TWI792088B - Identification system and integration method for automatically integrating label information - Google Patents

Abstract

An identification system for automatically integrating label information, which includes: an identification module, an information transmission module, an information integration module, a label information processing module, and a power supply module. The identification module includes an image identification unit, and the image identification unit identifies The label information of the object under test, the information transmission module includes an image receiving unit and a transmission unit, the image receiving unit receives the label information, the information integration module receives and transmits the label information from the transmission unit, the information integration module includes a data storage unit, and the data storage unit stores Label information, the label information processing module receives the transmission unit to transmit the label information, the label information processing module distinguishes the label information, and the label information processing module integrates the label information in the factory; thereby, the identification system of the automatic integration of label information of the present invention replaces Manually input the manufacturer's label, so as to achieve the effect of automation and intelligence, and reduce labor costs.

Description

Identification system and integration method for automatically integrating label information

The present invention relates to an identification system, in particular to an identification system and an integration method for automatically integrating label information.

By the way, in general factories and enterprises, inventory operation not only has the function of regulating production, procurement and sales, but also is a part of assets. Therefore, inventory management has a considerable impact on the operation and profit of enterprises. Especially as the scale of the company expands, the quantity of incoming and outgoing raw materials and goods also increases. How to improve the efficiency of the circulation and inventory of these raw materials and goods will often have a decisive impact on the operation of the enterprise.

In recent years, due to the vigorous development of the computer software and computer hardware industries, the relevant warehouse management systems have been continuously introduced, which has improved the efficiency of inventory management in various factories and enterprises. Generally speaking, the basic elements of inventory management are the establishment of data files for inventory materials, such as the warehouse where the materials are stored, the location in the warehouse, the material number, unit, quantity, batch number, manufacturing date, manufacturer and Suppliers and other information are all recorded in the inventory file to facilitate the use of production, procurement, sales, financial and other related systems.

Inventory files in general warehouse management systems are mostly classified according to the attributes of various materials. For example, the finished product warehouse is a warehouse for storing finished products; the semi-finished product warehouse is used to store semi-finished products, and the raw material warehouse is used to store raw materials, etc.

Furthermore, with the development of enterprises and the diversification of products, the management of warehousing has also become more complicated. Therefore, it is very important to automate, simplify and optimize various processes in warehousing operations, especially for convenience. The line side warehouse is the general material storage point for production line production, which includes picking operations.

To put it simply, the picking operation is when the material or roll material is required to be used, or when it is classified, the warehouse personnel pick out the corresponding material number and quantity in the warehouse according to one or more work orders. Or roll materials to the demand unit and classify; common roll materials can be plastic film, fiber cloth, metal wire, etc. raw material packaging, so as to facilitate transportation and storage. However, in most of the existing picking operations, after the warehousing personnel obtain the pick-up order, they must manually find and confirm the storage location of the pick-up materials or coils, and check with the materials or coils during the search process. Takes quite a lot of time.

As far as the current warehouse management is concerned, in terms of warehousing and inventory management of production materials, manual input of manufacturer labels, manual printing and labeling, and manual warehousing on shelves are still used; In terms of outbound, manual work is still used, and manual outbound is carried out to the material preparation area on the side warehouse of the work order material line. The trailer of the remaining work order materials is manually pulled to the production line to facilitate production on the production line, and the remaining materials are off-line. After the judgment of the measurement system, the materials are manually ordered; however, manual work can easily lead to the problems of wrong scanning, wrong pasting, wrong placement, wrong picking, and wrong delivery of materials. When the quantity of materials after production is produced, there will often be inconsistencies in manual inventory and material ledgers. Furthermore, problems such as high risk, low efficiency, and high cost of manual operations will arise.

Therefore, the inventor of this case came up with the present invention after observing the above-mentioned deficiency.

The main purpose of the present invention is to provide an identification system that automatically integrates label information. It is through the setting of the identification module and the label information processing module, and with the setting of the information integration module, the identification module identifies the label on the material. information, and the label information is sent to the label information processing module, and the label information processing module integrates the label information in the factory, and the label information and the label information in the factory are stored in the information integration module, so as to automatically integrate the identification system of label information Replace manual input of manufacturer labels, so as to achieve the effect of automation and intelligence, and reduce labor costs, and then reduce the problems of manual operations that easily lead to misplaced, misplaced, and misplaced materials, so as to achieve the number of materials after production. , there will be no inconsistency due to manual inventory of material accounts.

Another object of the present invention is to provide an integration method for an identification system that automatically integrates label information, which uses the identification module to identify the label information on the material, and the image identification unit sends the label information to the information transmission module, and the image is received The unit receives tag information, and the transmission unit sends the tag information to the information integration module, the transmission unit sends the tag information to the tag information processing module, the data storage unit stores the tag information, and the tag information processing module integrates the tag information in the factory, And the label information processing module is to send the label information in the factory to the information integration module, so that the identification system that automatically integrates the label information replaces the manual input of the manufacturer's label, so as to achieve the effect of automation and intelligence, and reduce labor costs. Check materials through paper work orders, thereby reducing labor costs.

In order to achieve the above purpose, the present invention provides a recognition system for automatically integrating label information, which includes: a recognition module, the recognition module includes at least one image recognition unit, and the image recognition unit is set on the recognition module On the peripheral wall of an identification space, the image identification unit identifies at least one tag information on at least one object under test; an information transmission module, the information transmission module is electrically connected to the identification module, and the information transmission module The set includes at least one image receiving unit and a transmission unit, the image receiving unit receives the tag information on the object under test; an information integration module, the information integration module is electrically connected to the information transmission module, The information integration module receives the tag information on the object under test transmitted by the transmission unit, and the information integration module includes at least one data storage unit, which is used to store the tag information on the object under test The tag information; a tag information processing module, the tag information processing module is electrically connected to the information integration module and the information transmission module, and the tag information processing module receives the object under test sent by the transmission unit The tag information on the above, the tag information processing module is to identify the tag information, and the tag information processing module integrates a tag information in the factory, the tag information processing module sends the tag information in the factory to the information integration module; and a power supply module, the power supply module provides power to the identification module, the information transmission module, the information integration module and the tag information processing module.

Preferably, the information integration module further includes a label information display unit, which is used to display the label information on the DUT and the in-factory label information.

Preferably, a transport module is further included, the transport module is assembled with the identification module, and the transport module is used to transport the object under test to the identification space of the identification module.

Preferably, it also includes a mechanical arm device, the mechanical arm device is electrically connected to the automatic identification system integrating label information, and the mechanical arm device places the object under test on the transport module.

Preferably, it further includes a communication module, which is electrically connected to the identification module, the information transmission module, the information integration module, the label information processing module, the transportation module and The mechanical arm device.

In order to achieve the above object, the present invention provides an identification system integration method for automatically integrating label information, which includes the following steps: placing the object to be tested in the identification space of the identification module; The image recognition unit recognizes the tag information on the object under test, and the image recognition unit sends the tag information on the object under test to the information transmission module; the image receiving unit of the information transmission module receives The tag information on the DUT, and the transmission unit transmits the tag information on the DUT to the information integration module; at the same time, the transmission unit transmits the tag information on the DUT to the tag information processing module; the data storage unit of the information integration module stores the tag information on the DUT; and at the same time, the tag information processing module identifies the tag information on the DUT, and processes the tag information The module integrates the tag information in the factory, and the tag information processing module sends the tag information in the factory to the information integration module.

Preferably, the information integration module further includes a label information display unit, and the label information display unit of the information integration module displays the label information on the object under test and the in-factory label information.

Preferably, it also includes a transportation module, which transports the object under test to the identification space of the identification module.

Preferably, it also includes a mechanical arm device, the mechanical arm device is to place the object to be tested on the transportation module, and the transportation module is to transport the object to be tested to the recognition module in the identification space.

Preferably, it further includes a communication module, which controls the identification module, the information transmission module, the information integration module, the label information processing module, the transportation module and the mechanical arm The operation of devices with respect to each other.

The identification system and integration method for automatically integrating label information provided by the present invention mainly through the setting of the identification module and the label information processing module, and with the setting of the information integration module, the identification module identifies the The tag information on the object under test, and the tag information is sent to the tag information processing module, and the tag information processing module integrates the in-factory tag information, and the tag information and the in-factory tag information are stored in The information is integrated into the module so as to reduce the problems of misplacing, picking up, and sending wrong materials easily caused by manual operations. At the same time, the present invention identifies the label information of different manufacturers, and further integrates the in-factory corresponding to different manufacturers. Label information, so that the identification system that automatically integrates label information replaces manual input of manufacturer labels, so as to achieve the effect of automation and intelligence, and reduce labor costs, so that when the number of materials after production is inventoried, it will not be due to manual inventory. And inconsistencies occur, and reduce the manual inspection of materials through paper work orders, thereby reducing labor costs.

(first embodiment)

Hereinafter, referring to the drawings, the implementation of the first embodiment of the identification system for automatically integrating tag information of the present invention will be described.

Please refer to Fig. 1 to Fig. 5, Fig. 1 is a schematic diagram of the system structure of the first embodiment of the present invention, Fig. 2 is a perspective view of the first embodiment of the present invention, Fig. 3 is a schematic view of the operating state of the first embodiment of the present invention, FIG. 4 is a schematic diagram of identification of the label information display unit according to the first embodiment of the present invention, and FIG. 5 is a schematic diagram of display of the label information display unit according to the first embodiment of the present invention. The present invention discloses an identification system 100 for automatically integrating label information, which includes:

A recognition module 10, the recognition module 10 comprises at least one image recognition unit 11, the image recognition unit 11 is arranged on the peripheral wall of a recognition space 101 of the recognition module 10, the image recognition unit 11 recognizes at least At least one tag information 210 on an object under test 200 . In this embodiment, as shown in FIG. 2 , the image recognition unit 11 is disposed on the upper wall of the recognition space 101 .

An information transmission module 20, the information transmission module 20 is electrically connected to the identification module 10, the information transmission module 20 includes at least one image receiving unit 21 and a transmission unit 22, the image receiving unit 21 is to receive The label information 210 on the DUT 200 .

An information integration module 30, the information integration module 30 is electrically connected to the information transmission module 20, the information integration module 30 receives the tag information 210 on the DUT 200 transmitted by the transmission unit 22, And the information integration module 30 includes at least one data storage unit 31 , and the data storage unit 31 is used to store the tag information 210 on the object under test 200 .

A tag information processing module 40, the tag information processing module 40 is electrically connected to the information integration module 30 and the information transmission module 20, the tag information processing module 40 is to receive the pending message sent by the transmission unit 22 The tag information 210 on the measured object 200, the tag information processing module 40 is to identify the tag information 210, and the tag information processing module 40 integrates a factory tag information 41, the tag information processing module 40 is sent The in-factory tag information 41 is sent to the information integration module 30 .

A power supply module 50 , the power supply module 50 provides power to the identification module 10 , the information transmission module 20 , the information integration module 30 and the label information processing module 40 .

It should be further explained that, as shown in FIG. 1 to FIG. 3 , the information integration module 30 also includes a label information display unit 32, and the label information display unit 32 is used to display the label information on the object under test 200. 210 and label information 41 in the factory.

It is worth mentioning that, as shown in FIG. 2 , at least one light source module 60 is assembled on the surrounding wall of the identification space 101 of the identification module 10, and the light source module 60 is used to illuminate the object under test 200. so that the image recognition unit 11 can clearly recognize the label information 210 on the object under test 200, so as to reduce the blurred recognition caused by poor light.

In order to further understand the structural features, technical means and expected effects of the present invention, the use of the present invention will be described hereby. It is believed that the present invention can be understood more deeply and specifically, as follows:

Please continue to refer to FIG. 1 to FIG. 3 , and coordinate with FIG. 4 and FIG. 5 . The number of the image recognition unit 11 of the recognition module 10 is one, and the image recognition unit 11 of the recognition module 10 is arranged on the upper wall of the recognition space 101, but the present invention is not limited thereto. In a preferred embodiment, the number of the image recognition units 11 of the recognition module 10 is plural, and the image recognition units 11 are evenly arranged on each surrounding wall of the recognition space 101, so as to effectively recognize the Various angle images of the measured object 200.

Specifically, as shown in FIG. 3 , the object under test 200 is placed in the recognition space 101 of the recognition module 10 , and the image recognition unit 11 of the recognition module 10 recognizes the object on the object under test 200 tag information 210, and the image recognition unit 11 transmits the tag information 210 on the object under test 200 to the information transmission module 20, and the image receiving unit 21 of the information transmission module 20 receives the tag information on the object under test 200 the tag information 210 of the DUT 200, and the transmission unit 22 transmits the tag information 210 on the DUT 200 to the information integration module 30, and the transmission unit 22 transmits the tag information 210 on the DUT 200 to the tag The information processing module 40, the data storage unit 31 of the information integration module 30 stores the tag information 210 on the object under test 200, and the tag information processing module 40 identifies the tag information 210 on the object under test 200 , and the tag information processing module 40 integrates the in-factory tag information 41 , and the tag information processing module 40 sends the in-factory tag information 41 to the information integration module 30 .

It is worth mentioning that, as shown in FIG. 4 and FIG. 5 , the image recognition unit 11 of the recognition module 10 recognizes a plurality of the tag information 210 on the object under test 200, and the tag information processing module 40 will The tag information is integrated into the in-factory tag information 41 , and the tag information display unit 32 of the information integration module 30 displays the tag information 210 and the in-factory tag information 41 on the object under test 200 .

It is worth mentioning again that, through the setting of the label information display unit 32 of the information integration module 30 in the present invention, warehouse personnel can immediately view the image recognition unit 11 of the recognition module 10 to identify the object under test 200 Wait for the identification result of the label information 210, and check the label information processing module 40 to integrate the label information 41 in the factory in real time.

Therefore, it can be further known from the above description that the present invention, through the setting of the identification module 10 and the tag information processing module 40, and with the setting of the information integration module 30, the identification module 10 can identify the tag information to be The tag information 210 on the measured object, and the tag information 210 is sent to the tag information processing module 40, and the tag information processing module 40 integrates the tag information 41 in the factory, and the tag information 210 and the factory The internal label information 41 is stored in the information integration module 30, so as to reduce the problems of misplaced, wrongly retrieved, and wrongly sent materials easily caused by manual operations. At the same time, the present invention identifies the label information 210 of different manufacturers and further integrates them. Output the in-factory label information 41 corresponding to different manufacturers, so as to achieve the identification system 100 that automatically integrates label information to replace manual input of manufacturer labels, so as to achieve automation and intelligent effects, and reduce labor costs, and then further achieve inventory after production There will be no inconsistencies due to manual inventory of material accounts when the number of materials and parts is reduced, and the number of materials checked by manpower through paper work orders will be reduced, thereby reducing labor costs.

(second embodiment)

Hereinafter, with reference to the drawings, the implementation of the second embodiment of the recognition system for automatically integrating tag information of the present invention will be described.

Please refer to FIG. 6, which is a perspective view of the second embodiment of the present invention. Compared with the first embodiment, the main structural difference of the second embodiment is that the identification system 100 for automatically integrating label information also includes a transportation module 70, which is assembled with the identification module 10 , and the transportation module 70 is used to transport the object under test 200 to the identification space 101 of the identification module 10 .

Specifically, the object under test 200 is placed on the transportation module 70, and the transportation module 70 transports the object under test 200 to the identification space 101 of the identification module 10, and the identification module 10 The image recognition unit 11 recognizes the tag information 210 on the object under test 200, and the image recognition unit 11 transmits the tag information 210 on the object under test 200 to the information transmission module 20, and the information transmission module The image receiving unit 21 of 20 receives the label information 210 on the object under test 200, and the transmission unit 22 transmits the label information 210 on the object under test 200 to the information integration module 30, and the transmission unit 22 Send the tag information 210 on the DUT 200 to the tag information processing module 40, the data storage unit 31 of the information integration module 30 stores the tag information 210 on the DUT 200, and the tag information processing The module 40 identifies the tag information 210 on the object under test 200, and the tag information processing module 40 integrates the in-factory tag information 41, and the tag information processing module 40 sends the in-factory tag information 41 to the information integration module 30 .

In this way, the second embodiment can not only achieve the effect of the first embodiment, but also provide a different structure. Through the setting of the transportation module 70 in the second embodiment, the identification system 100 for automatically integrating label information can achieve increased use Convenience and practicality.

(third embodiment)

Hereinafter, referring to the drawings, the implementation of the third embodiment of the identification system for automatically integrating tag information of the present invention will be described.

Please refer to FIG. 7 and FIG. 8, FIG. 7 is a perspective view of the third embodiment of the present invention, and FIG. 8 is a schematic diagram of the system architecture of the third embodiment of the present invention. The third embodiment Compared with the first embodiment and the second embodiment, the main structural difference of the third embodiment is that the identification system 100 for automatically integrating label information further includes a robot arm device 300 and a communication module 80, The robotic arm device 300 is electrically connected to the identification system 100 for automatically integrating label information, the robotic arm device 300 is placed on the transport module 70 with the object under test 200, and the communication module 80 is electrically connected The identification module 10 , the information transmission module 20 , the information integration module 30 , the label information processing module 40 , the transportation module 70 and the robot arm device 300 .

It should be further explained that the robot arm device 300 places the object under test 200 on the transportation module 70, and the transportation module 70 transports the object under test 200 to the recognition module 10. In the recognition space 101, the image recognition unit 11 of the recognition module 10 recognizes the tag information 210 on the object under test 200, and the image recognition unit 11 transmits the tag information 210 on the object under test 200 to the The information transmission module 20, the image receiving unit 21 of the information transmission module 20 receives the label information 210 on the object under test 200, and the transmission unit 22 transmits the label information 210 on the object under test 200 to In the information integration module 30, the transmission unit 22 transmits the tag information 210 on the object under test 200 to the tag information processing module 40, and the data storage unit 31 of the information integration module 30 stores the object under test 200 The label information 210 on the object, the label information processing module 40 identifies the label information 210 on the object under test 200, and the label information processing module 40 integrates the label information 41 in the factory, and the label information processing The module 40 transmits the label information 41 in the factory to the information integration module 30, and the communication module 80 controls the identification module 10, the information transmission module 20, the information integration module 30, and the label information processing module The operation among the group 40 , the transportation module 70 and the robot arm device 300 .

In this way, the third embodiment can not only achieve the effects of the first embodiment and the second embodiment, but also provide different structures. The third embodiment uses the mechanical arm device 300 and the communication module 80 so that the The identification system 100 that automatically integrates label information replaces the manual placement of the object under test 200 to the transportation module 70, and the communication module 80 controls the identification module 10, the information transmission module 20, and the information integration module 30 , the label information processing module 40 , the transportation module 70 and the robot arm device 300 operate among each other, so as to achieve automation and intelligence, and reduce human resources.

It is worth mentioning that, in a preferred embodiment not shown in the figure, the number of the image recognition units 11 of the recognition module 10 is plural, and the image recognition units 11 are evenly arranged in the recognition space 101 For each surrounding wall, the image recognition units 11 can not only identify the label information 210 on the object to be tested 200, but also can identify the volume of the object to be tested 200, and then when the warehouse personnel enter the warehouse and put it on the shelf, they can follow the label information 210 on the object to be tested. The volume of the test object 200 is put into a suitable warehouse, so as to effectively identify images of the test object 200 from various angles, and effectively improve the efficiency of warehouse management, thereby reducing labor costs.

It is worth mentioning that, in another preferred embodiment, when the image recognition unit 11 of the recognition module 10 is to recognize the label information 210 on the object under test 200, and the data storage unit 31 is used to After storing the label information 210 and the in-factory label information 41 on the object under test 200, the transportation module 70 transports the object under test 200 to a label printing device, and the label printing device prints The in-factory label information 41, and the label printing device pastes the in-factory label information 41 on the object under test 200, so as to replace manual printing and labeling, so as to achieve the effect of automation and intelligence.

(Step flow of the integration method in the first embodiment)

Hereinafter, with reference to the drawings, the step flow of the integration method of the first embodiment of the identification system for automatically integrating tag information of the present invention will be described.

Please refer to FIG. 9 , together with FIG. 1 to FIG. 3 , FIG. 9 is a schematic flowchart of steps of the integration method according to the first embodiment of the present invention. Based on the identification system 100 for automatic integration of label information described above, the present invention further provides an integration method for the identification system 100 for automatic integration of label information, which includes the following steps:

Step S01 : placing the object under test 200 in the identification space 101 of the identification module 10 .

Step S02: The image recognition unit 11 of the recognition module 10 recognizes the tag information 210 on the object under test 200, and the image recognition unit 11 sends the tag information 210 on the object under test 200 to the information transmission Module 20.

Step S03: The image receiving unit 21 of the information transmission module 20 receives the tag information 210 on the object under test 200, and the transmission unit 22 transmits the tag information 210 on the object under test 200 to the information integration Module 30.

Step S04 : At the same time, the transmission unit 22 transmits the label information 210 on the object under test 200 to the label information processing module 40 .

Step S05 : the data storage unit 31 of the information integration module 30 stores the tag information 210 on the object under test 200 .

Step S06: At the same time, the label information processing module 40 identifies the label information 210 on the object under test 200, and the label information processing module 40 integrates the in-factory label information 41, and the label information processing module 40 is sending the in-factory tag information 41 to the information integration module 30 .

It should be further explained that, in this embodiment, the warehouse personnel place a plurality of the objects to be tested 200 in the identification space 101 of the identification module 10, and the objects to be tested 200 are respectively followed by step S01 , Step S02, Step S03, Step S04, Step S05, Step S06.

(Step flow of the integration method in the third embodiment)

Hereinafter, with reference to the drawings, the step flow of the integration method of the third embodiment of the identification system for automatically integrating tag information of the present invention will be described.

Please refer to FIG. 10A and FIG. 10B , together with FIG. 7 and FIG. 8 , FIG. 10A is a schematic flow chart of the steps of the integration method of the third embodiment of the present invention, and FIG. 10B is a schematic diagram of the integration method of the third embodiment of the present invention. Schematic diagram of the steps. The integration method of the identification system 100 for automatically integrating label information further includes the following steps:

Step S01a: the transport module 70 transports the object under test 200 to the identification space 101 of the identification module 10 .

Step S02: The image recognition unit 11 of the recognition module 10 recognizes the tag information 210 on the object under test 200, and the image recognition unit 11 sends the tag information 210 on the object under test 200 to the information transmission Module 20.

Step S03: The image receiving unit 21 of the information transmission module 20 receives the tag information 210 on the object under test 200, and the transmission unit 22 transmits the tag information 210 on the object under test 200 to the information integration Module 30.

Step S04 : At the same time, the transmission unit 22 transmits the label information 210 on the object under test 200 to the label information processing module 40 .

Step S05 : the data storage unit 31 of the information integration module 30 stores the tag information 210 on the object under test 200 .

Step S06: At the same time, the label information processing module 40 identifies the label information 210 on the object under test 200, and the label information processing module 40 integrates the in-factory label information 41, and the label information processing module 40 is sending the in-factory tag information 41 to the information integration module 30 .

Step S07: The label information display unit 32 of the information integration module 30 displays the label information 210 and the in-factory label information 41 on the object under test 200 .

Step S08: the robotic arm device 300 places the object under test 200 on the transportation module 70, and the transportation module 70 transports the object under test 200 to the identification space 101 of the identification module 10 middle.

Hereby, the features of the present invention and the expected effect that can be achieved are stated as follows:

The identification system and integration method for automatically integrating label information provided by the present invention are mainly through the setting of the identification module 10 and the label information processing module 40, and with the setting of the information integration module 30, the identification module Group 10 identifies the label information 210 on the object under test 200, and sends the label information 210 to the label information processing module 40, and the label information processing module 40 integrates the in-factory label information 41, and the The label information 210 and the in-factory label information 41 are stored in the information integration module 30, so as to reduce the problems of misplacing, picking up and sending wrong materials easily caused by manual operations. At the same time, the present invention identifies the labels of different manufacturers Information 210, and further integrate the in-factory label information 41 corresponding to different manufacturers, so as to achieve the identification system 100 that automatically integrates label information to replace manual input of manufacturer labels, so as to achieve automation and intelligence, and reduce labor costs. When the number of materials and parts after inventory production is reached, there will be no inconsistencies due to manual inventory of material accounts, and it is reduced to check materials by manpower through paper work orders, thereby reducing labor costs.

Thus, the present invention has the following implementation effects and technical effects:

Firstly, the present invention enables the identification system 100 for automatically integrating label information to accurately identify the label information 210 on the object under test 200 through the configuration of the image recognition unit 11 of the recognition module 10 .

Second, the present invention transmits the tag information 210 to the tag information processing module 40 through the setting of the information integration module 30 and the tag information processing module 40, and the tag information processing module 40 integrates the factory The internal label information 41, and the label information 210 and the internal label information 41 are stored in the information integration module 30, and then the label information 210 on the DUT 200 and the internal label information 41 of the factory are displayed through the label information display unit 32. internal label information 41, so that warehouse personnel can check the identification result of the label information 210 and the internal label information 41 in real time.

Thirdly, the present invention makes the identification system 100 that automatically integrates label information replace manual scanning of manufacturer labels through the transportation module 70, the mechanical arm device 300 and the communication module 80, so as to achieve automation and intelligence. , and reduce labor costs.

To sum up, the present invention has excellent progressive practicability among similar products. At the same time, the technical data about this type of structure has been searched at home and abroad, and no similar structure has been found in the literature. Therefore, The present invention already meets the requirements of an invention patent, and an application is filed according to the law.

However, what is described above is only a preferred embodiment of the present invention, so all equivalent structural changes made by applying the description of the present invention and the scope of the patent application should be included in the scope of the patent of the present invention.

100: Identification system that automatically integrates label information 10: Identification module 101: Identifying Space 11: Image recognition unit 20: Information transmission module 21: Image receiving unit 22:Transmission unit 30:Information integration module 31: Data storage unit 32: Label information display unit 40:Tag information processing module 41: In-factory label information 50: Power supply module 60:Light source module 70: Transport Module 80:Communication module 200: The object to be tested 210: Label information 300: Mechanical arm device S01: Steps S01a: Steps S02: Steps S03: Steps S04: Steps S05: Steps S06: Steps S07: Steps S08: Steps

FIG. 1 is a schematic diagram of the system architecture of the first embodiment of the present invention. Fig. 2 is a perspective view of the first embodiment of the present invention. Fig. 3 is a schematic diagram of the operating state of the first embodiment of the present invention. FIG. 4 is a schematic diagram of identification of a label information display unit according to the first embodiment of the present invention. FIG. 5 is a schematic diagram showing the label information display unit according to the first embodiment of the present invention. Fig. 6 is a perspective view of the second embodiment of the present invention. Fig. 7 is a perspective view of the third embodiment of the present invention. FIG. 8 is a schematic diagram of the system architecture of the third embodiment of the present invention. FIG. 9 is a schematic flowchart of the steps of the integration method according to the first embodiment of the present invention. FIG. 10A is a schematic flowchart of the steps of the integration method according to the third embodiment of the present invention. FIG. 10B is a schematic flowchart of the steps of the integration method according to the third embodiment of the present invention.

100: Identification system that automatically integrates label information

10: Identification module

11: Image recognition unit

20: Information transmission module

21: Image receiving unit

22:Transmission unit

30:Information integration module

31: Data storage unit

32: Label information display unit

40:Tag information processing module

50: Power supply module

Claims (4)

An identification system that automatically integrates label information is applied to the inventory of the number of materials after production and warehouse management. It includes: an identification module, the identification module includes at least one image identification unit, and the image identification unit is set On the peripheral wall of an identification space of the identification module, the image identification unit identifies at least one tag information on at least one object under test; an information transmission module, the information transmission module is electrically connected to the identification module , the information transmission module includes at least one image receiving unit and a transmission unit, the image receiving unit receives the at least one label information on the object under test; an information integration module, the information integration module is electrically connected to the information transmission module, the information integration module receives the at least one tag information on the object under test transmitted by the transmission unit, and the information integration module includes at least one data storage unit, the data storage unit is Used to store the at least one tag information on the object under test; a tag information processing module, the tag information processing module is electrically connected to the information integration module and the information transmission module, the tag information processing module receiving the at least one tag information on the object under test transmitted by the transmission unit, the tag information processing module is to identify the tag information, and the tag information processing module integrates a factory tag information, the tag information processing A module that transmits the tag information in the factory to the information integration module; and a power supply module that provides power to the identification module, the information transmission module, the information integration module and the Label information processing module; which also includes a transportation module, which is assembled with the identification module, and the transportation module is used to transport the object under test to the identification space of the identification module ; Wherein, it also includes a mechanical arm device, the mechanical arm device is to place the object to be tested on the transportation module, and the transportation module is to transport the object to be tested to the identification space of the identification module Among them; wherein, the information integration module also includes a label information display unit, the label information display unit is used to display the at least one label information on the object under test and the label information in the factory; and wherein, the label information The setting of the display unit allows warehouse personnel to instantly view the recognition result of the at least one label information of the object under test identified by the image recognition unit of the recognition module, and to view the information integrated by the label information processing module in real time. The in-plant label information. The identification system for automatically integrating label information as described in claim 1, further comprising a communication module, which is electrically connected to the identification module, the information transmission module, the information integration module, the The label information processing module, the transport module and the mechanical arm device. A recognition system integration method for automatically integrating label information, which includes the following steps: placing a test object in a recognition space of a recognition module; an image recognition unit of the recognition module is to recognize the test object and the image recognition unit sends the at least one tag information on the object under test to an information transmission module; an image receiving unit of the information transmission module receives the information on the object under test At least one tag information, and a transmission unit transmits the at least one tag information on the DUT to the information integration module; at the same time, the transmission unit transmits the at least one tag information on the DUT to a tag information processing module; a data storage unit of the information integration module stores the at least one tag information on the object under test; and at the same time, the tag information processing module identifies the at least one tag information on the object under test, and the The label information processing module integrates a label information in the factory, and the label information processing module sends the label information in the factory to the information integration module; it also includes a transportation module, the transportation module is connected to the identification module, and the transportation module is used to transport the object under test to the identification space of the identification module; wherein, it also includes a mechanical arm device, which is used to swing the object under test Put it on the transportation module, and the transportation module transports the object under test to the identification space of the identification module; wherein, the information integration module also includes a label information display unit, and the information integration module The label information display unit of the group is to display the at least one label information on the object under test and the in-factory label information; The image recognition unit recognizes the recognition result of the at least one tag information of the object under test, and checks the in-factory tag information integrated by the tag information processing module in real time. The integration method as described in claim 3, which further includes a communication module, the communication module controls the identification module, the information transmission module, the information integration module, the label information processing module, the transportation The operation of the module and the robot arm device with each other.

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