CN-224211808-U - Frock positioning system

Abstract

The utility model discloses a tool positioning system which comprises a monitoring module, a filtering module, a positioning module and a plurality of identification units, wherein the identification units are respectively connected with a first end of the monitoring module, the monitoring module controls the identification units to acquire equipment information of tools at respective positions, the first end of the filtering module is connected with a second end of the monitoring module, the second end of the filtering module is connected with the positioning module, the filtering module carries out misread filtering on the equipment information and transmits the filtered equipment information to the positioning module, and the positioning module generates a moving track of the tools according to the equipment information and the positions of the identification units. According to the technical scheme disclosed by the utility model, the tool is identified through the identification unit, the information of the filtering module is filtered, and the movement track of the tool is generated by the positioning module, so that the tracking and positioning of the tool are realized, the condition of manually searching the tool is omitted, and the positioning efficiency of the tool is improved.

Inventors

• LI SHA
• BAI PENG

Assignees

• 北京铁道工程机电技术研究所股份有限公司

Dates

Publication Date

20260508

Application Date

20250321

Claims (10)

1. 1. The tool positioning system is characterized by comprising a monitoring module, a filtering module, a positioning module and a plurality of identification units; The plurality of identification units are respectively connected with the first end of the monitoring module, and the monitoring module controls the plurality of identification units to acquire equipment information of the tool at each position; The first end of the filtering module is connected with the second end of the monitoring module, and the second end of the filtering module is connected with the positioning module; And the positioning module generates a moving track of the tool according to the equipment information and the position of the identification unit.
2. 2. The tool positioning system according to claim 1, further comprising a management module, wherein a first end of the management module is connected with a third end of the monitoring module, and the first end of the management module outputs a monitoring instruction to control the monitoring module to monitor working states of the plurality of identification units.
3. 3. The tooling positioning system according to claim 2, wherein the second end of the management module is connected to the third end of the filtration module, and the second end of the management module outputs a filtration instruction to adjust the filtration strategy of the filtration module.
4. 4. The tooling positioning system of claim 2, wherein the third end of the management module is connected to the third end of the positioning module, And the third end of the management module outputs the position information of the identification unit to the positioning module, and the positioning module generates a moving track of the tool according to the equipment information and the position information.
5. 5. The tool positioning system according to claim 2, further comprising a data interface module, wherein a first end of the data interface module is connected with a second end of the positioning module, the second end of the data interface module is connected with an expansion system, and a third end of the data interface module is connected with the management module; And the data interface module outputs the equipment information, the identification position of the identification unit and/or the movement track of the tool to the expansion system.
6. 6. The tooling positioning system of claim 5, wherein when the expansion system comprises an AGV scheduling system, the data interface module outputs the device information and the identification location of the identification unit to the AGV scheduling system.
7. 7. The tooling positioning system of claim 5, wherein when the expanding system comprises an automation system, the data interface module outputs a movement track of the tooling to the automation system.
8. 8. The tooling positioning system of claim 2, wherein the monitoring module is further configured to adjust the identification area and the identification period of the identification unit according to the monitoring instructions.
9. 9. The fixture positioning system according to claim 1, wherein an RFID chip is provided on the fixture, and device information of the fixture is stored in the RFID chip.
10. 10. The tooling positioning system of claim 9, wherein the identification unit comprises an RFID reader.

Description

Frock positioning system Technical Field The utility model relates to the technical field of intelligent production lines, in particular to a tool positioning system. Background At present, most railway unit parts are overhauled in China in the direction of informatization and digitalization, the transportation and the circulation of a plurality of parts are faced with the problem of digitalization transformation, and at present, when the parts are circulated, the used mounting equipment such as a bracket, a tray, a material frame and the like cannot be used for positioning the position of the equipment or the system, or the position of the equipment or the system is found through the modes such as a label, a bar code and the like, and meanwhile, the construction and the improvement of each digitalization production line are low in advanced degree. Therefore, a positioning system for identifying and detecting tools is needed to be compatible and applicable to various intelligent production lines. Disclosure of utility model The utility model provides a tool positioning system, which is convenient for a tool to track and position in time when transferring circulation and is compatible with and supports various intelligent production lines. According to one aspect of the utility model, a tooling positioning system is provided, which comprises a monitoring module, a filtering module, a positioning module and a plurality of identification units; The plurality of identification units are respectively connected with the first end of the monitoring module, and the monitoring module controls the plurality of identification units to acquire equipment information of the tool at each position; The first end of the filtering module is connected with the second end of the monitoring module, and the second end of the filtering module is connected with the positioning module; And the positioning module generates a moving track of the tool according to the equipment information and the position of the identification unit. Optionally, the system further comprises a management module, wherein the first end of the management module is connected with the third end of the monitoring module, and the first end of the management module outputs a monitoring instruction to control the monitoring module to monitor the working states of the plurality of identification units. Optionally, the second end of the management module is connected with the third end of the filtering module, and the second end of the management module outputs a filtering instruction to adjust the filtering strategy of the filtering module. Optionally, the third end of the management module is connected with the third end of the positioning module, And the third end of the management module outputs the position information of the identification unit to the positioning module, and the positioning module generates a moving track of the tool according to the equipment information and the position information. Optionally, the system further comprises a data interface module, wherein the first end of the data interface module is connected with the second end of the positioning module, the second end of the data interface module is connected with an expansion system, and the third end of the data interface module is connected with the management module; And the data interface module outputs the equipment information, the identification position of the identification unit and/or the movement track of the tool to the expansion system. Optionally, when the expansion system includes an AGV scheduling system, the data interface module outputs the device information and the identification position of the identification unit to the AGV scheduling system. Optionally, when the expansion system includes an automation system, the data interface module outputs a movement track of the tool to the automation system. Optionally, the monitoring module is further configured to adjust the identification area and the identification period of the identification unit according to the monitoring instruction. Optionally, an RFID chip is disposed on the tool, and device information of the tool is stored in the RFID chip. Optionally, the identification unit comprises an RFID reader. According to the technical scheme, the monitoring module is used for controlling the plurality of identification units to respectively acquire the equipment information of the tools at the identification positions, the filtering module is used for carrying out misread filtering, the screened equipment information is transmitted to the positioning module, and the positioning module is used for carrying out data matching on the identification positions of the identification units and the equipment information so as to generate the moving track of the tools, so that tracking and positioning of the tools when the tools are transferred on a production line are realized, the condition of manually searching the tools is