TWM620525U - Smart logistics system - Google Patents

Abstract

A smart logistics system is provided. Wherein, a client device is configured to generate order information. A matching server generates shipping information and transmits the shipping information and the order information to the corresponding device or server based on the order information. A management server selects a smart storage device according to the order information, and generates container configuration information corresponding to first identification code information of the smart storage device. The management server transmits the container configuration information to the store-side device and the shipping-side device. The management server generates a lock signal according to shipment information transmit from the store-side device. The management server controls a lock unit of the smart storage device to lock according to the lock signal.

Description

Smart logistics system

This creation is about a technical field of logistics, especially about a smart logistics system.

With the integration of online life, online shopping has become almost inseparable to human life. Various types of online shopping platforms, models, and logistics have emerged one after another. In addition to the general logistics of goods, they also include the distribution of fresh ingredients and cooked food.

Most of the current logistics distribution is roughly divided into two methods, one is for the delivery staff to meet with the consumer to pick up the goods (such as cash on delivery). However, this method of picking up goods has a time limit for the logistics industry and consumers, and It often happens that one of the parties is waiting for the other. Another way of logistics and distribution is to deliver and pick up goods indirectly through third-party platforms (such as picking up goods in supermarkets). In addition to increasing costs, this way of picking up goods does not save time for consumers. The reason is that consumers It is still necessary to line up at the supermarket to wait for the goods, and it often happens that the supermarket staff spend too much time looking for the goods, which makes the collection process inefficient.

Furthermore, most of the current delivery of fresh food ingredients and cooked food is mostly where the delivery staff meet with consumers to pick up the goods. Similarly, the picking process is inefficient. In addition, the goods are easily opened or touched during the distribution process of food materials and catering, and there is some doubt about hygiene. Moreover, in the current epidemic situation, non-contact delivery often happens that food and beverage items are exposed and placed in consumers' designated places, and people come and go waiting for consumers to fetch things at room temperature. This situation is prone to problems such as epidemic prevention and hygiene, loss of temperature, theft, or the possibility of being touched at will.

In summary, the creator of this creation thought about and designed a smart logistics system in order to improve the lack of known technology, thereby enhancing the implementation and utilization of the industry.

In view of the above-mentioned problems of conventional knowledge, the purpose of this creation is to provide a smart logistics system to solve the problems faced by conventional technologies.

Based on the above-mentioned purpose, the author provides a smart logistics system, which includes a plurality of smart storage devices, customer-side devices, store-side devices, shipping-side devices, management servers, and matching servers. A plurality of smart storage devices are installed in the store; each of the smart storage devices includes a logistics container, which includes a container body, a lock unit, a processing unit, a communication unit, a display unit, and unique first identification code information. The processing unit is electrically connected to the lock unit and the communication unit, and the lock unit is configured to lock the container body. The client device is configured to issue order information. The management server stores the plurality of first identification code information and store information corresponding to the store. The matching server stores the store information and receives the order information. The matching server generates shipping information based on the order information and sends the order information to the store-side device corresponding to the store, sends the shipping information to the shipping-end device, and sends the order information and the shipping information to the management server Device.

Wherein, the management server selects the idle smart storage device according to the order information, and generates container configuration information including the first identification code information corresponding to the idle smart storage device. The management server transmits the container configuration information to the store-side device and the shipping-side device according to the order information and the shipping information.

Wherein, when the store-end device and the transport-end device receive the container configuration information, the store-end device and the transport-end device respectively display the first identification code information corresponding to the smart storage device in idle.

Wherein, when the object to be transported is placed in the logistics container, the store-side device sends out a shipment information to the management server. The management server generates a lock signal according to the shipment information and transmits it to the processing unit through the communication unit. The processing unit controls the lock unit to lock according to the lock signal.

Wherein, when the customer-end device receives the delivery completion signal, the customer-end device accordingly displays the unlock confirmation option, and when the unlock confirmation option is triggered, the customer-end device generates the smart storage corresponding to the idle The encrypted signal of the first identification code information of the device is sent to the management server. The management server controls the opening of the lock unit according to the encrypted signal.

Preferably, the order information can optionally include a temperature control signal, a sterilization signal, or both. The logistics container includes a temperature control unit and a sterilization unit; the management server controls the operation of the temperature control unit based on the temperature control signal; the management server controls the operation of the sterilization unit based on the sterilization signal.

Preferably, the logistics container includes a positioning unit configured to generate a position signal. When the management server determines that the location signal corresponds to the location of the client device, the management server sends a reminder signal to the client device and the shipping device; the client device and the shipping device are based on the The reminder signal generates a reminder message.

Preferably, each of the smart storage devices includes a base, which is installed at the store, where the customer-end device is located, the delivery-end device, or any combination thereof. When the base is installed in the store, the base includes a charging unit; the base is configured to accommodate the logistics container, and the charging unit is configured to charge the logistics container.

Preferably, the logistics container includes a main body lock, and when the base is set at the location where the customer-end device is located, the base further includes a take-out unit; when the logistics container is accommodated in the base, the main body lock is locked The take-out unit is configured to lock the logistics container on the base, and when the take-out unit receives the take-out signal from the management server, the body lock unlocks the take-out unit.

Preferably, the base further includes second identification code information; based on the order information, the management server associates the first identification code information and the second identification code information corresponding to the smart storage device in idle Associate; the container configuration information sent by the management server to the shipping end device further includes the second identification code information.

Preferably, the logistics container is further provided with a code label, and the barcode label has the first identification code information, wherein an image signal corresponding to the logistics container is generated by the shipping end device and sent to the management server; When it is recognized that the image signal has the first identification code information, it is determined whether the first identification code information matches the container configuration information; if it is, the delivery completion signal is generated; and if not, a warning signal is generated, and Send to the carrier device, and the carrier device generates a warning message accordingly.

The technical features of this creation will be explained in detail below with specific embodiments and accompanying drawings, so that those with ordinary knowledge in the technical field can easily understand the purpose, technical features, and advantages of this creation.

The advantages, features, and technical methods of this creation will be described in more detail with reference to exemplary embodiments and the accompanying drawings to make it easier to understand, and this creation can be implemented in different forms, so it should not be understood to be limited to what is here. The stated embodiments, on the contrary, for those with ordinary knowledge in the technical field, the provided embodiments will make this disclosure more thorough, comprehensive and complete to convey the scope of this creation, and this creation will only be additional Defined by the scope of the patent application.

It should be understood that although the terms "first", "second", etc. can be used in this creation to describe various elements, components, regions, sections, layers and/or parts, these elements, components, regions, and sections , Layer and/or part should not be limited by these terms. These terms are only used to distinguish one element, component, region, section, layer and/or section from another element, component, region, section, layer and/or section.

Unless otherwise defined, all terms (including technical and scientific terms) used in this creation have the same meanings as commonly understood in the technical field to which this creation belongs. It will be further understood that terms such as those defined in commonly used dictionaries should be interpreted as having definitions consistent with their meaning in the context of related technologies and this creation, and will not be interpreted as idealized or overly formal Unless explicitly defined as such in this article.

Please refer to Figure 1, which is a block diagram of the smart logistics system created. As shown in the figure, a smart logistics system 100 created by this invention includes a plurality of smart storage devices 10, customer-end devices 20, store-end devices 30, shipping-end devices 40, management servers 50, and matching servers 60.

Wherein, the smart storage device 10 is installed in the store, and the number of the smart storage device 10 installed in the store can be one or more, and can be configured according to actual applications such as the size of the store's space, so it is not particularly limited. Each smart storage device 10 includes a logistics container 11, which includes a container body 111, a lock unit 112, a processing unit 113, a communication unit 114, a display unit 119, and unique first identification code information 115. The processing unit 113 is electrically connected to the lock unit 112 and the communication unit 114, and controls the lock unit 112 and the communication unit 114 at an appropriate time. The logistics container 11 may have a lid or door that can be opened and closed, and the lock unit 112 is configured to lock the lid or door of the container body 111 so that it cannot be opened.

Among them, the customer-end device 20, the store-end device 30, and the shipping-end device 40 may be electronic devices such as a smartphone, a tablet or a notebook computer or a desktop computer of a customer, a store, or a delivery person, and preferably the customer-end device 20 may be a smart phone, the store-end device 30 may be a smart phone, a tablet computer or a notebook computer or a desktop computer, and the shipping-end device 40 may be a smart phone. The client device 20 can issue order information 201 under the operation or use of the customer, such as clicking on a store, ordering a meal, and clicking on additional functions such as heat preservation and sterilization during transportation to generate order information 201.

It is worth mentioning that the order information 201 can optionally include a temperature control signal 2011, a sterilization signal 2012 or both, and the logistics container 11 includes a temperature control unit 116 and a sterilization unit 117; the management server 50 is based on temperature The control signal 2011 controls the operation of the temperature control unit 116, and the management server 50 controls the operation of the sterilization unit 117 according to the sterilization signal 2012. Among them, the order information 201 may include only the temperature control signal 2011 or only the sterilization signal 2012, or may include both the temperature control signal 2011 and the sterilization signal 2012, which are determined by the customer when the order is generated.

The matching server 60 stores store information 51 and information corresponding to one or more delivery end devices 40. Among them, the matching server 60 receives the order information 201 and generates the shipping information 601 according to the order information 201. Wherein, the shipping information 601 mainly refers to which delivery-end device 40 is matched by the matching server 60 to help deliver meals and other goods from the store to the customer, and it contains relevant data of the selected delivery-end device 40. Then, the matching server 60 sends the order information 201 to the store-side device 30 where the food is ordered, the shipping information 601 to the selected shipping-end device 40, and the order information 201 and the shipping information 601 to the management server 50. .

The management server 50 stores the first identification code information 115 of each smart storage device 10 of each store and the store information 51 corresponding to each store. The management server 50 selects the idle smart storage device 10 according to the order information 201 and generates container configuration information 501 including the first identification code information 115 corresponding to the idle smart storage device 10. Then, the management server 50 transmits the container configuration information 501 to the store-side device 30 and the shipping-side device 40 according to the order information 201 and the shipping information 601. Therefore, when the store-end device 30 and the delivery-end device 40 receive the container configuration information 501, the store-end device 30 and the delivery-end device 40 respectively display the first identification code information 115 corresponding to the smart storage device 10 that is idle, so that The store can know which logistics container 11 to put the finished goods such as meals into through the store-end device 30, and the transporter can also know which logistics container 11 should be taken when arriving at the store via the delivery-end device 40.

It is worth mentioning that when the goods to be transported (such as meals and other goods) are contained in the logistics container 11, the store can use the store-side device 30 to send a shipment information 301 to the management server 50. Then, the management server 50 generates a lock signal 502 according to the shipping information 301 and transmits it to the processing unit 113 through the communication unit 114, so that the processing unit 113 controls the lock unit 112 to lock according to the lock signal 502. That is to say, in this case, the lid or door of the container body 111 has been locked so that it cannot be opened, thereby reducing the suspicion that the goods will be touched by a third party (for example, a field worker of a logistics company). Reduce the possible factors of consumption disputes, and reduce the food safety issues of fresh ingredients and cooked food.

Wherein, when the management server 50 receives the delivery completion information, the management server 50 sends a delivery completion signal 503 to the client device 20. When the customer end device 20 receives the delivery completion signal 503, the customer end device 20 accordingly displays the unlock confirmation option 203, so that the customer can click or trigger the unlock confirmation option 203. When the unlock confirmation option 203 is triggered, the client device 20 generates an encrypted signal 202 containing the first identification code information 115 corresponding to the smart storage device 10 that is not in use. The client device 20 transmits the encrypted signal 202 to the smart storage device 10 through a short-distance transmission method, such as Bluetooth transmission or NFC or other wireless communication methods. By the way, wireless communication methods such as Bluetooth transmission or NFC are only exemplary descriptions, and should not be limited to this, and other communication methods may also be used. The processing unit 113 of the smart storage device 10 decrypts according to the encrypted signal 202 and compares whether the unlocking command and the temporarily stored order information match, and if they match, the lock unit 112 is controlled to open. Therefore, the customer can take out the objects to be transported (such as meals and other goods) from the container body 111. Incidentally, the processing unit 113 can also control the temperature control unit 116 and/or the sterilization unit 117 to stop operation, and control the display unit 119 to display related messages such as door locks released, temperature control stopped, and sterilization stopped.

Regarding the information that the management server 50 receives the delivery completion, the logistics container 11 may include a positioning unit 118 configured to generate a position signal 1181. Therefore, the management server 50 can know the current location of the logistics container 11 according to the location signal 1181, so as to prevent the logistics container 11 from being lost or being arbitrarily moved by others. Wherein, when the carrier arrives at the location of the client device 20, the carrier can generate a delivery signal to the management server 50 through the carrier device 40, and then the management server 50 sends a prompt signal 504 to the client according to the delivery signal. For the device 20, the client device 20 generates a reminder message according to the reminder signal 504. Based on the prompt message, the customer of the customer-end device 20 can know that the delivery person has arrived at the delivery location. Incidentally, if the logistics container 11 is arbitrarily moved and the delivery personnel or customers cannot find the logistics container, at this time, the delivery personnel or customers can send out a search request through the delivery end device 40 or the customer end device 20 To the management server 50, and the management server 50 sends the location information corresponding to the logistics container 11 to the shipping end device 40 or the customer end device 20 according to the cooperative search. Alternatively, the management server 50 can also continuously or periodically send the location information corresponding to the logistics container 11 to the shipping-end device 40 or the customer-end device 20 during the entire shipping process, so that it can obtain relevant information when needed. Information.

Then, the transporter can use the transport end device 40 to generate an image signal 401 corresponding to the logistics container 11. A code label is provided on the outside of the logistics container 11, and the bar code label has the first identification code information 115. Therefore, the management server 50 can identify whether the image signal 401 has the first identification code information 115 to determine the correctness of the transportation, for example, whether the transporter takes the correct logistics container 11 to the location of the customer. Then, when the management server 50 recognizes that the image signal 401 has the first identification code information 115, it determines whether the first identification code information 115 matches the container configuration information 501. If yes, a delivery completion signal 503 is generated; and if not, a warning signal 506 is generated and sent to the carrier device 40, and the carrier device 40 generates a warning message accordingly. By the way, of course, when the transporter picks up the logistics container 11 at the store or recycles the logistics container 11 where the customer-end device 20 is located, the above method can also be used to confirm whether the transporter picks up the correct logistics. Container 11, and the management server 50 will not generate the delivery completion signal 503 at this time. Among them, whether the number of generations of the image signal 401 or the location signal 1181 corresponds to the location of the client device 20 can be used to determine whether the delivery completion signal 503 is generated.

Wherein, the display unit 119 is arranged outside the container body 111 of the logistics container 11, and can be used to display the relevant progress of the delivery. For example, the display unit 119 can display information at the time of delivery, such as whether the temperature control function or the sterilization function is in progress, and whether the lock unit 112 is locked or not.

Please refer to Figures 8 and 9, and also refer to the part about smart storage in Figure 1. It should be particularly noted that each smart storage device 10 includes a base, which is installed at the store, where the customer end device 20 is located, the delivery end device 40, or any combination thereof. For example, the base may be set only at the store, only at the location of the delivery device 40 (for example, on a vehicle), or only at the location of the customer device 20 (for example, the management room of a residence or office building, etc.). For another example, the base may be set in a store, where the shipping end device 40 is located. For another example, the base may be installed at the store, where the shipping end device 40 is located, and where the customer end device 20 is located at the same time. Among them, as shown in Figure 8, when the base is set on a mobile carrier at a store or a shipping end, it can be the first base 12A, and as shown in Figure 9, when the base is set on the customer end device 20 When it is located, it can be the second base 12B.

As shown in FIG. 8, the first base 12A may include a charging unit 121, and the first base 12A may have a U-shaped structure for accommodating the logistics container 11. In addition, the charging unit 121 is disposed on the first base 12A and faces the logistics container 11 so that the charging unit 121 can charge the logistics container 11.

As shown in Figure 9, the first base 12A and the second base 12B may include a take-out unit 122. When the logistics container 11 is accommodated in the first base 12A or the second base 12B, the take-out unit 122 locks the flow. The container 11 is on the first base 12A or the second base 12B. Wherein, the taking-out unit 122 can be a lock slot, and the logistics container 11 can include a body lock 1111. Wherein, when the take-out unit 122 locks the logistics container 11 on the first base 12A or the second base 12B, for example, the main body lock 1111 can be hooked or engaged with the take-out unit 122 that is a lock slot. Therefore, in the first base 12A or the second base 12B, The part of the base 12A or the second base 12B related to the take-out unit 122, which can use components that do not need to be energized, or omit components connected to the mains or provide components such as charging units or batteries, that is, the second base 12B can It is a base that does not need to be energized, so it is easy to set up and use. When the logistics container 11 is accommodated in the first base 12A or the second base 12B, the take-out unit 122 locks the logistics container 11 on the first base 12A or the second base 12B. When a take-out signal 505 of the management server 50 occurs, the main body lock 1111 is unhooked or engaged with the take-out unit 122, so that the logistics container 11 can be taken out from the first base 12A or the second base 12B.

In addition, the first base 12A or the second base 12B further includes a second identification code information 123, which can be, for example, a two-dimensional bar code or a radio frequency tag, but is not limited to this. According to the order information 201, the management server 50 associates the first identification code information 115 and the second identification code information 123 corresponding to the idle smart storage device 10, and the management server 50 transmits to the shipping end The container configuration information 501 of the device 40 further includes second identification code information 123. In this way, the management server 50 can reliably control whether the logistics container 11 can be taken out from the second base 12B where the client device 20 is located.

Incidentally, although the above description uses the second base 12B where the client device 20 is located, in actual use, the second base 12B may not be provided where the client device 20 is located. For example, where the client device 20 is located, such as an old apartment or a building or community without an administrator, the second base 12B may be preferably provided. Moreover, where the client device 20 is located, for example, For buildings or communities with administrators, the second base 12B is preferably not provided. However, the foregoing is only an exemplary description, and should not be limited to this.

Please refer to Figure 2, which is the first flow chart of the smart logistics system created.

As shown in the figure, the application of the smart logistics system of the present creation includes the following steps: (S101) Set up a plurality of smart storage devices 10 in a store. (S102) A management server 50 stores the plurality of first identification code information 115 and a store information 51 corresponding to the store, and a matching server 60 stores the store information 51. (S103) Use a client device 20 to send an order information 201. (S104) The matching server 60 receives the order information 201, generates a shipping information 601 based on the order information 201, and transmits the order information 201 to the store-side device 30 corresponding to the store, and the shipping information 601 to the shipping-side device 40 And the order information 201 and the shipping information 601 are sent to the management server 50. (S105) The management server 50 selects the idle smart storage device 10 according to the order information 201, and generates a container configuration information 501 including the first identification code information 115 corresponding to the idle smart storage device 10. (S106) According to the order information 201 and the shipping information 601, the container configuration information 501 is transmitted to the store-side device 30 and the shipping-side device 40. (S107) The store-end device 30 and the delivery-end device 40 respectively display the first identification code information 115 corresponding to the smart storage device 10 that is not in use. (S108) Put an object to be transported in the logistics container 11, and the store-side device 30 sends out a shipping information 301 to the management server 50, and the management server 50 generates a lock signal 502 according to the shipping information 301. (S109) The communication unit 114 transmits the lock signal 502 to the processing unit 113, and the processing unit 113 controls the lock unit 112 to lock according to the lock signal 502. And, (S110) receiving a delivery completion signal 503, the client device 20 accordingly displays an unlock confirmation option 203, and when the unlock confirmation option 203 is triggered, the client device 20 generates the information corresponding to the idle An encrypted signal 202 of the first identification code information 115 of the smart storage device 10 is sent to the smart storage device 10, and the smart storage device 10 controls the lock unit 112 to open according to the encrypted signal 202. Among them, the client device 20 transmits the encrypted signal 202 to the smart storage device 10 through short-distance transmission, and the processing unit 113 of the smart storage device 10 decrypts according to the encrypted signal 202 to compare whether the unlocking command and the temporarily stored order information are consistent with If yes, the lock unit 112 is controlled to open.

Please refer to Figure 3, which is the second flow chart of the smart logistics system created. As shown in the figure, the smart logistics system further includes the following steps: (S201) controlling the operation of a temperature control unit 116 of the logistics container 11 according to the temperature control signal 2011. And (S202) controlling the operation of a sterilization unit 117 of the logistics container 11 according to the sterilization signal 2012.

Wherein, when the customer selects the temperature control function in the order, the management server 50 can control the operation of the temperature control unit 116 of the logistics container 11 after receiving the order information 201. And when the management server 50 controls the lock unit 112 to open according to the encrypted signal 202, the operation of the temperature control unit 116 is turned off. Furthermore, when the customer selects the sterilization function in the order, the management server 50 can immediately control the operation of the sterilization unit 117 of the logistics container 11 after receiving the shipping information 301. Alternatively, the management server 50 first sends a signal to the logistics container 11 after receiving the order information 201, and when the logistics container 11 is placed on the base where the shipping end device 40 is located, the sterilization unit 117 starts to operate.

Please refer to Figure 4, which is the third flow chart of the smart logistics system created. As shown in the figure, the smart logistics system further includes the following steps: (S301) generating a position signal 1181 corresponding to the logistics container 11. (S302) Determine the location of the logistics container based on the location signal 1181; (S303) When the location of the shipping-end device corresponds to the location of the customer-end device 20, the shipping-end device generates a delivery signal, and the management server 50 is based on the delivery The signal transmits a reminder signal 504 to the client device 20. And (S304) the client device 20 generates a reminder message according to the reminder signal 504.

Please refer to Figure 5, which is the fourth flow chart of the smart logistics system created. As shown in the figure, the smart logistics system further includes the following steps: (S401) Using the shipping end device 40 to generate an image signal 401 corresponding to the logistics container 11, and send it to the management server 50. (S402) When the identification image signal 401 has the first identification code information 115, it is determined whether the first identification code information 115 matches the container configuration information 501. (S403) If yes, the delivery completion signal 503 is generated. And, (S404) if not, a warning signal 506 is generated and sent to the carrier-end device 40, and the carrier-end device 40 generates a warning message accordingly.

Please refer to Figure 6, which is the fifth flow chart of the smart logistics system created. As shown in the figure, the smart logistics system further includes the following steps: (S501) setting a second identification code information 123 on the base. (S502) According to the order information 201, the first identification code information 115 and the second identification code information 123 corresponding to the smart storage device 10 in idle are associated. And, (S503) the container configuration information 501 sent to the shipping end device 40 further includes the second identification code information 123.

Please refer to Figure 7, which is the sixth flow chart of the smart logistics system created. As shown in the figure, the smart logistics system further includes the following steps: (S601) When the customer terminal device 20 is used to send the order information 201, the selected second identification code information 123 is included. And (S602) the management server 50 selects the idle smart storage device 10 according to the order information 201, and generates the first identification code information 115 corresponding to the idle smart storage device 10 and the selected second identification The container configuration information 501 of the code information 123.

In other words, the customer can also select the second base 12B on which the logistics container 11 can be placed when the delivery arrives when placing an order. Therefore, when the transporter arrives, he can directly put the logistics container 11 into the second base 12B selected by the customer and leave. When the customer takes out the goods from the logistics container 11 in the second base 12B, the transporter goes again Take back the logistics container 11 and return it to the store's first base 12A for placement. Incidentally, when the unlock confirmation option 203 is triggered, or when the processing unit 113 of the smart storage device 10 determines that the lock unit 112 is switched from on to off, the management server 50 can send a recovery signal to the transporter The delivery end device 40, the delivery end device 40 displays a message such as a recovery button to notify the delivery personnel. When the transporter arrives at the recycling position, the transport terminal device 40 can be used to generate an image signal 401 corresponding to the logistics container 11, so that the management server 50 can use the transporter to return the correct logistics container 11 or not. And when it is correct, the management server 50 controls the main body lock 1111 to release the hook or lock to the removal unit 122 which is the lock slot, so that the transporter can remove the logistics container 11 from the second base 12B.

Please refer to Fig. 8, which is a schematic diagram of another embodiment of the created smart logistics system. In this embodiment, the operation and configuration of the components with the same component symbols are the same as or similar to those in the previous embodiment, and the same or similar parts will not be repeated here. The main difference between this embodiment and the previous embodiments lies in the base where the store-side device or the customer-side device 20 is located.

As shown in the figure, the first base 12A where the store-side device is located or the second base 12B where the customer-side device 20 is located may have a groove 125 on one side and a bump on the opposite side. 126. In this way, a plurality of bases can be connected in series. Furthermore, the groove 125 and the bump 126 can be provided with corresponding electrical contacts, so that electrical connections can be achieved after a plurality of bases are connected in series. In this way, the number of pedestals where the store or customer is located can be continuously expanded according to demand.

Please refer to Fig. 9, which is a schematic diagram of another embodiment of the created smart logistics system. In this embodiment, the operation and configuration of the components with the same component symbols are the same as or similar to those in the previous embodiment, and the same or similar parts will not be repeated here. The main difference between this embodiment and the previous embodiments is the second base 12B where the client device 20 is located.

As shown in the figure, the second base 12B where the client device 20 is located can have a folding mechanism 124, which can be achieved by elements such as springs and gears. In other words, the second base 12B where the client device 20 is located is in a collapsed state when not in use. For example, the second base 12B can be fixed on the wall to have an L-shaped shape, and the transporter can confirm the second identification code information 123 through the transport end device 40 to know the second base 12B designated by the customer, and then The transporter pulls the base 12 down so that the second base 12B is in an open state, such as an L-shaped shape, and the logistics container 11 can be placed in the second base 12B.

The above description is only illustrative, and not restrictive. Any equivalent modifications or changes that do not depart from the spirit and scope of this creation should be included in the scope of the attached patent application.

100: Smart logistics system 10: Smart storage device 11: Logistics container 111: container body 1111: body lock 112: lock unit 113: Processing Unit 114: Communication unit 115: first identification code information 116: temperature control unit 117: Sterilization Unit 118: positioning unit 1181: Position signal 119: display unit 12: Pedestal 12A: First base 12B: Second base 121: Charging unit 122: Take out the unit 123: Second identification code information 124: Folding mechanism 125: Groove 126: bump 20: Client device 201: Order Information 2011: temperature control signal 2012: Sterilization signal 202: Encrypted signal 203: unlock confirmation option 30: Store-side device 301: Shipping Information 40: Transport end device 401: video signal 50: Management server 501: Container Configuration Information 502: Lock signal 503: Delivery completion signal 504: reminder signal 505: Take out signal 506: Warning Signal 51: Store Information 60: Matching server 601: Shipping Information S101～S110, S21～S202, S301～S303, S401～S404, S501～S503, S601～S602: steps

In order to explain the technical solution of the creative embodiment more clearly, the following will briefly introduce the drawings that need to be used in the description of the creative embodiment. Obviously, the drawings described below are only some embodiments of the creative. Those with ordinary knowledge in the technical field can also obtain other drawings based on these drawings. Figure 1 is a block diagram of the smart logistics system created. Figure 2 is the first flow chart of the smart logistics system created. Figure 3 is the second flow chart of the smart logistics system created. Figure 4 is the third flow chart of the smart logistics system created. Figure 5 is the fourth flow chart of the smart logistics system created. Figure 6 is the fifth flow chart of the smart logistics system created. Figure 7 is the sixth flow chart of the smart logistics system created. Figure 8 is a schematic diagram of another embodiment of the created smart logistics system. Figure 9 is a schematic diagram of another embodiment of the created smart logistics system.

100: Smart logistics system

10: Smart storage device

11: Logistics container

111: container body

112: lock unit

113: Processing Unit

114: Communication unit

115: first identification code information

116: temperature control unit

117: Sterilization Unit

118: positioning unit

1181: Position signal

119: display unit

12: Pedestal

121: Charging unit

122: Take out the unit

123: Second identification code information

20: Client device

201: Order Information

2011: temperature control signal

2012: Sterilization signal

202: Encrypted signal

203: unlock confirmation option

30: Store-side device

301: Shipping Information

40: Transport end device

401: video signal

50: Management server

501: Container Configuration Information

502: Lock signal

503: Delivery completion signal

504: reminder signal

505: Take out signal

506: Warning Signal

51: Store Information

60: Matching server

601: Shipping Information

Claims (7)

A smart logistics system, which includes: A plurality of smart storage devices are installed in a store, and each of the smart storage devices includes a logistics container. The logistics container includes a container body, a lock unit, a processing unit, a communication unit, and a non-repetitive An identification code information, the processing unit is electrically connected to the lock unit and the communication unit, and the lock unit is configured to lock the container body; A client device, which is configured to issue an order information; A management server, storing the plurality of first identification code information and a store information corresponding to the store; A matching server stores the store information, the matching server receives the order information, the matching server generates a shipping information based on the order information, and sends the order information to the corresponding store A store-side device, sending the shipping information to a shipping-side device, and sending the order information and the shipping information to the management server; Wherein, the management server selects the idle smart storage device according to the order information, and generates a container configuration information including the first identification code information corresponding to the idle smart storage device, and based on the The order information and the shipping information send the container configuration information to the store-side device and the shipping-end device. When the store-side device and the shipping-end device receive the container configuration information, the store-side device and the shipping-end device respectively display The first identification code information corresponding to the smart storage device in idle; Wherein, when an object to be transported is placed in the logistics container, the store-side device sends out a shipment information to the management server, and the management server generates a lock signal according to the shipment information and uses the The communication unit is transmitted to the processing unit, and the processing unit controls the locking of the lock unit according to the locking signal; Wherein, when the customer-end device receives a delivery completion signal, the customer-end device accordingly displays an unlock confirmation option, and when the unlock confirmation option is triggered, the customer-end device generates the wisdom corresponding to the idle An encrypted signal of the first identification code information of the storage device is sent to the management server, and the management server controls the opening of the lock unit according to the encrypted signal. The smart logistics system according to claim 1, wherein the order information optionally includes a temperature control signal, a sterilization signal, or both, the logistics container includes a temperature control unit and a sterilization unit, and the management server is based on The temperature control signal controls the operation of the temperature control unit, and the management server controls the operation of the sterilization unit according to the sterilization signal. The smart logistics system according to claim 1, wherein the logistics container includes a positioning unit configured to generate a position signal, and the management server determines the current position of the logistics container according to the position signal, and when the shipping end device When the location corresponds to the location of the client device, the carrier device generates a delivery signal, the management server sends a reminder signal to the client device based on the delivery signal, and the client device generates a delivery signal based on the reminder signal Prompt message. The smart logistics system according to claim 1, wherein each of the smart storage devices includes a base, which is installed at the store, where the customer end device is located, the delivery end device, or any combination thereof, when the base is installed In the store, the base includes a charging unit, the base is configured to accommodate the logistics container, and the charging unit is configured to charge the logistics container. The smart logistics system according to claim 4, wherein the logistics container includes a body lock, and when the base is set at the location of the customer-end device, the base further includes a take-out unit, and when the logistics container is accommodated When the base is the base, the main body lock locks the take-out unit so that the logistics container is locked on the base, and when the main body lock receives a take-out signal from the management server, the main body lock releases and the take-out unit The lock. The smart logistics system according to claim 4, wherein the base further includes a second identification code information, and the management server corresponds to the first identification of the idle smart storage device based on the order information The code information is associated with the second identification code information, and the container configuration information sent by the management server to the shipping end device further includes the second identification code information. For the smart logistics system according to claim 1, the logistics container is further provided with a code label, and the bar code label has the first identification code information, Wherein, the transport end device is used to generate an image signal corresponding to the logistics container and send it to the management server; when it is recognized that the image signal has the first identification code information, it is determined whether the first identification code information is In accordance with the container configuration information; if it is, the delivery completion signal is generated; and if not, a warning signal is generated and sent to the carrier device, and the carrier device generates a warning message accordingly.

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