TWI700651B - Smart logistics box system and its operation method - Google Patents

Abstract

A smart logistics box system and its operation method are provided. After a logistics item is placed in a reusable logistics box, a consignment terminal executes an application program and sends logistics shipping information. After receiving the logistics shipping information, the reusable logistics box transmits preset password data to the consignment terminal. The consignment terminal transmits the preset password data to a receiving terminal through an application program server. When the reusable logistics box displays the logistics shipping information and weight information of the logistics item and a cover and a box are covered with each other, the reusable logistics box is in a locked status. The receiving terminal executes the application program and sends unlocking data to the reusable logistics box. The reusable logistics box can be used to verify whether the unlocking data is the preset password data after receiving the unlocking data. When the unlocking data is the preset password data, the reusable logistics box is in an unlocked status.

Description

Smart logistics box system and its operating method

The invention relates to a logistics box system and an operation method thereof, in particular to a smart logistics box system and an operation method thereof.

In recent years, with the development of e-commerce, people are shopping more and more frequently on the Internet. Items purchased through online shopping must be delivered by mail, express delivery or super-business pickup. As the packaging methods of commodities are quite diverse, it is difficult to store goods and it is inconvenient for logistics personnel to carry them during the distribution process. In addition, sellers usually use packaging cartons or plastic bags combined with tape to pack goods. However, using a lot of corrugated paper or plastic bags and layers of tape will waste a lot of resources and bring recycling problems, resulting in huge amounts of garbage and pollution. .

In summary, it can be seen that the prior art has the problem of inconvenience in warehousing and logistics caused by the multiple packaging methods of goods, and the problem of using a large number of corrugated paper or plastic bags and layers of tape to package goods to produce a huge amount of garbage and pollution, so it is really necessary Propose improved technical means to solve this problem.

The invention discloses a smart logistics box system and an operation method thereof.

First of all, the present invention discloses a smart logistics box system, which includes: a sending terminal, a receiving terminal, and a reusable logistics box. The shipping terminal is used to execute the application to log in to the member account, and receive the input of the shipping information, and send the logistics shipping data accordingly. The receiving terminal is used to execute the application to log in to another member account, and to receive the default password information and send the unlocking information through the application server. The reusable logistics box includes a box body, a cover body, a connection module, a transmission and reception module, a weight measurement module, a display module, a verification module and a lock module. The box body has a storage space and a connected storage space The opening, containing space is used to provide storage for logistics items, the cover is detachably placed on the box and closes the opening, the connection module, the transmission and reception module and the verification module are configured on the inner surface of the cover, and the weight is measured The module is arranged on the bottom surface of the box, and the display module is arranged on the outer surface of the cover. Among them, the connection module is used to pair and connect with the sending terminal and the receiving terminal; the transmission and reception module is used to receive logistics shipment data after the connection module is connected to the sending terminal, and transmit reusable logistics The default password data of the box is sent to the sending terminal so that the sending terminal transmits the default password data to the receiving terminal through the application server, and receives the unlocking data after the connection module is connected to the receiving terminal; The heavy module is used to measure the weight of the logistics items installed in the accommodating space, and the weight data is output accordingly; the display module is used to display the logistics shipping data and weight data; the verification module is used to verify whether the unlocking data is the default Password information. The lock module is used to make the box and the cover locked when the display module displays the logistics shipping data and weight data and the box and the cover are closed; when the verification module confirms that the unlocking data is the default password Data and when the box body and the cover body are closed with each other, the box body and the cover body are in an unlocked state.

In addition, the present invention discloses an operation method of a smart logistics box system. The steps include: providing a smart logistics box system, which includes a sending terminal, a receiving terminal and a reusable logistics box, wherein the reusable logistics box includes a box body , Cover, connection module, transmission and reception module, weighing module, display module, verification module and lock module, the box has a accommodating space and an opening that communicates with the accommodating space, and the cover is detachable The connection module, the transmission and reception module and the verification module are arranged on the inner surface of the cover body, the weighing module is arranged on the bottom surface of the box body, and the display module is arranged on the outer surface of the cover body; After being placed in the accommodating space, the cover is placed on the box and the opening is closed; the shipping terminal executes the application to log in to the member account, and receives the input of the shipping information, and then sends the logistics shipping information; the connection module and The sending terminal is paired and connected; after the connection module is connected to the sending terminal, the receiving module receives the logistics shipment data, and transmits the preset password data of the reusable logistics box to the sending terminal; The terminal transmits the preset password data to the receiving terminal through the application server; the weight measurement module measures the weight of the logistics items installed in the storage space, and outputs weight data accordingly; the display module displays the logistics shipment data and weight Data; when the display module displays the logistics shipment data and weight data and the box and the cover are closed, the box and the cover are locked through the lock module; the receiving terminal executes the application to log in to the other A member account, and receive the default password data through the application server; the connection module is paired with the receiving terminal; the receiving terminal sends the unlocking data; after the connection module is connected to the receiving terminal, it is sent and received The module receives the unlocking data; the verification module verifies whether the unlocking data is the default password data; and when the verification module confirms that the unlocking data is the default password data and the box body and the cover are mutually closed, the box body is made through the lock module It is unlocked with the cover.

The system and method disclosed in the present invention are as above. The difference from the prior art is that the present invention uses logistics items to be placed in the reusable logistics box, and the shipping terminal executes the application and sends logistics shipment data; the reusable logistics box After receiving the logistics shipment data, it transmits its preset password data to the sending terminal; the sending terminal transmits the default password data to the receiving terminal through the application server; the logistics box can be reused to display the logistics shipment data and The weight data of the logistics item and the box and the cover are locked when they are closed; the receiving terminal executes the application and sends the unlocking data to the reusable logistics box; the reusable logistics box can verify whether the unlocking data is preset Password data; when the unlocking data is confirmed to be the preset password data, the logistics box can be reused to be unlocked.

Through the above-mentioned technical means, the present invention can achieve the technical effects of standardization of commodity packaging, environmental protection and safety.

Before describing the smart logistics box system and its operating method disclosed in the present invention, firstly, the self-defined terms of the present invention will be explained. The sending terminal, receiving terminal, and various modules included in the smart logistics box system of the present invention The group, each server and cash register device can be implemented in various ways, including software, hardware, firmware, or any combination thereof. For example, in some embodiments, the shipping terminal may be implemented by software and/or hardware, and the scope of the present invention is not limited in this respect. The software or firmware proposed in the implementation of the technology can be stored on machine-readable storage media, such as: read-only memory (ROM), random access memory (RAM), disk storage media, optical storage media, fast Flash memory devices, etc., and can be executed by one or more general-purpose or special-purpose programmable microprocessors. Signals and data can be transmitted between the sending terminal and the reusable logistics box and between the receiving terminal and the reusable logistics box according to the present invention through short-distance communication technology, such as: Near-field communication (Near- field communication (NFC), Bluetooth (Bluetooth), Zigbee (Zigbee) and/or Ultra-wideband (UWB); the sending terminal and receiving terminal of the present invention can be performed by executing the same application The transmission of signals and data (that is, wireless communication is performed through the application server connected to the application); the various modules of the present invention can transmit signals and data in a wired or wireless manner.

Hereinafter, the implementation of the present invention will be described in detail with the drawings and embodiments, so as to fully understand and implement the implementation process of how the present invention uses technical means to solve technical problems and achieve technical effects.

Please refer to "Figure 1", "Figure 2A" and "Figure 2B". "Figure 1" is a schematic diagram of an embodiment of the smart logistics box system of the present invention. "Figure 2A" and "Figure 2B" are The method flow chart of an embodiment of the operation method of the smart logistics box system in "Figure 1". In this embodiment, the smart logistics box system 100 may include: a shipping terminal 110, a receiving terminal 120, and a reusable logistics box 130. The reusable logistics box 130 may include a box 131, a cover 132, and Line module 133, transmission and reception module 134, weighing module 135, display module 136, verification module 137, and lock module 138. The box 131 may have an accommodation space (not drawn) and a connecting accommodation space Opening (not drawn), the cover 132 is detachably placed on the box 131, the connection module 133, the transmission and reception module 134 and the verification module 137 are arranged on the inner surface of the cover 132, and the weighing module 135 is arranged On the bottom surface of the box body 131, the display module 136 is disposed on the outer surface of the cover body 132 (that is, step 210).

In this embodiment, the sending terminal 110 is a device used by the sender, and the receiving terminal 120 is a device used by the recipient. Both the sending terminal 110 and the receiving terminal 120 can be, but not limited to, mobile A device (such as a smart phone or a tablet computer) and an application 60 is installed so that the sending terminal 110 and the receiving terminal 120 can execute the application 60 through the network and the application server 50, thereby enabling the sending terminal 110 The material of the box body 131 and the cover body 132 of the reusable logistics box 130 can be, but not limited to, reusable and non-destructive materials such as silicon or plastic, and can transmit signals and data to each other with the receiving terminal 120; and The box body 131 and the cover body 132 of the reusable logistics box 130 can be designed to be folded for easy storage, but it should be noted that the box body 131 and the cover body 132 cannot be made of metal materials to avoid the influence of the shielding effect The connection module 133 and the transmission and reception module 134 transmit and receive signals; the connection module 133 is used to connect the sending terminal 110 and the receiving terminal 120 through short-distance communication technology; the transmission and reception module 134 is used to transmit The connection module 133 communicates signals and data with the sending terminal 110 or the receiving terminal 120; the weighing module 135 may include a plurality of sensing units (not shown) and processing units (not shown). These sensing The units can be evenly distributed on the bottom surface of the box body 131 to sense the pressure of the logistics articles installed in the accommodating space. The processing unit outputs relative weight data according to the pressure measured by the sensing units. However, in this embodiment It is not intended to limit the present invention; the display module 136 can be, but is not limited to, electronic paper; the lock module 138 can be an electric control lock, which includes a snap ring unit 90, an electromagnetic lock unit 92, a control unit (not shown), and a snap ring The unit 90 can be arranged on the inner surface of the cover 132, and the electromagnetic lock unit 92 and the control unit can be arranged on the inner surface of the box 131, so that when the cover 132 is placed on the box 131 and the opening is closed, the control unit can control the electromagnetic lock The unit 92 locks the snap ring unit 90 (that is, the box body 131 and the cover 132 are in a locked state, that is, the small thick line of the electromagnetic lock unit 92 in "Figure 1" moves to the left of the figure and passes through the snap ring unit 90) or the controllable electromagnetic lock unit 92 is separated from the snap ring unit 90 (that is, the box 131 and the cover 132 are in an unlocked state, as shown in "Figure 1", which is the electromagnetic lock unit in "Figure 1" The thick-line small square 92 does not pass through the hole of the clasp unit 90). Since the electric lock is a conventional technology, it will not be described here, but this embodiment is not intended to limit the present invention. It should be noted that the reusable logistics box 130 can be a logistics box whose shape and structure are symmetrical. Therefore, the reusable logistics box 130 in "Figure 1" can be illustrated by a cross-sectional view, but this embodiment It is not intended to limit the present invention.

Among them, the box body 131 of the reusable logistics box 130 can be but not limited to a square shape, and a series of square boxes of different sizes can be formulated according to actual needs to meet the needs of users and facilitate logistics personnel to carry, thereby achieving product packaging The effect of standardization. In addition, the inner surfaces of the box body 131 and the cover body 132 can also be respectively equipped with power modules (not drawn) to supply power to the connection module 133, the transmission and reception module 134, the weighing module 135, and the display module respectively. Group 136, verification module 137, and lock module 138. Each power module can have a switch unit (not shown). When the sender wants to use the reusable logistics box 130, he can turn on these switches The unit makes these power modules supply power to the connection module 133, the transmission and reception module 134, the weighing module 135, the display module 136, the verification module 137, and the lock module 138 respectively; when the recipient has used up When the logistics box 130 can be reused, the power supply modules can be turned off by turning off the switch units to not supply power to the connection module 133, the transmission and reception module 134, the weighing module 135, the display module 136, and the verification module. Group 137 and lock module 138 to avoid wasting power.

In this embodiment, the operation method of the smart logistics box system may include the following steps: after the logistics items are placed in the accommodating space, the cover is placed on the box and the opening is closed (step 220); the sending terminal executes the application to Log in to the member account and receive the input of the shipping information, and then send the logistics shipment data (step 230); the connection module is paired with the sending terminal (step 240); the connection module is connected to the sending terminal After the line, the receiving module receives the logistics shipment data, and transmits the default password data of the reusable logistics box to the sending terminal (step 250); the sending terminal transmits the default password data to the application server Receiving terminal (step 260); the weighing module measures the weight of the logistics items installed in the accommodating space, and outputs weight data accordingly (step 270); the display module displays the logistics shipment data and weight data (step 280) ; When the display module displays the logistics shipment data and weight data and the box and the cover are closed with each other, the box and the cover are locked through the lock module (step 290); the receiving terminal executes the application Log in to another member account and receive the default password data through the application server (step 300); the connection module is paired with the receiving terminal (step 310); the receiving terminal sends unlocking data (step 320); After the connection module is connected to the receiving terminal, the transmitting and receiving module receives the unlocking data (step 330); the verification module verifies whether the unlocking data is the default password data (step 340); and when the verification module confirms the unlocking data When it is the preset password data and the box body and the cover body are closed with each other, the box body and the cover body are unlocked through the lock module (step 350). If there is no causal relationship between the above steps, the present invention does not limit the order of execution.

In step 230 to step 250, the sender can execute the application 60 through the sending terminal 110, log in to its member account, and then enter the shipping information to make the sending terminal 110 generate logistics shipment data and transmit the logistics out The cargo information is sent to the reusable logistics box 130 connected to it; after receiving the logistics shipment data, the reusable logistics box 130 transmits its preset password data to the shipping terminal 110. Among them, the sending information can include the contact phone number, address and postal code of the sender and recipient. The default password data of the reusable logistics box 130 is a one-time password, or the logistics service provider uses the logistics server ( Not drawn) The reusable logistics box 130 is periodically replaced with the preset password data with short-distance communication technology.

In step 260, since the executable application 60 of the sending terminal 110 and the receiving terminal 120 is connected to the application server 50 through the network, the sending terminal 110 and the receiving terminal 120 can transmit signals and data to each other. Therefore, the sending terminal 110 can transmit the received default password data to the receiving terminal 120 through the application server 50.

In step 280, the display module 136 can receive and display the logistics shipment information. Therefore, the sender does not need to post the paper with the shipping information on the outer surface of the reusable logistics box 130 or write the shipping information by hand Written on the outer surface of the reusable logistics box 130 can let logistics personnel know the delivery information, which meets environmental protection requirements. In addition, the display module 136 can receive and display weight data, so that the recipient can determine whether the logistics items in the reusable logistics box 130 have been stolen from the weight data before unopening the reusable logistics box 130 Feng suspected it and decided whether to reject it. Furthermore, if the logistics industry charges logistics transportation fees based on the weight of the logistics items or there is a weight limit for a single package (ie a reusable logistics box 130), the design of the weighing module 135 and the display module 136 will help accelerate logistics Operator’s workflow.

In steps 300 to 350, the recipient can execute the application 60 through the receiving terminal 120 and log in to their member account to receive the default password data through the application server 50; then, at the receiving terminal After 120 is paired with the connection module 133 (step 310), the recipient can input the unlocking password through the receiving terminal 120, and the receiving terminal 120 can generate and send the unlocking data to the transmission module 134, and then verify The module 137 verifies whether the unlocking data is the default password data; when the verification module 137 confirms that the unlocking data is the default password data and the box 131 and the cover 132 are closed with each other, the lock module 138 makes the box 131 and The cover 132 is in an unlocked state, achieving a safe technical effect.

In this embodiment, the sending terminal 110 can write the sending information into the data block and broadcast the data block. The logistics server (not drawn) of the logistics company can verify the data block and the link is verified. The data block forms a private chain. Therefore, logistics companies can manage their own logistics data through private chains.

The smart logistics box system 100 can also be applied to the scene of picking up goods in supermarkets. When a large number of reusable logistics boxes 130 flood into the supermarket, the smart logistics box system 100 can assist the supermarket clerk in finding the reusable products that consumers want to claim. Logistics box 130 to reduce the burden of super shop assistants, the details are as follows. Please refer to "Figure 3". "Figure 3" is a schematic diagram of another embodiment of the smart logistics box system of the present invention. In this embodiment, the smart logistics box system 100 may include a reusable logistics box 130, a cash register device 140, and a plurality of base station modules 150 located in a storage space (shown as a square with a dotted line) and arranged at multiple heights. It should be noted that the cash register device 140 may or may not be installed in the storage space; it can be reused between the logistics box 130 and the base station modules 150, as well as the base station modules 150 and the cash register device. The 140 is connected wirelessly. In order to avoid the complexity of the diagram, the drawing of the connecting line is omitted.

In this embodiment, the reusable logistics box 130 may also include a transmitting module 139 for transmitting position signals; the transmitting and receiving module 134 of the reusable logistics box 130 may also be used for transmitting the location of the reusable logistics box 130 The logistics pressure data. When the reusable logistics box 130 is placed in the storage space, each base station module 150 can receive location signals and logistics air pressure data, and transmit positioning signals to the cash register device 140, so that the cash register device 140 obtains information based on the positioning signals The location of the reusable logistics box 130 in the storage space. Wherein, each positioning signal includes the logistics air pressure data, the reference air pressure data corresponding to each base station module 150, and the relative position data between each base station module 150 and the reusable logistics box 130.

In more detail, each base station module 150 can calculate its relative position to the reusable logistics box 130 after receiving the position signal. Then, each base station module 150 transmits a positioning signal (which includes the logistics air pressure data transmitted by the reusable logistics box 130 (that is, the air pressure where the logistics box 130 is reused), and the reference air pressure corresponding to each base station module 150 Data (that is, the air pressure where each base station module 150 is located) and the relative position data between it and the reusable logistics box 130 are provided to the cash register device 140. Therefore, the cash register device 140 can use the positioning signals and the The installation position of the base station module 150 calculates the position of the reusable logistics box 130 in the storage space. Among them, since the air pressure is positively correlated with the altitude, the cash register device 140 can calculate the three-dimensional position information of the reusable logistics box 130 in the storage space. In addition, the cash register device 140 can also directly visualize the three-dimensional location information of the reusable logistics box 130 in the storage space, and graphically display the location of the reusable logistics box 130 in the storage space, helping super store employees Look for the reusable logistics box 130 that the consumer wants to claim.

The above description is based on a single reusable logistics box 130. When there are multiple reusable logistics boxes 130 in the storage space, the position signal and the transmission/reception mode transmitted by the transmitting module 139 of each reusable logistics box 130 The logistics air pressure data transmitted by the group 134 can include the unique identification code of the reusable logistics box 130. Therefore, each base station module 150 and the cash register device 140 can clearly identify where the received position signal corresponds to the logistics air pressure data. A reusable logistics box 130 enables the cash register device 140 to calculate the three-dimensional position information of each reusable logistics box 130 in the storage space.

In addition, in this embodiment, there is also a method that can assist the supermarket clerk in finding the reusable logistics box 130 that consumers want to receive. Each reusable logistics box 130 can also include an LED light 70 and a judgment model. In group 80, the judgment module 80 is wirelessly connected to the transmission and reception module 134, and the LED light 70 is connected to the judgment module 80. After the cash register device 140 sends out the notification signal containing the identification code, the transmitting and receiving module 134 receives the notification signal so that the determining module 80 determines whether the identification code corresponds to the reusable logistics box where it is located. If the determining module 80 determines that the identification code corresponds to the reusable logistics box 130 where it is located, the LED light 70 connected to it is activated. In more detail, since each reusable logistics box 130 is delivered to the supermarket, the cash register device 140 can obtain the logistics shipment information and identification code it has. When the consumer wants to receive the reusable logistics box 130, The last 3 digits of the phone number (the last 3 digits of the recipient’s contact phone number) will be told to the super store clerk first. The super store clerk can check the last 3 digits of the contact number through the cash register device 140 for the reusable logistics box 130 Then, the cash register device 140 sends out a notification signal containing the identification code. After receiving the notification signal, the receiving and receiving module 134 of each reusable logistics box 130 can determine the notification. Whether the identification code contained in the signal corresponds to the reusable logistics box where it is located. If the determining module 80 determines that the identification code corresponds to the reusable logistics box 130 where it is located, the LED light 70 connected to it is activated. Therefore, it is possible to speed up the time for the super store clerk to find the reusable logistics box 130 that the consumer wants to receive.

To sum up, it can be seen that the difference between the present invention and the prior art is that after the logistics items are placed in the reusable logistics box, the sending terminal executes the application and sends logistics shipment data; the logistics box can be reused to receive logistics out After the cargo data is transmitted, the default password data it has is transmitted to the sending terminal; the sending terminal transmits the default password data to the receiving terminal through the application server; the logistics box can be reused to display the logistics shipment data and logistics items Weight data and the box and cover are locked when they are closed; the receiving terminal executes the application and sends the unlocking data to the reusable logistics box; the reusable logistics box can verify whether the unlocking data is the default password data; When it is confirmed that the unlocking data is the preset password data, the reusable logistics box will be unlocked, thereby achieving the technical effect of standardization, environmental protection and safety of commodity packaging.

Although the present invention is disclosed in the foregoing embodiments as above, it is not intended to limit the present invention. Anyone familiar with similar art can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, the present invention The scope of patent protection shall be determined by the scope of the patent application attached to this specification.

50: Application server

60: Application

70: LED light

80: Judgment module

90: snap ring unit

92: Electromagnetic lock unit

100: Smart logistics box system

110: Shipping terminal

120: receiving terminal

130: Reusable logistics box

131: Box

132: Lid

133: Connection Module

134: Transmission and Receiving Module

135: weighing module

136: display module

137: Verification Module

138: Lock Module

139: Launch Module

140: cash register device

150: base station module

Step 210: Provide a smart logistics box system, which includes a shipping terminal, a receiving terminal, and a reusable logistics box. The reusable logistics box includes a box body, a cover, a connection module, a transmission and reception module, and a measurement system. Heavy module, display module, verification module and lock module. The box has a accommodating space and an opening communicating with the accommodating space. The cover is detachably placed in the box, and the connection module, the transmission and reception module Configure the inner surface of the cover with the verification module, configure the weighing module on the bottom surface of the box, and configure the display module on the outer surface of the cover

Step 220: After the logistics items are placed in the containing space, the cover is placed on the box and the opening is closed

Step 230: The shipping terminal executes the application to log in to the member account, and receives the input of the shipping information, and then sends the logistics shipping information

Step 240: Pair the connection module with the sending terminal

Step 250: After the connection module is connected to the sending terminal, the receiving module receives the logistics shipment data and transmits the default password data of the reusable logistics box to the sending terminal

Step 260: The sending terminal transmits the default password data to the receiving terminal through the application server

Step 270: The weight measurement module measures the weight of the logistics items installed in the accommodating space, and outputs weight data accordingly

Step 280: The display module displays logistics shipment data and weight data

Step 290: When the display module displays the logistics shipment data and weight data and the box and the cover are closed with each other, the box and the cover are locked through the lock module

Step 300: The receiving terminal executes the application to log in to another member account, and receives the default password information through the application server

Step 310: Pair the connection module with the receiving terminal

Step 320: The receiving terminal sends the unlocking data

Step 330: After the connection module is connected to the receiving terminal, the transmission and reception module receives the unlocking data

Step 340: The verification module verifies whether the unlock data is the default password data

Step 350: When the verification module confirms that the unlocking data is the preset password data and the box and the cover are closed with each other, the box and the cover are unlocked through the lock module

Figure 1 is a system block diagram of an embodiment of the smart logistics box system of the present invention. 2A and 2B are flowcharts of an embodiment of the operation method of the smart logistics box system in FIG. 1. Figure 3 is a schematic diagram of another embodiment of the smart logistics box system of the present invention.

50: Application server

60: Application

90: snap ring unit

92: Electromagnetic lock unit

100: Smart logistics box system

110: Shipping terminal

120: receiving terminal

130: Reusable logistics box

131: Box

132: Lid

133: Connection Module

134: Transmission and Receiving Module

135: weighing module

136: display module

137: Verification Module

138: Lock Module

Claims (8)

A smart logistics box system, comprising: a shipping terminal for executing an application program to log in to a member account, and receiving an input of shipping information to send a logistics shipping data accordingly; a receiving terminal for using Run the application to log in to another member account, and receive a preset password data and send an unlocking data through an application server; a reusable logistics box includes: a box with a storage space and An opening connected to the accommodating space, the accommodating space is used to provide for placing logistics items; a cover for detachably placed on the box and close the opening; a connection module configured with the cover An inner surface of the body is used for pairing connection with the sending terminal and the receiving terminal; a transmission and receiving module is configured with the inner surface of the cover for connecting the connection module and the sending terminal After connecting, receive the logistics shipping data, and transmit the default password data of the reusable logistics box to the sending terminal, so that the sending terminal transmits the default password data to the application server through the application server The receiving terminal; receiving the unlocking data after the connection module is connected to the receiving terminal; and transmitting a logistics air pressure data; a weighing module configured with a bottom surface of the box for measuring and installing According to the weight of the logistics item in the accommodating space, a weight data is output; a display module is arranged on an outer surface of the cover to display the logistics shipment data and the weight data; A verification module configured to configure the inner surface of the cover to verify whether the unlocking data is the preset password data; a lock module to display the logistics shipment data and the weight data when the display module And when the box body and the cover body are mutually closed, the box body and the cover body are in a locked state; when the verification module confirms that the unlocking data is the preset password data and the box body and the cover body are mutually When the cover is closed, the box and the cover are unlocked; and a transmitting module for transmitting a position signal; a cash register device; and a plurality of base station modules located in a storage space and arranged at multiple heights Group, each of the base station modules is used to receive the location signal and the logistics air pressure data when the reusable logistics box is placed in the storage space, and transmit a positioning signal to the cash register device so that the cash register device Obtain the position of the reusable logistics box in the storage space according to the positioning signals, wherein each positioning signal includes the logistics air pressure data, a reference air pressure data corresponding to each base station module, and each base station module The relative position data between the group and the reusable logistics box. According to the smart logistics box system of item 1 of the scope of patent application, the reusable logistics box also includes an LED light and a judging module, and the judging module connects the transmitting and receiving module and the LED light to act as a cash register After the machine device sends a notification signal that includes an identification code, the transmission and reception module receives the notification signal, so that the judgment module determines whether the identification code corresponds to the reusable logistics box, and if the identification code corresponds to the reusable logistics box Use the logistics box to activate the LED light. According to the smart logistics box system of item 1 of the scope of patent application, the sending terminal writes the sending information into a data block and broadcasts the data block, and a logistics server verifies the data block and links The verified data block forms a private chain. According to the smart logistics box system of item 1 of the scope of patent application, the default password data of the reusable logistics box is a one-time password or a logistics server periodically replaces the default password data. A method for operating a smart logistics box system, the steps include: providing a smart logistics box system, which includes a shipping terminal, a receiving terminal, a reusable logistics box, a cash register device and a storage space and installed Multiple base station modules at multiple heights, where the reusable logistics box includes a box body, a cover body, a connection module, a transmission and reception module, a weighing module, and a display module , A verification module, a lock module and a launching module, the box has an accommodating space and an opening communicating with the accommodating space, the cover is detachably placed in the box, the connection The module, the transmitting and receiving module and the verification module are arranged on an inner surface of the cover, the weighing module is arranged on a bottom surface of the box, and the display module is arranged on an outer surface of the cover; After the logistics items are placed in the accommodating space, the cover is placed on the box to close the opening; the shipping terminal executes an application to log in to a member account, and receives an input of shipping information, and then sends it accordingly A logistics shipment data; the connection module is paired with the shipping terminal; After the connection module is connected to the sending terminal, the receiving module receives the logistics shipment data and transmits a preset password data of the reusable logistics box to the sending terminal; The piece terminal transmits the preset password data to the receiving terminal through an application server; the weight measurement module measures the weight of the logistics item installed in the containing space, and outputs weight data accordingly; the display The module displays the logistics shipment data and the weight data; when the display module displays the logistics shipment data and the weight data and the box body and the cover body are mutually covered, the box body is made through the lock module It is locked with the cover; the receiving terminal executes the application to log in to another member account, and receives the default password data through the application server; the connection module is paired with the receiving terminal Line; the receiving terminal sends an unlocking data; after the connection module is connected to the receiving terminal, the transmitting and receiving module receives the unlocking data; the verification module verifies whether the unlocking data is the default password Data; when the verification module confirms that the unlocking data is the preset password data and the box and the cover are mutually closed, the box and the cover are unlocked through the lock module; When the reusable logistics box is placed in the storage space, the transmitting module transmits a position signal, and the transmitting and receiving module transmits a logistics air pressure data; each base station module receives the position signal and the logistics air pressure data, And transmit a positioning signal to a cash register device, where each positioning signal includes the logistics air pressure data, a reference air pressure data corresponding to each base station module, and each base station module and the reusable logistics box And the cash register device obtains the position of the reusable logistics box in the storage space according to the positioning signals. According to the operation method of the smart logistics box system of item 5 of the scope of patent application, the reusable logistics box further includes an LED light and a judging module, and the judging module connects the transmitting and receiving module and the LED light, The operation method of the smart logistics box system further includes: when a cash register device sends out a notification signal containing an identification code, the transmitting and receiving module receives the notification signal, so that the judgment module judges whether the identification code corresponds to The reusable logistics box; and if the judgment module determines that the identification code corresponds to the reusable logistics box, actuate the LED light. According to the operation method of the smart logistics box system in the 5th patent application, the sending terminal writes the sending information into a data block and broadcasts the data block, and a logistics server verifies the data block , And link the verified data block to form a private chain. According to the operation method of the smart logistics box system according to item 5 of the scope of patent application, the default password data of the reusable logistics box is a one-time password or a logistics server periodically replaces the default password data.

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