes community residents' self-service bag picking and packaging of service commodities. Self-package and seal the goods to be served through the sealing machine to realize self-service differentiation of goods. Community residents send service goods and directly connect with service providers point-to-point, which is conducive to the judgment of service quality disputes, enhances transaction trust and sense of security, and improves consumer experience.

The invention’s original shared cabinet use design: the combination of software and hardware is used to realize the functional design of storing multiple orders by community residents in the same cabinet or storing multiple orders by residents in the same community in the same cabinet. By increasing the background identification and statistics of the system, and adopting the method of manual distribution and manual management of community e-commerce, the matching management of commodity orders and cabinets can be realized, the utilization rate of cabinets can be improved, and the low utilization rate of cabinets in existing cabinets is solved. Community residents have trouble picking up multiple orders. At the same time, it is convenient for community e-commerce to build a community social system offline, and build a harmonious shopping community experience and atmosphere.

The present invention's original display of goods in the cabinet: part of the cabinet door is transparent and illuminated by LED lights to realize the purpose of displaying and displaying the goods to be collected in the cabinet. It solves the offline promotion of purchased products that cannot be realized in the existing cabinets, and attracts other consumers to follow up and purchase through the display of actual online transactions and purchased products.

The invention innovatively increases the network coverage near the cabinet: the wireless AP is used to realize the network coverage around the smart shared cabinet for sending and receiving, and through AC router networking, it solves the unsmooth application caused by the unstable mobile phone network signal of community residents in actual use , Web page freezing and other poor experience problems. Combined with the function of scanning codes and networking to attract fans, expand consumption traffic, manage IP through AC, and allocate bandwidth reasonably.

The innovative POE power supply network application of the present invention: the receiving and dispatching intelligent sharing cabinet adopts POE modules to realize the power supply of various modules of the cabinet itself through the network cable, which solves the problem of difficult power connection and network connection in the current landing community, and realizes at the same time Low power consumption operation, to achieve the purpose of energy saving.

The present invention adds a real-time customer service video call function: the real-time customer service video call is used to meet the real-time problem communication and processing requirements. It solves the problem that no one manages the existing cabinets offline, and the community residents report that the problem process is complicated and the problem is not handled in a timely manner after a problem occurs.

The present invention increases the self-service packaging design of the community residents to deliver the service, and realizes the self-service bag taking by the community residents. By self-packing and sealing the goods to be served, the goods that need to be sent to the service provider can be distinguished by themselves; the invention adds a part of the transparent display of the cabinet door, which is used for the physical display of the goods purchased by community residents and sent back to the cabinet to be collected online; The present invention adds a cabinet shared storage mode, which is suitable for community e-commerce to endow commodities with social functions.

Residents in the community log in to the mall through their mobile phones to purchase services. After the order is submitted to the system for background recognition and processing, it sends a QR code to the residents in the community. Residents in the community use the QR code to open the self-packing cabinet, and deposit it in the cabinet after completing the self-packing confirmation. The e-commerce provider responsible for the management of the community’s sending and receiving smart shared cabinets opens the locker according to the QR code assigned by the system background, takes out the goods and identifies them, marks the order information in the packaging bag, and then sends it to the service provider through logistics. After the completion of the commodity service, the community e-commerce company, according to the needs of the community residents, chooses to store the smart sharing cabinet for sending and receiving, or the community residents pick it up at the community e-commerce self-pickup point;

Residents in the community log in to the shopping mall through their mobile phones to purchase goods. The order is submitted to the system for background recognition and processing, and then sent to the service provider. For collection requirements, choose to store in the smart sharing cabinet for sending and receiving, or pick it up at the self-lifting point. The door of the commodity stored in the cabinet is transparent and visible, so as to achieve the purpose of displaying the transaction commodity and promote the sales of similar commodities in the community;

The e-commerce provider responsible for sending and receiving smart shared cabinets in the community can choose to store similar products purchased online by multiple community residents or multiple products purchased by the same community resident in the same cabinet under the condition that the cabinet meets the storage conditions of multiple commodities. . Through the social group, the store order information is shared to achieve the purpose of enhancing mutual understanding of community shopping.

Description of drawings

Fig. 1 is a connection diagram of an intelligent sharing cabinet for receiving and dispatching provided by an embodiment of the present invention to serve community residents and community e-commerce.

In the figure: 1. Network optical modem; 2. UPS power supply; 3. AC gateway; 4. POE switch; 5. POE splitter; 6. DC splitter; 7. Wireless AP; 8. QR code scanning module ; 9. Main control board of shared cabinet; 10. Real-time video call equipment; 11. Lock control board; 12. Electric lock; 13. LED lights.

Fig. 2 is a schematic diagram of the multi-cabinet power supply network in the community receiving and dispatching cabinet group in the receiving and dispatching intelligent shared cabinet serving community residents and community e-commerce provided by an embodiment of the present invention.

Fig. 3 is a flow chart of a method for sharing cabinets and cabinets for sending and receiving intelligently shared cabinets for serving community residents and community e-commerce provided by an embodiment of the present invention.

Fig. 4 is a flowchart of a method for community residents to store goods provided by an embodiment of the present invention (involving how to realize the packaging function).

Detailed ways

In order to make the object, technical solution and advantages of the present invention more clear, the present invention will be further described in detail below in conjunction with the examples. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

The existing laundry receiving and receiving cabinets are chaotic, and the logistics personnel handle the laundry process. It is determined that the laundry disputes are unclear and do not support multiple service providers.

The utilization rate of the cabinets in the existing cabinets is not high, and it is troublesome for community residents to pick up multiple orders.

The offline promotion of the purchased goods that cannot be realized by the existing cabinets cannot attract consumers to follow up the purchase through the display of the purchased goods through the online transaction.

In actual use, the mobile phone network signal of community residents is unstable, resulting in unsmooth software use and poor experience such as web page freezes.

Now it is difficult to connect the cabinet to the community to connect to the electricity and the network.

There is no one to manage the existing cabinets offline, and the problem reflects that the problem process is complicated and the problem is not dealt with in a timely manner.

Aiming at the problems existing in the prior art, the present invention provides a sending and receiving intelligent sharing cabinet and a sharing method for serving community residents and community e-commerce. The present invention will be described in detail below with reference to the accompanying drawings.

The present invention realizes the unique self-service packaging structure and function design of the smart shared cabinet for sending and receiving.

The invention realizes the design and realization of the intelligent storage of multiple people in the same cabinet realized by the hardware of the sending and receiving intelligent sharing cabinet.

The present invention realizes the design and realization of the unique customer service real-time response realized by hardware realized by sending and receiving intelligent sharing cabinets.

The present invention transmits and receives intelligent shared cabinet compartments and adopts a unique part of the cabinet door to realize the effect of displaying the purchased goods on the shelf.

Based on the existing POE low-power network power supply technology, the present invention is the first to realize the integrated grid supply hardware architecture of the smart cabinet. The patent of this invention is an original design specially designed for community e-commerce.

As shown in Fig. 1-Fig. 2, the sending and receiving intelligent shared cabinet for serving community residents and community e-commerce provided by the embodiment of the present invention mainly includes a cabinet body, which includes a shared cabinet main control board 9, a lock control board 11, Electric control lock 12, LED light 13, DC splitter 6, wireless AP7, network optical modem 1, AC gateway 3, POE switch 4, POE splitter 5, UPS power supply 2. A real-time video call device 10 and a two-dimensional code scanning module 8 are embedded outside the cabinet.

A real-time video call device 10, a two-dimensional code scanning module 8, and an advertising machine are embedded outside the cabinet.

A real-time video call device, a QR code scanning module, and an advertising machine are embedded outside the cabinet.

Connect to the power supply through the UPS power supply 2 to connect to the power supply and provide backup power for the entire cabinet.

The network optical modem accesses the optical fiber network to provide the network for the entire cabinet.

The UPS power supply is connected to the AC gateway 3 through a power cable to provide power for the gateway, and the network optical modem is connected to the AC gateway through a network cable to supply the network for the AC gateway.

The UPS power supply is connected to the POE switch 4 through a power cable to supply power to the POE switch. The AC gateway and the POE switch are connected through a network cable to supply the network for the POE switch.

The POE switch is connected to the POE splitter 5 through a network cable to supply the network for the POE splitter.

The POE splitter is divided into two output interfaces, a DC power interface and a network interface. The DC power interface is connected to the DC splitter 6, and the DC power interface is divided into two, which supply power to the wireless AP and the main control board of the shared cabinet respectively.

The network interface of the POE splitter is connected to the wireless AP to realize the wireless AP supplying the network.

The DC power interface of the POE splitter is connected to the power interface of the real-time video call equipment and the advertising machine to realize the power supply of the equipment.

The real-time video call equipment and the advertising machine are wirelessly connected to the wireless AP7 to realize networking.

The wireless AP is connected to the main control board of the shared cabinet through a network cable to realize the networking of the main control board.

The main control board 9 is connected with the two-dimensional code scanning module through the TTL interface, supplies power for the two-dimensional code scanning module and realizes data transmission between the main control board and the two-dimensional code scanning module.

The main control board is connected with the real-time video call device through the power cable, and supplies power for the real-time video call device.

The main control board and the lock control board are connected through the 485 interface to realize real-time communication and power supply between the main control board and the lock control board.

The lock control board 11 is connected with the electric control lock 12 by wires, and is used for the control and state detection of the electric control lock. The lock control board and the LED lamp are connected by wires to realize the control of the LED lamp.

In the embodiment of the present invention, the cabinet body is a multi-faceted cabinet, and the cabinet body is divided into three types of cabinets: general storage cabinets, packing cabinets, and storage display cabinets;

The general lockers are used to store the goods purchased by community residents and the goods to be served by community residents.

The packing cabinet adopts a structure with multiple openings and multiple bags, which is used for community residents to take bags by themselves, and community residents to seal and pack clothes by themselves, so as to realize the self-service packing of community residents' goods to be served.

The storage display cabinets are designed with transparent cabinet doors, which are used to display the products purchased by community residents or products recommended by the platform.

In the embodiment of the present invention, the main control board 9 of the shared cabinet adopts an independent design, and uses the stm32f103 chip as the main control chip, which can realize the operation of the entire main control board with low power consumption, and the main control board is mainly used for network communication and data transmission.

The lock control board 11 is mainly used to control the switch of the electric control lock 12 and the LED light 13, the electric control lock 12 is used for opening and closing the cabinet door, and the LED light 13 is used for providing lighting function for the cabinet when the cabinet is opened.

Wireless AP7 provides wireless network around the cabinet to realize wireless network coverage around the cabinet. The network optical modem 1 is used to access the optical fiber network, and the AC gateway is used to allocate and manage the network IP of multiple cabinets. The POE switch 4 is used to send and receive the power supply network of the intelligent shared cabinet, and the POE splitter 5 is used to realize the grid separation of the POE network cable. UPS power supply 2 is used as the backup power supply for the entire cabinet, and its main function is to provide battery life for the entire cabinet in the event of a sudden power failure.

The real-time video call device 10 is bound to the mobile phone of the community administrator, and the community residents press the button to call in real time, and the video data cloud storage and management method realizes the real-time visual dialogue with the community residents. The two-dimensional code scanning module adopts a high-speed scanning module to realize the rapid confirmation of community residents' commodity orders, and is used to realize the function of community residents scanning codes to open cabinets.

In the embodiment of the present invention, the UPS power supply 2 is connected to the power supply, and the cabinet group is connected to the power supply and a backup power supply is provided. The network optical modem 1 is connected to the optical fiber network to provide the network for the cabinet group. The UPS power supply 2 and the AC gateway 3 are connected through a power cable to realize the power supply function for the AC gateway 3, and the network optical modem 1 and the AC gateway 3 are connected through a network cable to realize the power supply function for the AC gateway 3. The UPS power supply 2 and the POE switch 4 are connected through a power cable to realize the power supply function for the POE switch 4 , and the AC gateway 3 and the POE switch 4 are connected through a network cable to realize the network supply function for the POE switch 4 . The POE switch 4 is connected to the POE splitter 5 through a network cable to supply the POE splitter 5 with power for the network. The POE splitter 5 is divided into two output interfaces, a DC power interface and a network interface. The DC power interface is connected to the DC splitter 6, and the DC power interface supplies power to the wireless AP7 and the shared cabinet main control board 9 respectively. The network interface of the POE splitter 5 is connected with the wireless AP7 to realize the network supply function of the wireless AP7, and the wireless AP7 is connected with the main control board 9 of the shared cabinet through a network cable to realize the networking function of the main control board 9 of the shared cabinet.

The shared cabinet main control board 9 is connected to the two-dimensional code scanning module 8 through a TTL interface, supplies power to the two-digit code scanning module 8 and realizes data transmission between the shared cabinet main control board 9 and the two-dimensional code scanning module 8. The main control board 9 of the shared cabinet is connected to the real-time video call device 10 through a power cord, and supplies power for the real-time video call device 10 . The shared cabinet main control board 9 is connected to the lock control board 11 through the 485 interface to realize the real-time communication and power supply functions between the lock control board 11 and the shared cabinet main control board 9 . The lock control board 11 and the electric control lock 12 are connected by wires to realize the control and state detection functions of the electric control lock. The lock control board 11 and the LED lamp 13 are connected by wires to realize the control function of the LED lamp.

In the embodiment of the present invention, the packing cabinet: the shared cabinet adopts a unique self-service packing cabinet structure, and the packing cabinet is equipped with multiple bag taking ports and multiple binding machines, and the outside of the bag taking port is automatically reserved Part of the bag.

In the embodiment of the present invention, the display cabinet: the display cabinet adopts a transparent cabinet door design structure, and the interior of the cabinet adopts a soft lighting effect to achieve a better product display effect.

In the embodiment of the present invention, the real-time video call device 10: the customer service real-time answering device is bound to the team leader's mobile phone, and the customer service real-time answering device is connected to the network through WIFI, and the community residents click the call button on the sending and receiving intelligent shared cabinet operation panel to contact the customer service personnel , the customer service personnel realize the real-time video call function with the community residents through the mobile phone. Videos are archived periodically in the cloud using cloud storage.

In the embodiment of the present invention, the function of sharing cabinets: community e-commerce manages cabinets and community residents’ orders through mobile phone software, binds orders of the same commodity category with cabinets, and uses a combination of software and hardware to realize software Carry out product classification, manually realize order cabinet binding, and hardware realize the function of cabinet control.

In the embodiment of the present invention, there are multiple cabinets, and different cabinets are connected through POE.

As shown in FIG. 3 , a method for sharing cabinets for sending and receiving intelligent shared cabinets serving community residents and community e-commerce provided by an embodiment of the present invention includes:

The community e-commerce company recognizes the commodity orders purchased by the community and has arrived at the community centralized point.

Allocate and confirm the multi-order commodities that meet the conditions for opening shared cabinets.

Deliver the goods to the distribution cabinet, and deposit them after the cabinet location is confirmed.

Change the corresponding information to the stored cabinet information, the system background prompt information is sent to the mobile phone of the corresponding community residents, and the community e-commerce social group order product information is shared.

Specifically include:

After receiving the goods sent by the service provider to the community, the community e-commerce company will confirm the centralized point of purchasing goods in the community through the back-end system of the mobile phone management software.

In the next step, the community e-commerce will use the mobile phone management software to manage the cabinet delivery binding of the orders that have arrived in the community. You can choose to bind multiple product orders to the same cabinet.

In the next step, after the community e-commerce arrives at the location of the receiving and dispatching smart sharing cabinet, the door opening command is sent to the system background through the mobile phone software, and the corresponding cabinet is opened after the background recognizes the data.

In the next step, after the community e-commerce place puts multiple orders corresponding to the counters, the mobile phone software confirms that they have been delivered to the counters, and the information is fed back to the system background. After the background receives the data, the corresponding order information is changed to the stored cabinet, and the prompt information is sent to the mobile phone of the corresponding community residents to receive it.

In the next step, community e-commerce will notify community residents in social groups.

Among them, community residents use the buttons on the mobile phone software interface to complete operations such as commodity purchase, service purchase, commodity collection, and item collection. After recording, identifying, and confirming in the background of the system, an instruction is issued to control the sending and receiving of intelligent shared cabinets to open the corresponding cabinet doors.

The community e-commerce company completes the receipt and delivery management confirmation operations for the community residents to purchase commodities through the buttons on the mobile phone software interface. After recording, identifying, and confirming in the background of the system, an instruction is issued to control the sending and receiving of intelligent shared cabinets to open the corresponding cabinet doors.

The service provider completes the order confirmation, product delivery, and arrival confirmation operations for community purchases through the buttons on the mobile phone software interface. After recording, identifying, and confirming in the background of the system, the order transaction is completed, and the financial management software of the system completes the settlement of service providers and community e-commerce through recording, identifying, and confirming.

Community e-commerce connects with community residents for after-sales service through social software, reports to the system background record, identification, after-sales service, confirmation, and completes the after-sales service process.

As shown in Figure 4, an embodiment of the present invention provides a self-packing method for community residents, including:

Community residents place orders to purchase services through the mobile phone software store.

In the next step, the system pushes the order QR code and the valid time of the QR code to the community residents.

In the next step, community residents scan and identify the location of the smart shared cabinet with a valid QR code. After the system confirms, they open the packing cabinet, and then the community residents complete the self-packing and confirmation, and the packing is completed.

In the next step, the system pushes the cabinet selection page, and the mobile phone software of community residents selects the storage cabinet and completes the deposit.

An embodiment of the present invention provides a purchased product display method, including:

The community e-commerce uses the mobile phone management software to identify the commodity orders arriving in the community. The order statistics and cabinet status information pushed by the background are classified according to the order distribution cabinets that are suitable for display and display. Binding and delivery; select multiple commodity orders to bind to the same cabinet delivery.

In the next step, after the community e-commerce arrives at the sending and receiving smart sharing cabinet, the door opening command is sent to the system background through the mobile phone software, and the corresponding cabinet is opened after the background recognizes the data.

In the next step, after the community e-commerce company puts the multi-order products corresponding to the cabinet and displays them, the mobile phone software confirms that they have been delivered to the cabinet point, and the information is sent to the system background. After the background receives the data, the corresponding order information is changed to the stored cabinet, and the prompt information is sent to the mobile phone of the corresponding community residents to receive it.

Another object of the present invention is to provide a method for community residents, community e-commerce, service provider identity identification and system background role management, including:

The identification of community residents, community e-commerce, and service providers are all based on social software applications.

Community resident payment, community e-commerce and service provider commissions are all based on third-party payment platform payment applications.

The present invention will be further described below in conjunction with effects.

The present invention realizes the unique self-service packaging structure and function design of the smart shared cabinet for sending and receiving.

The invention realizes the design and realization of the intelligent storage of multiple people in the same cabinet realized by the hardware of the sending and receiving intelligent sharing cabinet.

The present invention realizes the design and realization of the unique customer service real-time response realized by hardware realized by sending and receiving intelligent sharing cabinets.

The present invention transmits and receives intelligent sharing cabinets and adopts the unique transparent design of some cabinets to realize the effect of displaying purchased goods on the shelves.

Based on the existing POE low-power network power supply technology, the present invention is the first to realize the integrated grid supply hardware architecture of the smart cabinet.

The cabinet packing cabinet function solves the problems that the receiving and receiving cabinets have no self-service packaging function in the early stage, the sending and receiving are chaotic, and the workload of customer service personnel is heavy and error-prone. In addition, it solves the quality dispute between consumers and service providers. After the self-service packaging is completed and delivered through logistics, it enters the monitoring process of the service provider, and the division of responsibilities in the intermediate links is clarified.

Shared cabinet function, all lockers distribute orders through community e-commerce, realize binding of multiple orders with the same cabinet through background software, improve the utilization rate of cabinets, and realize cabinet sharing through community e-commerce management The safety is realized, so that multiple people can use one cabinet together, and one person can use one cabinet for multiple orders. Through the software, the management of customer service is increased, and the efficiency of problem handling is improved.

The visual dialogue function realizes the function of real-time communication between community residents and community e-commerce, realizes timely response and processing of community residents' problems, makes the fixed-point service of intelligent shared cabinets more accurate, and provides more direct services for community residents. It solves the problem that the existing cabinet fails, and the community residents report that the problem cannot be solved in real time, causing the community residents to lose trust in the service provider.

POE power supply function, the POE power supply realizes the network power supply of the shared cabinet through the network cable, which solves the problem that the existing smart cabinets are difficult to connect to power and network in the community.

The UPS power supply realizes the continuous power supply for the intelligent shared cabinets after the power failure in the community, which solves the problem that the cabinets cannot be used normally and the system is prone to failure when the power is cut off in the community.

LED lights cooperate with the storage display cabinets to display the commodities purchased by community residents, realizing the function of offline display, display and promotion of transaction commodities.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. within range.

Claims (10)

1. A shared method for serving community residents and community e-commerce sending and receiving intelligent sharing cabinets, characterized in that, the sharing method for serving community residents and community e-commerce sending and receiving intelligent sharing cabinets includes: The community e-commerce company identifies the commodity orders purchased by the community that have arrived at the community centralized point; Allocate and confirm the multi-order commodities that meet the conditions for opening shared cabinets; Deliver the goods to the distribution cabinet, and deposit them after the cabinet location is confirmed; Change the corresponding information to the stored cabinet information, the system background prompt information is sent to the mobile phone of the corresponding community residents, and the community e-commerce social group order product information is shared. 2. The sharing method of sending and receiving intelligent shared cabinets serving community residents and community e-commerce as claimed in claim 1, characterized in that, during the binding management of cabinet distribution for orders that have arrived at the centralized point of purchasing commodities in the community, Select multi-item orders to be bound to the same cabinet. 3. The sharing method of serving community residents and community e-commerce sending and receiving intelligent sharing cabinets as claimed in claim 1, characterized in that, the sharing method of serving community residents and community e-commerce sending and receiving intelligent sharing cabinets further comprising the following steps: After receiving the goods sent by the service provider to the community, the community e-commerce company will confirm the centralized point of purchasing goods in the community through the background of the mobile phone management software system; In the next step, the community e-commerce company uses the mobile phone management software to carry out cabinet delivery binding management for the commodities that have arrived in the community; select multiple commodity orders to bind to the same cabinet; In the next step, after the community e-commerce arrives at the sending and receiving smart sharing cabinet, it sends the door opening instruction to the system background through the mobile phone software, and the background recognizes the data and sends an instruction to open the corresponding cabinet; In the next step, after the community e-commerce puts the multi-order products corresponding to the cabinets, the mobile phone software confirms that they have been delivered to the counters, and the information is fed back to the system background. After receiving the data, the background changes the corresponding order information to stored, and sends the prompt information to Corresponding to the mobile phone reception of community residents; In the next step, community e-commerce will notify community residents in social groups. 4. A purchased commodity display method applying the sharing method of claim 1, characterized in that the purchased commodity display method comprises the following steps: In the first step, the community e-commerce company uses the mobile phone management software to identify the order statistics and cabinet status information pushed by the background for the commodity orders arriving in the community, and classify the commodity order delivery cabinets for binding and delivery; select multiple commodity orders to bind to the same cabinet grid delivery; In the second step, after the community e-commerce arrives at the sending and receiving smart sharing cabinet, it sends the door opening command to the system background through the mobile phone software, and the background recognizes the data and opens the corresponding cabinet; In the third step, after the community e-commerce company puts the multi-order products confirmed in the background of the cabinet system, it uses the mobile phone software to confirm that it has been delivered to the cabinet point, and then the information is fed back to the system background; after the system receives the data, the corresponding order information is modified to be stored in the cabinet grid, and send the reminder information to the mobile phone of the community residents corresponding to the order to receive it. 5. A method for community resident, community electricity supplier, service provider identity identification and system background role management applying the sharing method described in claim 1, characterized in that, said community resident, community electricity supplier, service provider identity identification and The method for system background role management comprises the following steps: Step 1. Identify the identities of community residents, community e-commerce and service providers based on social software; Step 2: Pay community residents based on the third-party payment platform, and commission payments for community e-commerce and service providers. 6. A community resident's self-service packing method applying the sharing method of claim 1, characterized in that, the community resident's self-service packing method comprises the following steps: 1) Community residents place orders to purchase services in the mall through mobile software; 2) The system background pushes the order QR code and the valid time of the QR code to the community residents; 3) Community residents scan the QR code at the location of the smart shared cabinet to identify it, and open the packing cabinet after confirmation by the system background, and the community residents complete self-packing and confirmation; 4) The system background pushes the storage cabinet selection page, and selects the storage cabinet through the mobile phone software of the community residents to deposit. 7. An intelligent sharing cabinet for sending and receiving services for community residents and community e-commerce that implements the sharing method of claim 1, characterized in that the intelligent sharing cabinet for sending and receiving services for community residents and community e-commerce includes Cabinet; The main control board, lock control board, electric lock, LED light, DC splitter, wireless AP, network optical modem, AC gateway, POE switch, POE splitter, POE extender and UPS power supply are installed in the cabinet; Embed real-time video call equipment, QR code scanning module, and advertising machine outside the cabinet; Connect to the power supply through the UPS power supply to connect to the power supply and provide backup power for the entire cabinet; The network optical modem accesses the optical fiber network to provide the network for the entire cabinet; The UPS power supply and the AC gateway are connected through the power cable to realize the power supply function for the gateway, and the network optical modem and the AC gateway are connected through the network cable to realize the power supply for the AC gateway; The UPS power supply and the POE switch are connected through the power cable to supply power for the POE switch; the AC gateway and the POE switch are connected through a network cable to supply the network for the POE switch; The POE switch is connected to the POE splitter through the network cable and the POE extender to supply power to the POE splitter; The POE splitter is divided into two output interfaces, a DC power interface and a network interface. The DC power interface is connected to the DC splitter, and the DC power interface supplies power to the wireless AP and the main control board of the shared cabinet respectively; The network interface of the POE splitter is connected to the wireless AP to realize the wireless AP supply network; The DC power interface of the POE splitter is connected to the real-time video call equipment and the power interface of the advertising machine to realize the power supply of the equipment; Real-time video call equipment and advertising machine wirelessly connect to wireless AP to realize networking; The wireless AP is connected to the main control board of the shared cabinet through the network cable to realize the networking of the main control board; The main control board is connected to the two-dimensional code scanning module through the TTL interface, which supplies power to the two-dimensional code scanning module and realizes the data transmission between the main control board and the two-dimensional code scanning module; The main control board is connected to the real-time video call device through the power cable to supply power for the real-time video call device; The main control board and the lock control board are connected through the 485 interface to realize the real-time communication and power supply between the main control board and the lock control board; The lock control board and the electric control lock are connected by wires, which are used for the control and state detection of the electric control locks; the lock control board and the LED lights are connected by wires to realize the control of the LED lights. 8. The sending and receiving intelligent sharing cabinet serving community residents and community e-commerce as claimed in claim 7, characterized in that the cabinet body is a multi-faceted cabinet, and the cabinet body has three types of cabinets, which are divided into multiple general storage There are three types of cabinets, one packing cabinet and multiple storage display cabinets. 9. The sending and receiving intelligent sharing cabinet serving community residents and community e-commerce as claimed in claim 7, characterized in that the packing cabinet adopts the structure of multiple binding machines and multiple bag takers; the cabinet door adopts a transparent and visible structure; The packing cabinet adopts two-way opening, one side is a drawer with mechanical lock, and the other side is an electric control lock door, and there is a storage compartment for auxiliary materials inside; The storage display cabinet adopts transparent and visible cabinet doors, which are used to display the products purchased by community residents or products recommended by the platform. 10. The sending and receiving intelligent sharing cabinet serving community residents and community e-commerce as claimed in claim 7, characterized in that there are multiple cabinets, and different cabinets are connected through POE.