CN107609818A - Warehousing logistics system and method - Google Patents

Abstract

The embodiment of the invention discloses a warehouse logistics method and a warehouse logistics system, which pre-store logistics information of goods and storage information of a warehouse, and generate position information of the goods according to the logistics information and the storage information; generating an identification code according to the logistics information and the position information; placing the identification code on the goods; reading the identification code to obtain the position information of the goods; and placing the goods at an appointed position according to the position information carried by the identification code. Because the goods are provided with the identification codes, the identification codes are read during identification, so that the position information of the goods can be obtained, the identification efficiency is improved, and meanwhile, the identification codes are read and then the specified positions can be stored according to the carried position information, so that the classification efficiency of the goods is improved.

Description

Warehousing logistics system and method

technical field

The invention relates to the technical field of rail transit vehicles, and more specifically, to a method and system for warehousing and logistics.

Background technique

In the existing warehousing system, for the information identification and classification of goods, it is common to use various forms to fill in, as shown in Form 1.

Production Date production line device ID Operator quality inspector Storage time product number storage location

Table 1

In this way, the information is filled on the product packaging, which is inefficient, and it is difficult to automate the identification process and is prone to errors.

Or use a visual intelligent recognition system, the schematic diagram of which is shown in Figure 1.

Obtain the external image of the goods through the visual recognition system, and then use the visual analysis software to recognize the image and classify the goods. The identification efficiency of this method is low, and the location of the image acquisition is restricted, because the images acquired are different at different positions of the goods, and the identification may not be realized. And when the goods are packaged, it is basically impossible to achieve identification.

Therefore, how to simultaneously improve the efficiency of warehousing logistics identification and classification has become an urgent technical problem to be solved by those skilled in the art.

Contents of the invention

In view of this, the technical problem to be solved by the present invention is how to simultaneously improve the efficiency of warehousing and logistics identification and classification. Therefore, the present invention provides a warehousing and logistics method and system.

To achieve the above object, the present invention provides the following technical solutions:

A warehouse logistics method, comprising:

Pre-store the logistics information of the goods and the storage information of the warehouse, and generate the location information of the goods according to the logistics information and the storage information;

Generate an identification code according to the logistics information and location information;

setting the identification code on the goods;

Read the identification code to obtain the location information of the goods;

According to the location information carried by the identification code, the goods are placed at a designated location.

Preferably, in the above warehouse logistics method, the logistics information includes production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, customer information, raw material supplier information and raw material information.

Preferably, in the above warehouse logistics method, the storage information includes the status of goods stored in the warehouse.

Preferably, in the above warehouse logistics method, the identification code is a barcode or a two-dimensional code.

Preferably, in the above warehouse logistics method, the identification code is set on the goods before or when the goods are put into the warehouse.

Preferably, in the above warehouse logistics method, the logistics information and location information corresponding to the goods are stored.

The invention also discloses a warehouse logistics system, including:

The controller is used to pre-store the logistics information of the goods and the storage information of the warehouse, generate the location information of the goods according to the logistics information and the storage information; and generate the identification code according to the logistics information and the location information;

a coding device, used to set the identification code on the goods;

A code reader, used to read the identification code and obtain the location information of the goods;

The logistics trolley is used to place the goods at a designated location according to the location information carried by the identification code.

Preferably, in the above warehousing logistics system, the logistics information includes production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, customer information, raw material supplier information and raw material information.

Preferably, in the above-mentioned warehouse logistics system, the storage information includes the status of goods stored in the warehouse.

Preferably, in the above warehouse logistics system, the identification code is a barcode or a two-dimensional code.

Preferably, in the above warehouse logistics system, the coder is a laser engraving coder.

Preferably, in the above warehouse logistics system, the logistics trolley is an AGV automatic forklift.

Preferably, in the above-mentioned warehousing logistics system, a logistics channel is also included, through which the goods are transported to the logistics trolley.

Preferably, in the above warehousing logistics system, the controller further includes storing logistics information and location information corresponding to the goods.

It can be seen from the above-mentioned technical solution that in the method and system of warehousing and logistics disclosed in the present application, since the goods are provided with an identification code, the location information of the goods can be obtained by reading the identification code during identification, thereby improving the identification efficiency. At the same time, after reading the identification code, it can be stored in a designated location according to the carried location information, thereby improving the classification efficiency of the goods.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. Those skilled in the art can also obtain other drawings based on these drawings without creative work.

Fig. 1 is a schematic diagram of a visual system for identifying goods provided by the prior art;

Fig. 2 is a schematic flow chart of a warehouse logistics method provided by an embodiment of the present invention;

Fig. 3 is a schematic flow chart of another warehousing logistics method provided by the embodiment of the present invention;

Figure 4-1 is a schematic diagram of an identification code provided by an embodiment of the present invention;

Figure 4-2 is a schematic diagram of another identification code provided by the embodiment of the present invention;

Figure 5-1 is a schematic diagram of a cargo provided by the embodiment of the present invention;

Figure 5-2 is another schematic diagram of goods provided by the embodiment of the present invention;

Fig. 6 is a structural block diagram of a warehouse logistics system provided by an embodiment of the present invention;

Fig. 7 is a schematic structural diagram of a warehouse provided by an embodiment of the present invention;

Fig. 8 is a front structural schematic diagram of a shelf provided by an embodiment of the present invention;

Fig. 9 is an enlarged schematic diagram of part A in Fig. 8;

Fig. 10 is a side view structural schematic diagram of a shelf provided by an embodiment of the present invention;

Fig. 11 is a schematic top view of a shelf provided by an embodiment of the present invention;

Fig. 12 is a schematic diagram of the front view structure of a conveyor chain provided by an embodiment of the present invention;

Fig. 13 is a schematic top view of a conveyor chain provided by an embodiment of the present invention;

Fig. 14 is a schematic diagram of the front structure of another transmission chain provided by the embodiment of the present invention;

Fig. 15 is a schematic top view of another conveyor chain provided by an embodiment of the present invention.

Among them, 11 is the controller, 12 is the coder, 13 is the code reader, 14 is the logistics trolley, 2 is the warehouse, 21 is the shelf, 22 is the logistics channel, 211 is the forklift slot, and 221 is the conveyor chain.

detailed description

The first core of the present invention is to provide a warehouse logistics method to simultaneously improve the efficiency of warehouse logistics identification and classification; the second core of the present invention is to provide a warehouse logistics system.

Hereinafter, an embodiment will be described with reference to the drawings. In addition, the examples shown below do not limit the content of the invention described in the claims in any way. In addition, all the contents of the configurations shown in the following embodiments are not limited to be essential to the solutions of the invention described in the claims.

Embodiment one

Please refer to Fig. 2, Fig. 2 is a schematic flow chart of a warehousing logistics method provided by an embodiment of the present invention;

A warehouse logistics method, comprising the following steps:

S101. Pre-store the logistics information of the goods and the storage information of the warehouse, and generate the location information of the goods according to the logistics information and the storage information;

The logistics information includes production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, customer information, raw material supplier information, raw material information and so on. The above logistics information can be adjusted according to the different types of goods. Some goods only need logistics information including production date, production line number, equipment number, operator number, quality inspector number, production number and the validity period of the goods. These information can always follow the entire goods. The raw material supplier information and raw material information can be optionally set according to the properties of the goods. Of course, logistics information is not limited to the above information.

The storage information includes the status of stored goods in the warehouse. Please refer to Figure 7 to Figure 15. In order to achieve convenient access, the goods are generally stored on the shelves of the warehouse. The number of storage and logistics warehouses in the system is not limited to one, but can be one or more. shelves. Numbering for different warehouses, numbering for all shelves in the same warehouse, numbering all storage locations on a shelf in the same warehouse, and the status of each storage location includes two states: stored and not stored, Among them, stored means that goods have been stored, and not stored means that no goods have been stored. For this reason, all storage locations determine a unique code, and each code corresponds to two storage statuses: stored and not stored, for example: warehouse name-shelf number-storage location number-storage status, 1-1-1-Y, representing : Warehouse 1-shelf 1-storage location 1-saved, 1-1-1-N, means: warehouse 1-shelf 1-storage location 1-not saved. Of course, it is not limited to the above encoding methods.

Due to the different types of goods, only put the same type of goods in the same warehouse, or put the same type of goods in the same row of shelves in the same warehouse. Since the storage positions of the shelves in the warehouse are not necessarily arranged in sequence, some goods may be taken out, resulting in no goods in some storage positions. These storage positions without goods can store the same type of goods in priority. After this type of storage location is full, the goods are stored sequentially. For this purpose, the location information can be generated based on the logistics information of the goods and the storage information of the warehouse. The location information here is the location where the goods will be placed.

S102. Generate an identification code according to the logistics information and location information;

Please refer to Figure 4-1, Figure 4-2, Figure 5-1, and Figure 5-2. The identification code carries logistics information and location information, which is only for easy reading, and the logistics information and location information are converted into easy-to-identify labels In the process of identifying the identification code, the logistics information and location information can be read out.

The above identification code barcode or QR code. Figure 2 in the diagram shows a 5×5 two-dimensional code, and the number of grids of the two-dimensional code can be enlarged as needed to increase the amount of information in the two-dimensional code.

S103. Setting the identification code on the goods;

The identification code can be engraved on the packaging of the goods by laser marking, or directly on the surface of the goods. When the current two methods are inconvenient, a two-dimensional code nameplate can also be added to the surface of the goods.

The identification code can be set before or when the goods are put into the warehouse. The relevant identification codes have been engraved before the goods enter the warehouse; when entering the warehouse, the logistics information and location information of the goods are imported into the coder, and then the coder automatically engraves the relevant data information on the relevant positions of the goods.

S104. Read the identification code to obtain the location information of the goods;

Since the acquisition has been set with an identification code, when the identification code is read, the logistics information and location information can be obtained, such as production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, Customer information, raw material supplier information, raw material information, storage location. When storing the goods, only the location information is needed, so the subsequent logistics vehicle can place the goods to the required location according to the location information.

S105. According to the location information carried by the identification code, place the goods at a designated location.

The location information reflects the specified location, and usually the location information is the specified location.

Since the goods are provided with an identification code, the location information of the goods can be obtained by reading the identification code during identification, thereby improving the identification efficiency. Improve the classification efficiency of goods.

Embodiment two

Please refer to FIG. 3 . FIG. 3 is a schematic flow chart of another warehousing logistics method provided by an embodiment of the present invention.

A warehouse logistics method, comprising the following steps:

S201. Pre-store the logistics information of the goods and the storage information of the warehouse, and generate the location information of the goods according to the logistics information and the storage information;

The logistics information includes production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, customer information, raw material supplier information, raw material information and so on. The above logistics information can be adjusted according to the different types of goods. Some goods only need logistics information including production date, production line number, equipment number, operator number, quality inspector number, production number and the validity period of the goods. These information can always follow the entire goods. The raw material supplier information and raw material information can be optionally set according to the properties of the goods. Of course, logistics information is not limited to the above information.

The storage information includes the status of stored goods in the warehouse. Please refer to Figure 7 to Figure 15. In order to achieve convenient access, the goods are generally stored on the shelves of the warehouse. The number of storage and logistics warehouses in the system is not limited to one, but can be one or more. shelves. Numbering for different warehouses, numbering for all shelves in the same warehouse, numbering all storage locations on a shelf in the same warehouse, and the status of each storage location includes two states: stored and not stored, Among them, stored means that goods have been stored, and not stored means that no goods have been stored. For this reason, all storage locations determine a unique code, and each code corresponds to two storage statuses: stored and not stored, for example: warehouse name-shelf number-storage location number-storage status, 1-1-1-Y, representing : Warehouse 1-shelf 1-storage location 1-saved, 1-1-1-N, means: warehouse 1-shelf 1-storage location 1-not saved. Of course, it is not limited to the above encoding methods.

Due to the different types of goods, only put the same type of goods in the same warehouse, or put the same type of goods in the same row of shelves in the same warehouse. Since the storage positions of the shelves in the warehouse are not necessarily arranged in sequence, some goods may be taken out, resulting in no goods in some storage positions. These storage positions without goods can store the same type of goods in priority. After this type of storage location is full, the goods are stored sequentially. For this purpose, the location information can be generated based on the logistics information of the goods and the storage information of the warehouse. The location information here is the location where the goods will be placed.

S202. Generate an identification code according to the logistics information and location information;

Please refer to Figure 4-1, Figure 4-2, Figure 5-1, and Figure 5-2. The identification code carries logistics information and location information, which is only for easy reading, and the logistics information and location information are converted into easy-to-identify labels In the process of identifying the identification code, the logistics information and location information can be read out.

The above identification code barcode or QR code. Figure 2 in the diagram shows a 5×5 two-dimensional code, and the number of grids of the two-dimensional code can be enlarged as needed to increase the amount of information in the two-dimensional code.

S203. Setting the identification code on the goods;

The identification code can be engraved on the packaging of the goods by laser marking, or directly on the surface of the goods. When the current two methods are inconvenient, a two-dimensional code nameplate can also be added to the surface of the goods.

The identification code can be set before or when the goods are put into the warehouse. The relevant identification codes have been engraved before the goods enter the warehouse; when entering the warehouse, the logistics information and location information of the goods are imported into the coder, and then the coder automatically engraves the relevant data information on the relevant positions of the goods.

S204. Read the identification code to obtain the location information of the goods;

Since the acquisition has been set with an identification code, when the identification code is read, the logistics information and location information can be obtained, such as production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, Customer information, raw material supplier information, raw material information, storage location. When storing the goods, only the location information is needed, so the subsequent logistics vehicle can place the goods to the required location according to the location information.

S205. According to the location information carried by the identification code, place the goods at a designated location.

The location information reflects the specified location, and usually the location information is the specified location.

Since the goods are provided with an identification code, the location information of the goods can be obtained by reading the identification code during identification, thereby improving the identification efficiency. Improve the classification efficiency of goods.

S206. Store the logistics information and location information corresponding to the goods.

When a certain piece of goods needs to be taken out, the logistics information and location information of the goods can be obtained by calling the relevant information of the goods, and according to the location information, it can be taken out directly, which is convenient and fast.

The logistics information and location information of the goods are stored, so it is convenient to trace the goods.

Embodiment three

The invention also discloses a warehousing and logistics system, including a controller 11, a coder 12, a code reader 13 and a logistics trolley 14

The controller 11 is used to pre-store the logistics information of the goods and the storage information of the warehouse 2, generate the location information of the goods according to the logistics information and the storage information; and generate an identification code according to the logistics information and the location information;

The logistics information includes production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, customer information, raw material supplier information, raw material information and so on. The above logistics information can be adjusted according to the different types of goods. Some goods only need logistics information including production date, production line number, equipment number, operator number, quality inspector number, production number and the validity period of the goods. These information can always follow the entire goods. The raw material supplier information and raw material information can be optionally set according to the properties of the goods. Of course, logistics information is not limited to the above information.

The storage information includes the status of stored goods in the warehouse 2 . Please refer to Fig. 7 to Fig. 15 in order to realize convenient access goods are generally stored on the shelf 21 of warehouse 2, the quantity of storage logistics warehouse 2 for the system is not limited to only one, can be one or more, and in warehouse 2 Generally, a plurality of shelves 21 are placed. Numbering for different warehouses 2, numbering for all shelves 21 in the same warehouse 2, numbering all storage locations on a shelf 21 in the same warehouse 2, and the status of each storage location includes stored and unstored There are two states of storage, among which stored means that goods have been stored, and unsaved means that no goods have been stored. For this reason, all storage locations determine a unique code, and each code corresponds to two storage statuses: stored and not stored, for example: warehouse 2 - shelf 21 number - storage location number - storage status, 1-1-1-Y , stands for: No. 1 warehouse 2-1 shelf No. 21-1 storage location - saved, 1-1-1-N, stands for: No. 1 warehouse 2-1 shelf No. 21-1 storage location - not saved. Of course, it is not limited to the above encoding methods.

Due to the different types of goods, the goods of the same type are only placed in the same warehouse 2, or the goods of the same type are placed in the same row of shelves 21 in the same warehouse 2. Since the storage positions of the shelves 21 in the warehouse 2 are not necessarily placed in sequence, some goods may be taken out, resulting in no goods in some storage positions, and these storage positions without goods can be preferentially stored for the same type of goods , when this type of storage location is full, the goods will be stored sequentially. For this purpose, the location information can be generated based on the logistics information of the goods and the storage information of the warehouse 2 . The location information here is the location where the goods will be placed.

The identification code carries logistics information and location information, but for the convenience of reading, the logistics information and location information are converted into identification codes for easy identification. In the process of identifying the identification code, the logistics information and location information can be read out.

The above identification code barcode or QR code. Figure 2 in the diagram shows a 5×5 two-dimensional code, and the number of grids of the two-dimensional code can be enlarged as needed to increase the amount of information in the two-dimensional code.

A coding device 12, configured to set the identification code on the goods;

The coding device 12 identification code can be engraved on the packaging of the goods by laser marking, or can be directly engraved on the surface of the goods. When the previous two methods are inconvenient, a two-dimensional code nameplate can also be added to the surface of the goods. The coding device 12 utilizing laser marking is a laser engraving coding machine. Of course, there are other types of coders 12, which will not be described too much here.

The code reader 13 is used to read the identification code to obtain the location information of the goods; since the identification code has been set, when the identification code is read, the logistics information and location information, such as production date, production line, etc., can be obtained. serial number, equipment serial number, operator serial number, quality inspector serial number, production serial number, goods validity period, customer information, raw material supplier information, raw material information, storage location. When storing goods, only the location information is needed, so the follow-up logistics trolley 14 can place the goods to the required location according to the location information.

The logistics trolley 14 is used to place the goods at a designated location according to the location information carried by the identification code. The logistics trolley 14 is an automatic logistics trolley 14, which can automatically place the goods to a designated location according to the location information. For example, the logistics trolley 14 is an AGV automatic forklift. The corresponding shelf 21 is provided with two forklift slots 211 for preventing pallet forks.

In addition, the warehouse 2 is also provided with a logistics channel 22 through which goods can be delivered to the logistics trolley 14 . The logistics channel 22 is provided with a conveyor chain 221 . The logistics channel 22 is also provided with a code reader 13 or a code printer 12 .

Wherein, a coding device 12 is set to be used for the operation of setting identification codes on goods when goods are stored.

Embodiment four

The invention also discloses a warehousing and logistics system, including a controller 11, a coder 12, a code reader 13 and a logistics trolley 14

The controller 11 is used to pre-store the logistics information of the goods and the storage information of the warehouse 2, generate the location information of the goods according to the logistics information and the storage information; and generate an identification code according to the logistics information and the location information;

The logistics information includes production date, production line number, equipment number, operator number, quality inspector number, production number, goods validity period, customer information, raw material supplier information, raw material information and so on. The above logistics information can be adjusted according to the different types of goods. Some goods only need logistics information including production date, production line number, equipment number, operator number, quality inspector number, production number and the validity period of the goods. These information can always follow the entire goods. The raw material supplier information and raw material information can be optionally set according to the properties of the goods. Of course, logistics information is not limited to the above information.

The storage information includes the status of stored goods in the warehouse 2 . Please refer to Fig. 7 to Fig. 15 in order to realize convenient access goods are generally stored on the shelf 21 of warehouse 2, the quantity of storage logistics warehouse 2 for the system is not limited to only one, can be one or more, and in warehouse 2 Generally, a plurality of shelves 21 are placed. Numbering for different warehouses 2, numbering for all shelves 21 in the same warehouse 2, numbering all storage locations on a shelf 21 in the same warehouse 2, and the status of each storage location includes stored and unstored There are two states of storage, among which stored means that goods have been stored, and unsaved means that no goods have been stored. For this reason, all storage locations determine a unique code, and each code corresponds to two storage statuses: stored and not stored, for example: warehouse 2 - shelf 21 number - storage location number - storage status, 1-1-1-Y , stands for: No. 1 warehouse 2-1 shelf No. 21-1 storage location - saved, 1-1-1-N, stands for: No. 1 warehouse 2-1 shelf No. 21-1 storage location - not saved. Of course, it is not limited to the above encoding methods.

Due to the different types of goods, the goods of the same type are only placed in the same warehouse 2, or the goods of the same type are placed in the same row of shelves 21 in the same warehouse 2. Since the storage positions of the shelves 21 in the warehouse 2 are not necessarily placed in sequence, some goods may be taken out, resulting in no goods in some storage positions, and these storage positions without goods can be preferentially stored for the same type of goods , when this type of storage location is full, the goods will be stored sequentially. For this purpose, the location information can be generated based on the logistics information of the goods and the storage information of the warehouse 2 . The location information here is the location where the goods will be placed.

The identification code carries logistics information and location information, but for the convenience of reading, the logistics information and location information are converted into identification codes for easy identification. In the process of identifying the identification code, the logistics information and location information can be read out.

The above identification code barcode or QR code. Figure 2 in the diagram shows a 5×5 two-dimensional code, and the number of grids of the two-dimensional code can be enlarged as needed to increase the amount of information in the two-dimensional code.

A coding device 12, configured to set the identification code on the goods;

The coding device 12 identification code can be engraved on the packaging of the goods by laser marking, or can be directly engraved on the surface of the goods. When the previous two methods are inconvenient, a two-dimensional code nameplate can also be added to the surface of the goods. The coding device 12 utilizing laser marking is a laser engraving coding machine. Of course, there are other types of coders 12, which will not be described too much here.

The code reader 13 is used to read the identification code to obtain the location information of the goods; since the identification code has been set, when the identification code is read, the logistics information and location information, such as production date, production line, etc., can be obtained. serial number, equipment serial number, operator serial number, quality inspector serial number, production serial number, goods validity period, customer information, raw material supplier information, raw material information, storage location. When storing goods, only the location information is needed, so the follow-up logistics trolley 14 can place the goods to the required location according to the location information.

The logistics trolley 14 is used to place the goods at a designated location according to the location information carried by the identification code. The logistics trolley 14 is an automatic logistics trolley 14, which can automatically place the goods to a designated location according to the location information. For example, the logistics trolley 14 is an AGV automatic forklift. The corresponding shelf 21 is provided with two forklift slots 211 for preventing pallet forks.

In addition, the warehouse 2 is also provided with a logistics channel 22 through which goods can be delivered to the logistics trolley 14 . The logistics channel 22 is provided with a conveyor chain 221 . The logistics channel 22 is also provided with a code reader 13 or a code printer 12 .

Wherein, a coding device 12 is set to be used for the operation of setting identification codes on goods when goods are stored.

The central controller also stores logistics information and location information corresponding to the goods. When a certain piece of goods needs to be taken out, the logistics information and location information of the goods can be obtained by calling the relevant information of the goods, and according to the location information, it can be taken out directly, which is convenient and fast. The logistics information and location information of the goods are stored, so it is convenient to trace the goods.

The central controller and the above controller 11 can be one.

The above description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. Therefore, the present invention will not be limited to the embodiments shown herein, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (14)

1. A kind of 1. warehouse logisticses method, it is characterised in that including：

   The logistics information of goods and the storage information in warehouse are prestored, according to the logistics information and the storage information life Into the positional information of goods；

   According to the logistics information and positional information generation identification code；

   The identification code is arranged on the goods；

   The identification code is read, obtains the positional information of goods；

   The positional information carried according to the identification code, specified location is placed on by the goods.
2. 2. warehouse logisticses method as claimed in claim 1, it is characterised in that the logistics information includes date of manufacture, production Line numbering, device numbering, operator numbering, Quality Inspector's numbering, production numbering, the goods term of validity, customer information, raw material supply Business's information and raw material information.
3. 3. warehouse logisticses method as claimed in claim 2, it is characterised in that the storage information includes the storage goods in warehouse Situation.
4. 4. warehouse logisticses method as claimed in claim 3, it is characterised in that the identification code is bar code or Quick Response Code.
5. 5. warehouse logisticses method as claimed in claim 3, it is characterised in that before goods warehousing or during goods warehousing, will described in Identification code is arranged on the goods.
6. 6. the warehouse logisticses method as any one of claim 1 to 5, it is characterised in that store corresponding to the goods Logistics information and positional information.
7. A kind of 7. products storage circulation system, it is characterised in that including：

   Controller (11), for prestoring the logistics information of goods and the storage information in warehouse, according to the logistics information With the positional information of the storage information generation goods；And identification code is generated according to the logistics information and positional information；；

   Numbering device (12), for the identification code to be arranged on into the goods；

   Code reader (13), for reading the identification code, obtain the positional information of goods；

   Logistics trolley (14), for the positional information carried according to the identification code, the goods is placed on specified location.
8. 8. products storage circulation system as claimed in claim 7, it is characterised in that the logistics information includes date of manufacture, production Line numbering, device numbering, operator numbering, Quality Inspector's numbering, production numbering, the goods term of validity, customer information, raw material supply Business's information and raw material information.
9. 9. products storage circulation system as claimed in claim 7, it is characterised in that the storage information includes the storage goods in warehouse Situation.
10. 10. products storage circulation system as claimed in claim 7, it is characterised in that the identification code is bar code or Quick Response Code.
11. 11. products storage circulation system as claimed in claim 7, it is characterised in that the numbering device (12) is laser engraving stamp Machine.
12. 12. products storage circulation system as claimed in claim 7, it is characterised in that the logistics trolley (14) is AGV from moving fork Car.
13. 13. products storage circulation system as claimed in claim 7, it is characterised in that also including logistics corridor (22), pass through the thing Goods is delivered on logistics trolley (14) by circulation road (22).
14. 14. products storage circulation system as claimed in claim 7, it is characterised in that the controller (11) is also included described in storage Logistics information corresponding to goods and positional information.