阅读说明：本技术 能够复用的包装箱、包装箱使用方法及运输工具 (Reusable packaging box, packaging box using method and transport tool ) 是由 张晓冬 于 2020-12-18 设计创作，主要内容包括：本发明涉及一种能够复用的包装箱、包装箱使用方法及运输工具,包括包装箱箱体,箱子采用外侧面不透水的板材构成,或者内侧面也可以不透水；包装箱具有控制器、电池或者电源接口、制冷或制热装置、测温装置,并能控制包装箱内部的温度在某一设定范围内。包装箱上贴有一个RFID；RFID为双频标签,其HF频段可以通过手机NFC功能写入或读取数据；其UHF频段可以通过UHF读写器来读取或者写入数据。本发明能够复用的包装箱,所采用的包装箱具有重复使用性、RFID射频识别、控温等功能,可减少对资源的浪费、降低对环境的污染、降低运输成本；能够对运输过程中进行包装箱的全流程追溯监管,即使切换运输方式依然可以全程追溯；提高物流监管效率,大幅降低人员成本。(The invention relates to a reusable packing box, a use method of the packing box and a transport tool, wherein the packing box comprises a packing box body, and the packing box is made of a plate with a waterproof outer side surface or a waterproof inner side surface; the packing box is provided with a controller, a battery or a power supply interface, a refrigerating or heating device and a temperature measuring device, and can control the temperature inside the packing box within a certain set range. An RFID is pasted on the packing box; the RFID is a double-frequency tag, and data can be written in or read from an HF frequency band through the NFC function of the mobile phone; the UHF frequency range can be used for reading or writing data by a UHF reader-writer. The packaging box can be reused, and the adopted packaging box has the functions of reusability, RFID (radio frequency identification) radio frequency identification, temperature control and the like, so that the waste of resources can be reduced, the pollution to the environment is reduced, and the transportation cost is reduced; the whole process tracing supervision of the packing box can be carried out in the transportation process, and the whole process tracing can be still carried out even the transportation mode is switched; the logistics supervision efficiency is improved, and the personnel cost is greatly reduced.)

1. The utility model provides a packing box that can multiplex which characterized in that: the box is made of a water-proof plate on the outer side surface of the packing box; the strength meets the following criteria: taking the largest surface of the packaging box, setting two adjacent sides of the surface as XY sides respectively, setting the intersection point of the XY sides as A point, fixing the XY sides, setting the diagonal angle of the XY sides as B point, applying 500 gram force to the surface vertically at the B point, setting the point reached after the B point is deformed by stress as C point, and setting the angle BAC to be less than 4 degrees; all layers of the box can be folded to be in a mutually attached state.

2. The reusable packaging container according to claim 1, characterized in that: the box is made of waterproof plates on the outer side and the inner side of the packing box.

3. A reusable packaging container according to claim 1 or 2, characterized in that:

the packaging box body is made of a paperboard with one or two surfaces covered with plastic films, and the plastic films can be adhered to the paperboard by glue or can be directly sprayed on the surface of the paperboard. The paperboard can be corrugated paper; the plastic film can be made of one or a combination of several of the following materials: polyvinyl chloride (PVC), polyethylene terephthalate (PET), Polyethylene (PE), Polystyrene (PS), Polycarbonate (PC), polypropylene (PP), biaxially oriented polypropylene (BOPP), low-density polyethylene (LDPE), nylon (PA), cast polypropylene (CPP), high-density polyethylene (HDPE) impermeable membrane, high-density polyethylene impermeable membrane and other common plastic materials.

4. The reusable packaging container according to claim 1, characterized in that: the outer side of the packing box can be provided with a transparent plastic bag for placing the freight note and can also be directly adhered to a certain surface of the packing box.

5. The reusable packaging container according to claim 1 or 4, characterized in that: the packing box is provided with an RFID; the RFID may be located on a surface inside or outside the box or embedded inside the box, or may be in the form of a sheet inserted into a slot or bag of the box, or may be placed between the bag and the package of claim 4, or may be placed in the bag of claim 4.

6. The reusable packaging container according to claim 1, characterized in that: inside can supporting support and the shock mounting of having of this packing box: to space and prevent the fragile items from colliding and damaging each other.

7. The reusable packaging container according to claim 5, characterized in that:

the RFID is a double-frequency tag, and data can be written in or read from an HF frequency band through the NFC function of the mobile phone; the UHF frequency range can be used for reading or writing data by a UHF reader-writer. The HF frequency band and the UHF frequency band can share part or all of the storage space.

8. The reusable packaging container according to claim 5, characterized in that:

one side of the RFID or one side of the packing box is printed with a bar code or a two-dimensional code.

9. The reusable packaging container according to claim 1, characterized in that:

the material used by the packing box can be one of the following materials or a composite of several materials: a plastic film and paperboard combination; plastic films, cardboard and plastic film combinations; the plastic plate can be made of high-density polyethylene (HDPE) or polypropylene resin (PP); basalt fiber or glass fiber reinforced plastic plates; a metal plate; wood boards with waterproof layer protection on two sides; a laminated board or a density board or a foam board with watertight layers on two sides; the heat Insulation layer of the heat Insulation board can be one of or a composite material of more than two of mineral wool, heat Insulation mortar, heat Insulation foam, a polystyrene board, a foam board, an extruded sheet, a polyurethane board, sponge, foam plastic, an STP heat Insulation board, a VIP (vacuum Insulation Panel) vacuum heat Insulation board, down feather and aerogel.

10. The reusable packaging container according to claim 1, characterized in that:

the package has a water-impermeable membrane enclosing the sides and inner and outer surfaces of the sheet material portion. The side edge can be positioned at the adjacent side edge of the direct adhesive tape binding surface of the packing box.

11. The reusable packaging container according to claim 1, characterized in that:

the surface of the packing box material can be sprayed with alcohol or other liquid bactericides, or a rag with alcohol or other liquid bactericides is used for wiping the surface of the box body, so that sterilization or disinfection is realized.

12. The reusable packaging container according to claim 1, characterized in that:

the packaging box is provided with an active or passive temperature recording and wireless transmission device.

13. The reusable packaging container according to claim 1, characterized in that: the packaging box is provided with a passive temperature recording device, the working principle of the packaging box is that a reader-writer is adopted to emit radio waves, the passive temperature recording device obtains electricity from the radio waves emitted by the reader-writer and works, then the temperature of the passive temperature measuring device can be obtained through reading and calculating, and the temperature is transmitted to the reader-writer or stored in the passive temperature recording device.

14. The reusable packaging container according to claim 1, characterized in that:

the packing box is provided with a controller, a battery or a power supply interface, a refrigerating or heating device and a temperature measuring device, and can control the temperature inside the packing box within a certain set range.

15. A transport or storage space for transporting a reusable package according to any of claims 1 to 14, characterized in that: an RFID reader-writer antenna is arranged in the transportation tool or a warehouse of the storage space, can emit radio waves at any time, and is communicated with a passive RFID equipped in a packing box; or the RFID reader-writer antenna is arranged at the door of the goods warehouse of the transport tool or the storage space, and the antenna can emit radio waves at any time and is in communication with the passive RFID equipped on the packing box.

16. A reusable container or transport means therefor according to claim 15, wherein: the packaging box or a transport tool for transporting the packaging box is provided with a Beidou, a GPS, a Glonass or Galileo or other devices capable of carrying out global positioning through satellites; or a device which can be positioned through a mobile phone base station is arranged.

17. A transport or storage space for reusable containers according to claim 15, characterized in that: the transport or storage space is equipped with a machine vision device which may have one or a combination of any of the following functions: and recording the video of the opened cargo compartment, the video of the person or the transportation machine who opens the cargo compartment door, the video of the person or the transportation machine who contacts the packing box, and performing face recognition.

18. The machine-vision apparatus of claim 17, wherein the video recorded by the machine-vision apparatus can be associated with and stored with information for face recognition, RFID information for indicating identity of a person or object, and information for an event.

19. A transport or storage space for reusable containers according to claim 17, characterized in that: the transportation tool or the storage space is provided with an information uploading passage, and the time, the place, the people, the objects, the events, the states and other elements related to the packing box, including but not limited to the position of a vehicle, the information of the packing box in the vehicle, the people or the transportation machinery opening the door of the transportation tool, the information of the people or the transportation machinery taking the packing box and the like, are uploaded to the cloud.

20. A method of sterilising a reusable packaging container as claimed in claim 9, characterised in that: the temperature of more than 60 ℃ can be adopted for a certain time to sterilize or clean.

21. A reusable packaging container according to claim 1 or 2, characterized in that: after the surface of the packing box is pasted by the adhesive tape, the adhesive tape is uncovered for less than 3 times, and the surface of the packing box can not be damaged.

22. A reusable packaging container according to claim 1 or 2, characterized in that: the packaging box is provided with a reusable closing and reopening structure, and the structure can be one of the following structures or the combination of any several of the following structures: adhesive strips, adhesive tapes, magic tapes, zippers, buckles and the like.

23. A using method of a reusable packing box is characterized in that:

step 1, producing a reusable packing box;

step 2, delivering the packaging box to a person who needs to use the packaging box to send out an express;

step 3, taking the express delivery company and taking the express delivery company to the packaging box;

step 4, the express company transports and sends the express to the addressee;

step 5, the express company waits for the addressee to take the goods out of the packing box, and then takes the packing box away; or a reusable packing box used for goods received in front of the receiver is taken; or the addressee puts the received packing box into a packing box recycling station, and the express company relevant personnel go to the packing box recycling station to obtain the packing box;

step 6, sterilizing or cleaning the packaging box;

step 7, the recycled packaging box is delivered to a person who needs to use the packaging box for express delivery again, namely, the step 2 is returned;

and 8, circulating for many times between 2 and 7 until the packing box is not usable.

24. A using method of a reusable packing box is characterized in that:

step 1, producing a reusable packing box, wherein RFID is arranged in or on the packing box;

step 2, the packing box is delivered to a client who needs to use the packing box to send out express; a client sending the express directly transmits the sending and receiving information of the express to the RFID of the packing box through a reader-writer or the NFC function of a mobile phone, or reads the serial number or the feature code of the RFID and associates the serial number or the feature code with the goods, and the association relationship can be transmitted to the cloud;

step 3, taking the express delivery company and taking the express delivery company to the packaging box; RFID can be used for identification and information transmission in each link of transportation and storage of the packing box;

step 4, the express company transports and sends the express to the addressee; the courier reads and displays the goods delivery or receiving information stored in the RFID by using a reader-writer with a UHF read-write function, or the courier or the receiver uses a reader-writer or a mobile phone with an NFC or HF read-write function, or reads the serial number or the feature code of the RFID, and sends the delivery or receiving information associated with the serial number or the feature code to the receiver for confirmation;

step 5, the express company waits for the addressee to take the goods out of the packaging box, and then takes the packaging box away; or the reusable packing box for receiving the goods in front of the receiver is taken; or the receiver puts the received packing case to a packing case recycling station, and the recycling station can be provided with an RFID reader-writer to confirm that the packing case represented by the RFID is received;

step 6, sterilizing or cleaning the packaging box;

step 7, delivering the recycled packaging box to a person who needs to use the packaging box for express delivery again, namely, returning to the step 2;

and 8, circulating for many times between the steps 2 to 7 until the packing box is not usable.

Technical Field

The invention relates to the field of packaging boxes, in particular to a reusable packaging box.

Background

The materials used by the existing packaging box are generally corrugated cases, the cost of the packaging box is low, the packaging box is generally disposable, part of the packaging box can be stored well and can be used for 2-3 times, the packaging box is sealed by an adhesive tape, the possibility of repeated use of the packaging box can be reduced by the mode of sealing the adhesive tape, and the packaging box which cannot be repeatedly used can cause resource waste and environmental pollution. Although a reusable packing box exists in the prior art, the reusable packing box does not have the functions of RFID (radio frequency identification), temperature control and the like, so that the transportation of the packing box cannot be intelligentized and promoted to the field of Internet of things, the whole-process tracing supervision of the packing box is not in place, and the personnel cost is high.

Disclosure of Invention

Aiming at the defects in the prior art, the invention provides a reusable packing box, a packing box using method and a transport tool, and the technical scheme adopted by the invention is as follows:

a reusable packing box is formed by waterproof plates on the outer side surface of the packing box; the strength meets the following criteria: taking the largest surface of the packaging box, setting two adjacent sides of the surface as XY sides respectively, setting the intersection point of the XY sides as A point, fixing the XY sides, setting the diagonal angle of the XY sides as B point, applying 500 gram force to the surface vertically at the B point, setting the point reached after the B point is deformed by stress as C point, and setting the angle BAC to be less than 4 degrees; all layers of the box can be folded to be in a mutually attached state.

The box is made of waterproof plates on the outer side and the inner side of the packing box;

the packaging box body is made of a paperboard with one or two surfaces covered with plastic films, and the plastic films can be adhered to the paperboard by glue or can be directly sprayed on the surface of the paperboard. The paperboard can be corrugated paper; the plastic film can be made of one or a combination of several of the following materials: polyvinyl chloride (PVC), polyethylene terephthalate (PET), Polyethylene (PE), Polystyrene (PS), Polycarbonate (PC), polypropylene (PP), biaxially oriented polypropylene (BOPP), low-density polyethylene (LDPE), nylon (PA), cast polypropylene (CPP), high-density polyethylene (HDPE) impermeable membrane, high-density polyethylene impermeable membrane and other common plastic materials.

The outer side of the packing box can be provided with a transparent plastic bag for placing the freight note and can also be directly adhered to a certain surface of the packing box.

The packing box is provided with an RFID; the RFID may be located on a surface inside or outside the box or embedded inside the box, or may be in the form of a sheet inserted into a slot or bag of the box, or may be placed between the bag and the package of claim 4, or may be placed in the bag of claim 4.

Inside can supporting support and the shock mounting of having of this packing box: to space and prevent the fragile items from colliding and damaging each other.

The RFID is a double-frequency tag, and data can be written in or read from an HF frequency band through the NFC function of the mobile phone; the UHF frequency range can be used for reading or writing data by a UHF reader-writer. The HF frequency band and the UHF frequency band can share part or all of the storage space.

One side of the RFID or one side of the packing box is printed with a bar code or a two-dimensional code.

The material used by the packing box can be one of the following materials or a composite of several materials: a plastic film and paperboard combination; plastic films, cardboard and plastic film combinations; the plastic plate can be made of high-density polyethylene (HDPE) or polypropylene resin (PP); basalt fiber or glass fiber reinforced plastic plates; a metal plate; wood boards with waterproof layer protection on two sides; a laminated board or a density board or a foam board with watertight layers on two sides; the heat Insulation layer of the heat Insulation board can be one of or a composite material of more than two of mineral wool, heat Insulation mortar, heat Insulation foam, a polystyrene board, a foam board, an extruded sheet, a polyurethane board, sponge, foam plastic, an STP heat Insulation board, a VIP (vacuum Insulation Panel) vacuum heat Insulation board, down feather and aerogel.

The package has a water-impermeable membrane enclosing the sides and inner and outer surfaces of the sheet material portion. The side edge can be positioned at the adjacent side edge of the direct adhesive tape binding surface of the packing box.

The surface of the packing box material can be sprayed with alcohol or other liquid bactericides, or a rag with alcohol or other liquid bactericides is used for wiping the surface of the box body, so that sterilization or disinfection is realized.

The packaging box is provided with an active or passive temperature recording and wireless transmission device.

The packaging box is provided with a passive temperature recording device, the working principle of the packaging box is that a reader-writer is adopted to emit radio waves, the passive temperature recording device obtains electricity from the radio waves emitted by the reader-writer and works, then the temperature of the passive temperature measuring device can be obtained through reading and calculating, and the temperature is transmitted to the reader-writer or stored in the passive temperature recording device.

The packing box is provided with a controller, a battery or a power supply interface, a refrigerating or heating device and a temperature measuring device, and can control the temperature inside the packing box within a certain set range.

A transport means or storage space for transporting reusable packing cases, the goods warehouse of the transport means or storage space is provided with an RFID reader-writer antenna which can emit radio waves at any time and is communicated with a passive RFID equipped on the packing case; or the RFID reader-writer antenna is arranged at the door of the goods warehouse of the transport tool or the storage space, and the antenna can emit radio waves at any time and is in communication with the passive RFID equipped on the packing box.

The packaging box or a transport tool for transporting the packaging box is provided with a Beidou, a GPS, a Glonass or Galileo or other devices capable of carrying out global positioning through satellites; or a device which can be positioned through a mobile phone base station is arranged.

The transport or storage space is equipped with a machine vision device which may have one or a combination of any of the following functions: and recording the video of the opened cargo compartment, the video of the person or the transportation machine who opens the cargo compartment door, the video of the person or the transportation machine who contacts the packing box, and performing face recognition.

The video recorded by the machine vision device can be associated with and stored in information of face recognition, RFID information representing identities of people and objects, and event information.

The transportation tool or the storage space is provided with an information uploading passage, and the time, the place, the people, the objects, the events, the states and other elements related to the packing box, including but not limited to the position of a vehicle, the information of the packing box in the vehicle, the people or the transportation machinery opening the door of the transportation tool, the information of the people or the transportation machinery taking the packing box and the like, are uploaded to the cloud.

The temperature of more than 60 ℃ can be adopted for a certain time to sterilize or clean.

After the surface of the packing box is pasted by the adhesive tape, the adhesive tape is uncovered for less than 3 times, and the surface of the packing box can not be damaged.

The packaging box is provided with a reusable closing and reopening structure, and the structure can be one of the following structures or the combination of any several of the following structures: adhesive strips, adhesive tapes, magic tapes, zippers, buckles and the like.

A method for using a reusable packing box,

step 1, producing a reusable packing box;

step 2, delivering the packaging box to a person who needs to use the packaging box to send out an express;

step 3, taking the express delivery company and taking the express delivery company to the packaging box;

step 4, the express company transports and sends the express to the addressee;

step 5, the express company waits for the addressee to take the goods out of the packing box, and then takes the packing box away; or a reusable packing box used for goods received in front of the receiver is taken; or the addressee puts the received packing box into a packing box recycling station, and the express company relevant personnel go to the packing box recycling station to obtain the packing box;

step 6, sterilizing or cleaning the packaging box;

step 7, the recycled packaging box is delivered to a person who needs to use the packaging box for express delivery again, namely, the step 2 is returned;

and 8, circulating for many times between 2 and 7 until the packing box is not usable.

A method for using a reusable packing box,

step 1, producing a reusable packing box, wherein RFID is arranged in or on the packing box;

step 2, the packing box is delivered to a client who needs to use the packing box to send out express; a client sending the express directly transmits the sending and receiving information of the express to the RFID of the packing box through a reader-writer or the NFC function of a mobile phone, or reads the serial number or the feature code of the RFID and associates the serial number or the feature code with the goods, and the association relationship can be transmitted to the cloud;

step 3, taking the express delivery company and taking the express delivery company to the packaging box; RFID can be used for identification and information transmission in each link of transportation and storage of the packing box;

step 4, the express company transports and sends the express to the addressee; the courier reads and displays the goods delivery or receiving information stored in the RFID by using a reader-writer with a UHF read-write function, or the courier or the receiver uses a reader-writer or a mobile phone with an NFC or HF read-write function, or reads the serial number or the feature code of the RFID, and sends the delivery or receiving information associated with the serial number or the feature code to the receiver for confirmation;

step 5, the express company waits for the addressee to take the goods out of the packaging box, and then takes the packaging box away; or the reusable packing box for receiving the goods in front of the receiver is taken; or the receiver puts the received packing case to a packing case recycling station, and the recycling station can be provided with an RFID reader-writer to confirm that the packing case represented by the RFID is received;

step 6, sterilizing or cleaning the packaging box;

step 7, delivering the recycled packaging box to a person who needs to use the packaging box for express delivery again, namely, returning to the step 2;

and 8, circulating for many times between the steps 2 to 7 until the packing box is not usable.

A reusable packing box is formed by waterproof plates on the outer side surface of the packing box; the strength meets the following criteria: taking the largest surface of the packaging box, setting two adjacent sides of the surface as XY sides respectively, setting the intersection point of the XY sides as A point, fixing the XY sides, setting the diagonal angle of the XY sides as B point, applying 500 gram force to the surface vertically at the B point, setting the point reached after the B point is deformed by stress as C point, and setting the angle BAC to be less than 4 degrees; all layers of the box can be folded to be in a mutually attached state.

The box is made of waterproof plates on the outer side and the inner side of the packing box.

The packaging box body is made of a paperboard with one or two surfaces covered with plastic films, and the plastic films can be adhered to the paperboard by glue or can be directly sprayed on the surface of the paperboard. The paperboard can be corrugated paper; the plastic film can be made of one or a combination of several of the following materials: polyvinyl chloride (PVC), polyethylene terephthalate (PET), Polyethylene (PE), Polystyrene (PS), Polycarbonate (PC), polypropylene (PP), biaxially oriented polypropylene (BOPP), low-density polyethylene (LDPE), nylon (PA), cast polypropylene (CPP), high-density polyethylene (HDPE) impermeable membrane, high-density polyethylene impermeable membrane and other common plastic materials.

The outer side of the packing box can be provided with a transparent plastic bag for placing the freight note, and the freight note can also be directly stuck to a certain surface of the packing box.

The packing box is provided with an RFID which can be positioned on a certain surface inside and outside the box or embedded in the box, or can be a sheet-shaped shape inserted into a certain groove or a bag of the box, or can be placed between the bag and the packing box in claim 4, or can be placed in the bag in claim 4.

The inside support and the shock mounting that can form a complete set of packing box: to space and prevent the fragile items from colliding and damaging each other.

The RFID is a double-frequency tag, and data can be written in or read from an HF frequency band through the NFC function of the mobile phone; the UHF frequency range can be used for reading or writing data by a UHF reader-writer. The HF frequency band and the UHF frequency band can share part or all of the storage space.

A bar code or a two-dimensional code is printed on one surface of the RFID or one surface of the packing box;

the material used by the packing box can be one of the following materials or a composite of several materials: a plastic film and paperboard combination; plastic films, cardboard and plastic film combinations; the plastic plate can be made of high-density polyethylene (HDPE) or polypropylene resin (PP); basalt fiber or glass fiber reinforced plastic plates; a metal plate; wood boards with waterproof layer protection on two sides; a laminated board or a density board or a foam board with watertight layers on two sides; the heat Insulation layer of the heat Insulation board can be one of or a composite material of more than two of mineral wool, heat Insulation mortar, heat Insulation foam, a polystyrene board, a foam board, an extruded sheet, a polyurethane board, sponge, foam plastic, an STP heat Insulation board, a VIP (vacuum Insulation Panel) vacuum heat Insulation board, down feather and aerogel.

The package has a water-impermeable membrane enclosing the sides and inner and outer surfaces of the sheet material portion. The side edge can be positioned at the adjacent side edge of the direct adhesive tape binding surface of the packing box.

The surface of the packing box material can be sprayed with alcohol or other liquid bactericides, or a rag with alcohol or other liquid bactericides is used for wiping the surface of the box body, so that sterilization or disinfection is realized.

The packaging box is provided with an active or passive temperature recording and wireless transmission device;

the packaging box is provided with a passive temperature recording device, the working principle of the packaging box is that a reader-writer is adopted to emit radio waves, the passive temperature recording device obtains electricity from the radio waves emitted by the reader-writer and works, then the temperature of the passive temperature measuring device can be obtained through reading and calculating, and the temperature is transmitted to the reader-writer or stored in the passive temperature recording device.

The packing box is provided with a controller, a battery or a power supply interface, a refrigerating or heating device and a temperature measuring device, and can control the temperature inside the packing box within a certain set range.

A transport or storage space for transporting the reusable packaging boxes, wherein RFID reader-writer antennas are arranged in the cargo hold of the transport or storage space, the antennas can emit radio waves at any time, and the antennas are communicated with passive RFID equipped on the packaging boxes; or the RFID reader-writer antenna is arranged at the door of the goods warehouse of the transport tool or the storage space, and the antenna can emit radio waves at any time and is in communication with the passive RFID equipped on the packing box.

The reusable packaging box or the transportation tool thereof is provided with a Beidou, a GPS, a Glonass or Galileo or other devices capable of carrying out global positioning through satellites; or a device which can be positioned through a mobile phone base station is arranged.

The transport or storage space of the reusable packaging box is provided with a machine vision device which can have one or any combination of the following functions: and recording the video of the opened cargo compartment, the video of the person or the transportation machine who opens the cargo compartment door, the video of the person or the transportation machine who contacts the packing box, and performing face recognition.

The video recorded by the machine vision device can be associated with and stored in information of face recognition, RFID information representing identities of people and objects, and event information.

The transportation tool or the storage space of the reusable packing box is provided with an information uploading channel, and the time, the place, the people, the objects, the events, the states and other factors related to the packing box are uploaded to the cloud end, wherein the factors include but are not limited to the position of a vehicle, the information of the packing box in the vehicle, the people or the transportation machinery who pass through a door of the transportation tool, the information of the people or the transportation machinery who take the packing box, and the like.

The sterilization method of the reusable packaging box comprises the following steps: the temperature of more than 60 ℃ can be adopted for a certain time to sterilize or clean.

The reusable packaging box is characterized in that after the surface of the packaging box is pasted with the adhesive tape, the adhesive tape is uncovered for 3 times, and the surface of the packaging box cannot be damaged.

The reusable packaging box is provided with a reusable closing and reopening structure, and the structure can be one of the following structures or the combination of any several of the following structures: adhesive strips, adhesive tapes, magic tapes, zippers, buckles and the like.

A using method of a reusable packing box comprises the following steps:

step 1, producing a reusable packing box;

step 2, delivering the packaging box to a person who needs to use the packaging box to send out an express;

step 3, taking the express delivery company and taking the express delivery company to the packaging box;

step 4, the express company transports and sends the express to the addressee;

step 5, the express company waits for the addressee to take the goods out of the packing box, and then takes the packing box away; or a reusable packing box used for goods received in front of the receiver is taken; or the addressee puts the received packing box into a packing box recycling station, and the express company relevant personnel go to the packing box recycling station to obtain the packing box.

Step 6, sterilizing or cleaning the packaging box;

step 7, the recycled packaging box is delivered to a person who needs to use the packaging box for express delivery again, namely, the step 2 is returned;

and 8, circulating for many times between 2 and 7 until the packing box is not usable.

A using method of a reusable packing box comprises the following steps:

step 1, producing a reusable packing box, wherein RFID is arranged in or on the packing box;

step 2, the packing box is delivered to a client who needs to use the packing box to send out express; a client sending the express directly transmits the sending and receiving information of the express to the RFID of the packing box through a reader-writer or the NFC function of a mobile phone, or reads the serial number or the feature code of the RFID and associates the serial number or the feature code with the goods, and the association relationship can be transmitted to the cloud;

step 3, taking the express delivery company and taking the express delivery company to the packaging box; RFID can be used for identification and information transmission in each link of transportation and storage of the packing box;

step 4, the express company transports and sends the express to the addressee; the courier reads and displays the goods delivery or receiving information stored in the RFID by using a reader-writer with a UHF read-write function, or the courier or the receiver uses a reader-writer or a mobile phone with an NFC or HF read-write function, or reads the serial number or the feature code of the RFID, and sends the delivery or receiving information associated with the serial number or the feature code to the receiver for confirmation;

step 5, the express company waits for the addressee to take the goods out of the packaging box, and then takes the packaging box away; or the reusable packing box for receiving the goods in front of the receiver is taken; or the recipient may place the received container at a container recycling station that may have an RFID reader to confirm receipt of the container represented by the RFID.

Step 6, sterilizing or cleaning the packaging box;

step 7, delivering the recycled packaging box to a person who needs to use the packaging box for express delivery again, namely, returning to the step 2;

and 8, circulating for many times between the steps 2 to 7 until the packing box is not usable.

Compared with the prior art, the invention has the beneficial effects that:

the packaging box can be reused, has reusability, has RFID radio frequency identification and temperature control functions, and can reduce resource waste, reduce environmental pollution, reduce transportation cost and improve transportation efficiency; the whole process tracing supervision of the packing box can be carried out in the transportation process, and the whole process tracing can be still carried out even if the transportation mode is switched; the logistics supervision efficiency is improved, and the personnel cost is greatly reduced.

Drawings

FIG. 1 is a perspective view of a reusable packaging container;

fig. 2 is a schematic diagram of a reusable packing box in a front view.

Detailed Description

The invention is described in detail below with reference to the figures and examples:

as can be seen from fig. 1 and 2, a reusable packing case is formed by waterproof plates on the outer side surface of the packing case; the strength meets the following criteria: taking the largest surface of the packaging box, setting two adjacent sides of the surface as XY sides respectively, setting the intersection point of the XY sides as A point, fixing the XY sides, setting the diagonal angle of the XY sides as B point, applying 500 gram force to the surface vertically at the B point, setting the point reached after the B point is deformed by stress as C point, and setting the angle BAC to be less than 4 degrees; all layers of the box can be folded to be in a mutually attached state.

The box is made of waterproof plates on the outer side and the inner side of the packing box.

The packaging box body is made of a paperboard with one or two surfaces covered with plastic films, and the plastic films can be adhered to the paperboard by glue or can be directly sprayed on the surface of the paperboard. The paperboard can be corrugated paper; the plastic film can be made of one or a combination of several of the following materials: polyvinyl chloride (PVC), polyethylene terephthalate (PET), Polyethylene (PE), Polystyrene (PS), Polycarbonate (PC), polypropylene (PP), biaxially oriented polypropylene (BOPP), low-density polyethylene (LDPE), nylon (PA), cast polypropylene (CPP), high-density polyethylene (HDPE) impermeable membrane, high-density polyethylene impermeable membrane and other common plastic materials.

The outer side of the packing box can be provided with a transparent plastic bag for placing the freight note and can also be directly adhered to a certain surface of the packing box.

The package has an RFID that can be located on a surface inside or outside the box or embedded inside the box, or can be a sheet-like shape that is inserted into a slot or bag of the box, or can be placed between the bag and the package of claim 4, or can be placed in the bag of claim 4.

Inside can supporting support and the shock mounting of having of packing box: to space and prevent the fragile items from colliding and damaging each other.

The RFID is a double-frequency tag, and data can be written in or read from an HF frequency band through the NFC function of the mobile phone; the UHF frequency range can be used for reading or writing data by a UHF reader-writer. The HF frequency band and the UHF frequency band can share part or all of the storage space.

A bar code or a two-dimensional code is printed on one surface of the RFID or one surface of the packing box;

the material used for the packing box can be one of the following materials or a composite of several materials: a plastic film and paperboard combination; plastic films, cardboard and plastic film combinations; the plastic plate can be made of high-density polyethylene (HDPE) or polypropylene resin (PP); basalt fiber or glass fiber reinforced plastic plates; a metal plate; wood boards with waterproof layer protection on two sides; a laminated board or a density board or a foam board with watertight layers on two sides; the heat Insulation layer of the heat Insulation plate can be one or more composite materials of mineral wool, heat Insulation mortar, heat Insulation foam, a polystyrene board, a foam board, an extruded sheet, a polyurethane board, sponge, foam plastic, an STP heat Insulation board, a VIP (vacuum Insulation Panel) vacuum heat Insulation board, down feather and aerogel;

the package has a water-impermeable membrane enclosing the sides and inner and outer surfaces of the sheet material portion. The side edge can be positioned at the adjacent side edge of the direct adhesive tape binding surface of the packing box.

The surface of the packing box material can be sprayed with alcohol or other liquid bactericides, or a rag with alcohol or other liquid bactericides is used for wiping the surface of the box body, so that the sterilization or disinfection is realized.

The packaging box is provided with an active or passive temperature recording and wireless transmission device;

the packaging box is provided with a passive temperature recording device, the working principle of the packaging box is that a reader-writer is adopted to emit radio waves, the passive temperature recording device obtains electricity from the radio waves emitted by the reader-writer and works, then the temperature of the passive temperature measuring device can be obtained through reading and calculation, and the temperature is transmitted to the reader-writer or stored in the passive temperature recording device.

The packing box is provided with a controller, a battery or a power supply interface, a refrigerating or heating device and a temperature measuring device, and can control the temperature inside the packing box within a certain set range.

A transport or storage space for transporting the reusable packaging boxes, wherein RFID reader-writer antennas are arranged in the cargo hold of the transport or storage space, the antennas can emit radio waves at any time, and the antennas are communicated with passive RFID equipped on the packaging boxes; or the RFID reader-writer antenna is arranged at the door of the goods warehouse of the transport tool or the storage space, and the antenna can emit radio waves at any time and is in communication with the passive RFID equipped on the packing box.

The reusable packaging box or the transportation tool thereof is provided with a Beidou, a GPS, a Glonass or Galileo or other devices which can carry out global positioning through satellites; or a device which can be positioned through a mobile phone base station is arranged.

The transport or storage space of the reusable packaging box is equipped with a machine vision device which can have one or a combination of any of the following functions: and recording the video of the opened cargo compartment, the video of the person or the transportation machine who opens the cargo compartment door, the video of the person or the transportation machine who contacts the packing box, and performing face recognition.

The video recorded by the machine vision device can be associated with and stored in information of face recognition, RFID information representing identities of people and objects, and event information.

The transportation tool or the storage space of the reusable packing box is provided with an information uploading channel, and the time, the place, the people, the objects, the events, the states and other factors related to the packing box, including but not limited to the position of a vehicle, the information of the packing box in the vehicle, the people or the transportation machinery opening the door of the transportation tool, the information of the people or the transportation machinery taking the packing box, and the like, are uploaded to the cloud.

The sterilization method of the reusable packaging box comprises the following steps: the temperature of more than 60 ℃ can be adopted for a certain time to sterilize or clean.

The surface of the reusable packing box is pasted by the adhesive tape and then the adhesive tape is uncovered for less than 3 times, so that the surface of the reusable packing box cannot be damaged.

The reusable packaging box has a reusable closing and reopening structure which can be one of the following or any combination of the following: adhesive strips, adhesive tapes, magic tapes, zippers, buckles and the like.

A using method of a reusable packing box comprises the following steps:

step 1, producing a reusable packing box;

step 2, delivering the packaging box to a person who needs to use the packaging box to send out an express;

step 3, taking the express delivery company and taking the express delivery company to the packaging box;

step 4, the express company transports and sends the express to the addressee;

step 5, the express company waits for the addressee to take the goods out of the packing box, and then takes the packing box away; or a reusable packing box used for goods received in front of the receiver is taken; or the addressee puts the received packing box into a packing box recycling station, and the express company relevant personnel go to the packing box recycling station to obtain the packing box.

Step 6, sterilizing or cleaning the packaging box;

step 7, the recycled packaging box is delivered to a person who needs to use the packaging box for express delivery again, namely, the step 2 is returned;

and 8, circulating for many times between 2 and 7 until the packing box is not usable.

A using method of a reusable packing box comprises the following steps:

step 1, producing a reusable packing box, wherein RFID is arranged in or on the packing box;

step 2, the packing box is delivered to a client who needs to use the packing box to send out express; a client sending the express directly transmits the sending and receiving information of the express to the RFID of the packing box through a reader-writer or the NFC function of a mobile phone, or reads the serial number or the feature code of the RFID and associates the serial number or the feature code with the goods, and the association relationship can be transmitted to the cloud;

step 3, taking the express delivery company and taking the express delivery company to the packaging box; RFID can be used for identification and information transmission in each link of transportation and storage of the packing box;

step 4, the express company transports and sends the express to the addressee; the courier reads and displays the goods delivery or receiving information stored in the RFID by using a reader-writer with a UHF read-write function, or the courier or the receiver uses a reader-writer or a mobile phone with an NFC or HF read-write function, or reads the serial number or the feature code of the RFID, and sends the delivery or receiving information associated with the serial number or the feature code to the receiver for confirmation;

step 5, the express company waits for the addressee to take the goods out of the packaging box, and then takes the packaging box away; or the reusable packing box for receiving the goods in front of the receiver is taken; or the recipient may place the received container at a container recycling station that may have an RFID reader to confirm receipt of the container represented by the RFID.

Step 6, sterilizing or cleaning the packaging box;

step 7, delivering the recycled packaging box to a person who needs to use the packaging box for express delivery again, namely, returning to the step 2;

and 8, circulating for many times between the steps 2 to 7 until the packing box is not usable.

The packaging box can be reused, has reusability, has RFID radio frequency identification and temperature control functions, and can reduce resource waste, reduce environmental pollution, reduce transportation cost and improve transportation efficiency; the whole process tracing supervision of the packing box can be carried out in the transportation process, and the whole process tracing can be still carried out even if the transportation mode is switched; the logistics supervision efficiency is improved, and the personnel cost is greatly reduced.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the structure of the present invention in any way. Any simple modification, equivalent change and modification of the above embodiments according to the technical spirit of the present invention are within the technical scope of the present invention.