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Machining method of T-shaped movable beam irregularly-shaped glass machining system

A special-shaped glass and processing system technology, which is applied to metal processing equipment, machine tools suitable for grinding the edge of workpieces, manufacturing tools, etc. Accidents and other problems, to achieve ideal processing effect, simple and efficient design, and the effect of ensuring personal safety

Inactive Publication Date: 2013-10-02
LUOYANG BAOHUAN NUMERICAL CONTROL PRECISE EQUIP MFG CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] At present, the edging process of special-shaped glass is mainly operated by hand or small glass edging machine. The edging process of ordinary glass requires dozens of minutes to complete the edging process. For the edging process of large glass, glass positioning and grinding The edging operation takes several hours to complete, and the error of edging processing is large, and the edging effect is not ideal. The existing manual or small glass edging machines need human eyes to observe the manual operation. The processing process takes a long time, low efficiency, and labor High strength and easy to cause accidents to operators
[0004] The moving beam of high-end glass processing equipment on the existing market is driven by two sets of driving mechanisms. The synchronization of the two sets of driving mechanisms is not high, and the operation is unstable, which also affects the dimensional accuracy of glass products.
[0005] Application No. 01255420.0 discloses "A Wave Edge Processing Mechanism for Glass Edge Grinding Machine", which has low edging efficiency and low dimensional accuracy of the final product

Method used

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  • Machining method of T-shaped movable beam irregularly-shaped glass machining system
  • Machining method of T-shaped movable beam irregularly-shaped glass machining system
  • Machining method of T-shaped movable beam irregularly-shaped glass machining system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0029] Put the glass on the positioning suction plate 7 of the fixed platform 2, correct the glass, and vacuum the positioning suction plate 7 by the vacuum pump, so that the upper and lower planes of the positioning suction plate 7 are firmly adsorbed on the glass and the fixed platform 2; the horizontal stepping / servo mechanism 3 The running direction is the X-axis direction, the running direction of the T-shaped longitudinal stepping / servo mechanism 4 along the three Y-axis guide rails 4-2 is the Y-axis direction, and the running direction of the up and down stepping / servo mechanism 5 is the Z-axis direction; the control box 8 According to the set program, the X-axis, Y-axis, and Z-axis are simultaneously linked, and the data control system automatically controls the grinding head mechanism 6 to grind special-shaped glass.

Embodiment 2

[0031] The X-axis screw 3-1 drives the horizontal stepper / servo mechanism 3 to run along the X-axis guide rail 3-2. Click X+ and X- on the computer control interface of the control box 8, and the horizontal stepper / servo mechanism 3 moves along the X axis according to the instruction. The shaft guide rail 3-2 runs to the position to be processed; the Y-axis screw 4-1 under the longitudinal beam of the T-shaped longitudinal stepping / servo mechanism 4 drives the T-shaped longitudinal stepping / servo mechanism 4 along the direction of the three Y-axis guide rails 4-2 Run, click Y+ and Y- on the computer control interface, the T-shaped longitudinal stepping / servo mechanism 4 runs along the three Y-axis guide rails 4-2 to the position to be processed according to the command; the Z-axis screw 5-1 drives the up and down stepping / servo Mechanism 5 and the grinding head mechanism 6 below the up and down stepping / servo mechanism 5 run along the Z-axis guide rail 5-2, click Z+ and Z- on t...

Embodiment 3

[0033] Click X+, X-, Y+, Y-, Z+, Z- on the computer control interface to adjust the grinding head below the grinding head mechanism 6 to be in contact with the edge of the glass to be ground, and control the horizontal stepping / servo mechanism 3 on the computer control interface , T-shaped longitudinal stepping / servo mechanism 4, up and down stepping / servo mechanism 5 running along the X-axis guide rail 3-2, Y-axis guide rail 4-2, and Z-axis guide rail 5-2 respectively, and the three-axis linkage makes the grinding head move along the The edge of the special-shaped glass moves, scans the actual contour of the special-shaped glass, collects the actual contour data of the special-shaped glass, and transmits the data to the computer. After computer calculation, the theoretical contour data of the special-shaped glass is displayed proportionally on the synchronous operation display page. After editing Use the drawing tool on the page to reproduce the theoretical profile of the spec...

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Abstract

The invention relates to a machining method of a T-shaped movable beam irregularly-shaped glass machining glass. The T-shaped movable beam irregularly-shaped glass machining glass consists of a gantry framework, a fixed platform, a transverse stepper / servo mechanism, an X-axis screw rod, an X-axis lead rail, a T-shaped longitudinal stepper / servo mechanism, a Y-axis screw rod, a Y-axis lead rail, an upper stepper / servo mechanism, a lower stepper / servo mechanism, a Z-axis screw rod, a Z-axis lead rail, a grinding head mechanism, a positioning adsorption disc, a control box, a polishing grinding wheel, a fine grinding heel and a coarse grinding wheel; the T-shaped longitudinal stepper / servo mechanism moves along the Y-axis direction of three Y-axis lead rails, and a three-axis linked data control system is used for machining the irregularly-shaped glass; and a T-shaped movable beam adopts an integral framework structure, the rigidness of the T-shaped movable beam is good, the stability is good, and the T-shaped movable beam is not deformed when being ground under a large torque, the three lead rails are used as support, so that the T-shaped movable beam is faster to run in the running process, more stable to run and better in synchronous effect, the working efficiency is efficiently improved, and the dimensional precision of a final product can be improved.

Description

technical field [0001] The invention relates to the technical field of glass processing, in particular to a processing method of a T-shaped moving beam special-shaped glass processing system. [0002] Background technique [0003] At present, the edging process of special-shaped glass is mainly operated by hand or small glass edging machine. The edging process of ordinary glass requires dozens of minutes to complete the edging process. For the edging process of large glass, glass positioning and grinding The edging operation takes several hours to complete, and the error of edging processing is large, and the edging effect is not ideal. The existing manual or small glass edging machines need human eyes to observe the manual operation. The processing process takes a long time, low efficiency, and labor High strength, and easy to cause accidents to operators. [0004] The moving beam of high-end glass processing equipment on the existing market is driven by two sets of drivi...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B24B9/08B24B41/06
Inventor 李治伟
Owner LUOYANG BAOHUAN NUMERICAL CONTROL PRECISE EQUIP MFG CO LTD
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