A logistics packaging box circulation system and method
A packing box and logistics technology, applied in the field of the Internet of Things, can solve problems such as fire hazards, increase channel occupation time, reduce the effect of plastic reduction, etc., and achieve the effects of preventing power supply interruption, reducing power consumption, and avoiding deformation
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Embodiment 1
[0125] See attached Figure 1-2 , a logistics packaging box circulation system, including an active electronic tag 10 attached to a box body 20 and an electronic tag interaction router connected to a cloud server 1 .
[0126] The circulation method of the present invention comprises the following steps:
[0127] Step P1: the box body 20 in stock;
[0128] Step P2: the box body 20 enters into use;
[0129] Step P3: box 20 usability check;
[0130] Step P4: Box 20 packing and sealing;
[0131] Step P5: Transport;
[0132] Step P6: The delivery staff finds the box 20 to place the goods and delivers the goods to the customer, and the customer chooses to check and accept the box 20 on the spot or temporarily store the box 20;
[0133] Step P7: directly recover the cabinet 20 after delivery to the customer in step P6;
[0134] Step P8: For the box body 20 temporarily stored at the customer's place in step P6, it is temporarily stored at the customer's place for a period of tim...
Embodiment 2
[0148] See attached Figure 3-5 On the basis of Embodiment 1, the active electronic tag 10 of the present invention integrates and optimizes business steps and realizes low power consumption processing, including the following steps:
[0149] Step 1. The cabinet 20 enters the S12 low-power sleep state when the cabinet 20 is folded and unused in S11; the S11 state is the cabinet 20 folded and unused state, because when the cabinet 20 is not in use, it can be folded square to solve the problem of occupying The ground area, so this state can be used to save power to the greatest extent. Simultaneously investigate the role of the box 20 in the entire business process, and also use the box 20S11 state as the initial state of all services. If the system detects that the box 20 is in the S11 state, it will immediately enter the S12 low-power sleep state;
[0150] Step 2, the box body 20 enters the link of use, the box body 20 enables the sensor group 108, and the sensor group 108 en...
Embodiment 3
[0157] See attached Figure 15-16 , the method for charging and discharging a plurality of rechargeable button batteries 103 of the active electronic tag 10 of the present invention comprises the following steps:
[0158] The solar thin-film battery 100 collects and converts solar energy into electrical energy, and the micro-power charging unit 101 converts the output power of the solar thin-film battery 100 into an energy source that can charge the button lithium battery, and outputs the electrical energy to the multi-battery charging management unit 102;
[0159] The multi-battery charging management unit 102 traverses from the first charging button battery 103 in the plurality of charging button batteries 103, checks its power condition, decides whether to charge it, and only charges one charging button battery 103 at a time. After the charging button battery 103 is fully charged, the multi-battery charging management unit 102 continues to traverse whether the charging butt...
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