The machining workshop houses a variety of machine tools (normal lathes, CNC lathes, CNC milling machines, machining centers, etc.), in which each machine tool is equipped with a tool box and various tools are required in the tool box. There are sophisticated measuring tools, various wrenches, lubrication tools, all kinds of valuable tools, a variety of precision measuring tools. In real production, the problems caused by the unreasonable design of the original toolbox are as follows:

First, the layering of the toolbox is irrational. The unreasonable layering of the toolbox will cause workers to take carelessly and unclearly which tools they need. After use, they do not know which layer the tools should be placed on; The mission causes the precision of precision measuring instruments to be impaired, which causes the tool tip to be damaged by other tools, and it is not easy to check various tools.

Second, the design of the internal structure of the toolbox is irrational. The unreasonable design of the internal structure of the tool box will directly threaten the impact of the precision measuring tools, valuable tools, and other tools in the tool box. It will directly affect the accuracy of these tools and tools.

Third, the external shape and structural design of the toolbox are unreasonable. The workshop space is limited. In order to facilitate the use of the toolbox, the toolbox is generally placed close to the machine tool. However, due to the unreasonable external shape and structural design of the toolbox design, the worker will be scratched and bruised by the toolbox. . Before work, workers put the tools, gauges, tools, etc. to be used on the upper surface of the tool box. The design of the upper surface of the tool box is unreasonable. Workers inadvertently knock or slide the tools, gauges, and tools that are placed on the countertop of the tool box. As a result, the accuracy of the precision measuring tool is lost.

Because the problems caused by the unreasonable design of the tool box cannot be solved, it will cause certain troubles for normal production, pose a threat to the personal safety of production workers, and prevent the accurate measurement tools, tools and tools from being effectively managed.

Summary of the Invention

In order to overcome the disadvantages of the above prior art, the utility model provides a lathe tool box, which can be opened in any direction of 360°, and the operator can easily get the necessary tools.

The utility model is implemented by the following technical scheme: a lathe tool box includes a box body and supporting legs installed under the box body; the box body is cylindrical; the box body includes a bracket; the upper end of the bracket is installed There is a circular top plate, and a circular bottom plate is installed at the lower end; a plurality of circular baffles are mounted on the bracket between the circular top plate and the round bottom plate; an arc-shaped sliding door that can rotate 360° is installed on the outside of the frame.

The utility model has the beneficial effects that the tool box is designed in a cylinder shape, and an arc-shaped sliding door is rotated and opened for 360°; the utility model is convenient to use; the universal caster and the adjustable fixing foot are installed on the bottom of the box and the tool box can be conveniently realized. The movement and fixing; the top plate of the tool box adopts a disc-shaped groove-shaped baffle, which can prevent the tool from being touched or slipped off to ensure personal safety, tool safety, and the circular baffle of the tool box adopts a disc-shaped grooved block. The board prevents the tool from slipping.