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Module group structure capable of reconstructing machine tool

A technology of machine tools and positioning grooves, applied in metal processing, metal processing equipment, manufacturing tools, etc., can solve the problems of high cost of CNC machine tools, low processing efficiency and functional utilization, and special machine tools are difficult to adapt to the changing needs of processing objects.

Active Publication Date: 2013-05-08
SUZHOU FURUTA AUTOMATION TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a reconfigurable machine tool module group structure to overcome the difficulty of special machine tools to adapt to the changing needs of processing objects in the batch processing industry and the high cost, processing efficiency and function utilization of CNC machine tools (including CNC machining centers) low problem

Method used

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  • Module group structure capable of reconstructing machine tool
  • Module group structure capable of reconstructing machine tool
  • Module group structure capable of reconstructing machine tool

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0049] Such as Figure 13 As shown, two positioning blocks 33 are fixed in the fourth positioning slot 30-4 on the column module 34, and the positioning block 33 in the fourth positioning slot 30-4 is embedded in the ram type spindle head module 37. In the tenth positioning groove 30-10, the positioning combination of the ram type spindle head module 37 and the column module 34 is realized, and the position of the ram type spindle head module 37 on the column slide plate 1 is adjusted along the Z direction. After adjustment, the ram type spindle head module 37 is fixed on the column slide plate 1 through T-shaped screws and T-shaped slots 32; the Z-direction adjustment of the ram type spindle head module 37 is realized through the column slide plate 1 on the column module 34 . Two positioning blocks 33 are fixed in the twenty-third positioning groove 30-23 on one side of the cross-shaped base 26, and the positioning block 33 in the twenty-third positioning groove 30-23 is emb...

Embodiment 2

[0051] Such as Figure 14 As shown, two positioning blocks 33 are fixed in the eighteenth positioning slot 30-18 on the lifting platform module 17, and the positioning block 33 in the eighteenth positioning slot 30-18 is embedded in the ram type spindle head module In the tenth positioning groove 30-10 on the bottom surface of 37, the positioning combination of the ram type spindle head module 37 and the lifting platform module 17 is realized, and the position of the ram type spindle head module 37 on the inclined slide table 24 is adjusted along the Z direction. After the positions of the two are adjusted, the ram-type spindle head module 37 is fixed on the inclined slide table 24 through the T-shaped screw and the T-shaped slot 32 . Two positioning blocks 33 are fixed in the twenty-second positioning groove 30-22 on one side of the cross-shaped base 26, and the positioning block 33 in the twenty-second positioning groove 30-22 is embedded in the lifting platform module 17. ...

Embodiment 3

[0053] Such as Figure 15 As shown, two positioning blocks 33 are fixed in the sixth positioning slot 30-6 on the beam module 35, and the positioning block 33 in the sixth positioning slot 30-6 is embedded in the ram type spindle head module 37. In the tenth positioning groove 30-10, the positioning combination of the ram type spindle head module 37 and the beam module 35 is realized, and the position of the ram type spindle head module 37 on the beam slide plate 7 is adjusted along the X direction. After adjustment, the ram type spindle head module 37 is fixed on the beam slide plate 7 through the T-shaped screw and the T-shaped slot 32 . Positioning blocks 33 are respectively fixed in the first positioning slots 30-1 on the two column modules 34, and the positioning blocks 33 in the first positioning slots 30-1 are embedded in the seventh positioning slots 30-7 of the beam module 35 Inside, the beam module 35 is positioned and connected to the tops of the two column modules...

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Abstract

The invention provides a module group structure capable of reconstructing a machine tool, comprising a vertical column module, a beam module, a fixed type main shaft head module, a ram type main shaft head module, an inclined processing vertical column module, a multi-axis box module, a movable working platform module, a circular rotary working platform module, a rectangular rotary working platform module, a lifting platform module, a cross-shaped base module and a triangular base module; and all the modules are provided with positioning and connecting structures which are positioned and connected with the other modules. The module group structure has the benefits that different machine tool structure types can be obtained by structure reconstruction of a module group so as to be suitablefor the requirements on processing object change and processing batch change in the batch processing industry, convenience can be provided for a user to replace and reconstruct the modules of the machine tool by self in the use process of the machine tool, carry out adjustment according to the size of a processed part and realize various processing functions by selecting and matching different module combinations according to the use requirements, so that the module group structure has important significance for realizing the variable-batch and the variable-type processing and the innovative design of the machine tool structure.

Description

technical field [0001] The invention belongs to the technical field of machine tool design, and relates to a machine tool structure, in particular to a structure and function reconfigurable machine tool module group structure. Background technique [0002] There are two main types of production lines at present, namely special-purpose production lines and flexible production lines. The special machine production line is also called the rigid production line. It is designed and manufactured for a specific product and fixed production capacity. It is mainly composed of special machine tools (such as combined machine tools). Low processing cost advantage, but it lacks flexibility. When the batch size and processing characteristics of the product change, it is difficult to adapt to the new processing needs through its own structure or function adjustment. For example, many tractor, automobile, and internal combustion engine manufacturers are currently facing product changes. ty...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B23Q37/00
Inventor 张广鹏胡绪东彭立立张新原
Owner SUZHOU FURUTA AUTOMATION TECH