CN202389085U - Multifunctional curved glass CNC (engraving and milling machine) - Google Patents

Abstract

The utility model discloses a multifunctional curved glass CNC (engraving and milling machine) which comprises a base, a Y axis moving mechanism being installed on the base and fixed with a vacuum jig, an X axis moving mechanism being installed on the base and located above the Y axis moving mechanism, a main Z axis moving grinding mechanism being installed in the front of the X axis moving mechanism and located above the Y axis moving mechanism, a subsidiary Z axis moving grinding mechanism being installed in the front of the main Z axis moving grinding mechanism and an electric control box with an embedded DSP (digital signal processor) and a CNC multiaxial programmable motion controller, wherein the Y axis moving mechanism, the X axis moving mechanism, the main Z axis moving grinding mechanism and the subsidiary Z axis moving grinding mechanism are respectively and electrically connected with the embedded DSP-CNC multiaxial programmable motion controller. The multifunctional curved glass CNC provided by the utility model can simultaneously perform operations such as curved surface grinding, punching and beveling on the glasses to be processed without secondary positioning, thus ensuring the machining accuracy of the finished products, reducing the production cycle of the finished products and greatly improving the production efficiency of the finished products.

Description

A multifunctional curved glass carved

FIELD

[0001] The present invention relates to carving technique, and particularly to a multifunctional curved glass engraving machine.

Background technique

[0002] Currently, the market carved glass panel processing have mostly only a single function, i.e., only the glass is milled shape, chamfering, drilling and other operations. However, if after processed into a curved For glass, it must be completed using a grinding mechanism grinding the glass surface, then is attached to a conventional glass processing detached glass panel engraving machine milling machining shape, chamfering and punching operation, so that, in the glass to be machined on the secondary positioning processing carved glass panel clamping errors occur, resulting in mainly the accuracy of the finished product, and a long processing time, low productivity.

SUMMARY

[0003] To solve the problems of the above-described prior art problems, the present invention aims to provide a reasonable to create the profile (e.g., profile milling, chamfering, drilling, etc.) and grinding both functions integrated into a surface the machine is positioned to prevent secondary phenomenon clamping error occurs, improving the machining accuracy, saving setup time, reducing finished production cycle, improve production efficiency of the finished carved multifunctional curved glass.

[0004] To achieve the above object, the present invention uses the contents of the technical solution as follows:

[0005] A multifunctional curved glass engraving machine comprising a base, mounted on a base and fixed to the vacuum fixture Y-axis moving mechanism, mounted on the base and positioned above the X-axis Y-axis moving mechanism moving means mounted on the front portion and the X-axis moving mechanism positioned above the master Y-axis moving mechanism grinding Z-axis moving mechanism, mounted on the sub Z-axis moving mechanism of cutting the front portion of the main ground Z-axis moving mechanism, and provided with an inlay electric control box DSP, CNC multi-axis programmable motion controller; the Y-axis moving mechanism, X-axis moving mechanism, the grinding of the main Z-axis moving mechanism and the sub Z-axis moving cutting means are electrically connected to the embedded DSP-CNC multi-axis programmable motion controller.

[0006] Preferably, the Y-axis moving mechanism includes Y-axis guide and the Y-axis is fixed to the upper working platform vacuum fixture; Y-axis rail mounted on the base, Y-axis work platform by a Y-axis moving mechanism screw connected to the Y-axis guide rails.

[0007] Preferably, the X-axis moving mechanism includes an X-axis beam, an X-axis servo motor, fixed to the X-axis X-axis car seat nuts, screw X-axis, the X-axis guide rails; beam mounted on the X axis the base, X-axis servo motor, sports X axis, the X-axis and the X-axis guide screw are mounted on the front cross member of the X-axis, the X-axis servo motor drive screw connected to the X-axis; the X-axis nut connection screw sleeve connected to the X-axis; the X-axis sliding sports is connected to the X-axis guide.

[0008] Preferably, the main Z-axis moving mechanism includes a main grinding Z-axis servo motor, with the Z-axis main matte mechanism car seat nut connection, the Z-axis of the main screw, the main Z-axis guide rail, the wheel driving motor and wheel; Z-axis guide rails mounted on the main X-axis portion of the front plate sports car X-axis; the main Z-axis servo motor drive screw shaft connected to the main Z; Z-axis of the main nut connected to the Z-axis of the main screw connection sleeve; frosted means slidably connecting the main car guide Z-axis; the Y-axis is provided above the wheel and is fixedly connected to the working platform car sanding means, the grinding wheel driving motor connected to the drive wheel.

[0009] Preferably, the secondary the cutting mechanism comprises a Z-axis moving sub Z-axis servo motor, with the Z-axis cutting means sports sub-nut connection seat, the sub Z-axis lead screw, and a sub-guide Z-axis cutting mechanism provided in the car a lower spindle; Z-axis guide rails mounted on the sub-sub-panel of the front portion of the Z-axis sports car matte mechanism; Z-axis servo motor drive sub-sub connector screw axis Z; Z-axis of the sub-sub-nut connecting the Z-axis wire connection sleeve rod; car cutting means slidably connecting the sub Z-axis guide rails.

[0010] Preferably, the Y-axis of the work platform is mounted on the knife, the knife is connected to the control box and electric power.

[0011] Preferably, also installed over the base sheet metal cover half, the bottom half of the sheet metal cover sealingly connected with the base.

[0012] Preferably, the present invention multifunctional curved glass engraving machine further comprises a temperature control system; said temperature regulating system is installed in the rear of the electronic control box.

[0013] Compared with the prior art, the present invention produces the following advantages:

[0014] The present invention, by providing the Z-axis moving mechanism and a Z-axis moving frosted cutting mechanism, can be simultaneously treated glass processing curved surface grinding, drilling, chamfering and other operations to improve efficiency without the second location, not only to ensure machining accuracy of the finished product, saving setup time, reducing the cycle of finished products, but also greatly improve the production efficiency of the finished product. [0015] The following further description of the present invention in conjunction with the accompanying drawings and for specific embodiments.

BRIEF DESCRIPTION

[0016] Figure I is a schematic structural embodiment of the invention the multifunction curved glass engraving machine more preferred embodiment;

[0017] FIG. 2 is a schematic structural diagram I in the direction A.

[0018] wherein, I, susceptor; 2, Y-axis work platform; 3, X-axis beam; 4, X-axis servo motor; 5, X-axis car; 6, X-axis lead screw; 7, X-axis guide rails; 8 , the main Z-axis servo motor; 9, matte mechanism car; 10, the grinding wheel driving motor; 11, grinding wheel; 12, the sub Z-axis servo motor; 13, the cutting mechanism car; 14, spindle; 15, sheet metal half-shells.

Detailed ways

[0019] FIG. I and 2, the present invention multifunctional curved glass engraving machine 2, which mainly comprises a base 1 mounted on and fixed to the base I vacuum fixture (not shown) of the Y axis moving mechanism, mounted on the base I, and the X axis moving mechanism above the Y-axis moving mechanism, installed at the front and X-axis moving mechanism in the main portion of the Y-axis moving mechanism above the Z-axis moving the grinding mechanism, installed in the main cutting the sub Z-axis moving mechanism moves the Z-axis of the front portion of the grinding mechanism, and is provided with an embedded DSP, CNC multi-axis programmable motion controller (not shown) of the electric control box (not shown); the Y-axis moving mechanism, X-axis moving mechanism, the grinding of the main Z-axis moving mechanism and the sub Z-axis moving cutting means are electrically connected to the embedded DSP-CNC multi-axis programmable motion controller.

[0020] Specifically, the Y-axis moving mechanism includes a Y-axis guide rails (not shown) and the upper jig is fixed to the Y-axis vacuum working platform 2; Y-axis rail mounted on the base I, Y-axis work platform 2 (not shown) connected to the Y-axis by a Y-axis guide rails move screw mechanism.

[0021] Specifically, the X-axis moving mechanism includes an X-axis beam 3, X-axis servo motor 4 fixed to the X-axis nut connection seat (not shown) of the X-axis car 5, X-axis lead screw 6, X-axis guide 7; the X-axis beam 3 is mounted on the base I, X-axis servo motor 4, X-axis car 5, X-axis and the X axis guide rail 6 screw 7 are mounted on the front portion 3 of the X-axis beam, the X-axis servo motor 4 connected to the X-axis drive screw 6; the X-axis nut screw connection sleeve 6 connected to the X-axis; an X-axis of the car 5 is slidably connected to the X-axis guide 7.

[0022] Specifically, the main Z-axis moving mechanism comprises 8 grinding, sanding mechanism car provided with a main nut connected to the Z-axis housing (not shown) of the main Z-axis servo motor 9, the Z-axis of the main screw (not shown), the main Z-axis guide rails (not shown), the grinding wheel driving motor 10 and wheel 11; primary Z-axis guide rails mounted on the X-axis sports board (not shown) in the front of the X-axis car 5; primary Z-axis servo motor 8 connected to the main Z-axis drive screw; Z-axis of the main nut connected to the Z-axis of the main screw connection sleeve; 9 frosted slide mechanism connecting the main Z-axis guide rail car; grinding wheel 11 is provided on the Y-axis above the working platform 2 and is fixedly connected scrub car mechanism 9, the drive wheel driving motor 10 connected to wheel 11.

[0023] Specifically, the secondary cutting mechanism comprises a Z-axis moving sub Z-axis servo motor 12, the Z-axis with the sub-nut connection seat (not shown) of the car cutting means 13, the sub Z-axis lead screw (not shown in FIG. ), the sub Z-axis guide rails (not shown) and provided 13 lower portion of the cutting mechanism car shaft 14; sub Z-axis guide rails mounted on the sub Z-axis sports board (not shown) 9 front portion scrub mechanism car; sub Z Z-axis drive connection sub 12 screw axis servo motor; Z-axis of the sub-sub connection sleeve nuts Z-axis screw; car cutting means 13 slidably connected to the sub Z-axis guide rails.

[0024] Specifically, the connector is mounted on the knife and on the electrical control box electrically knife (not shown), the Y-axis on the working platform 2.

[0025] In particular, the base is attached to the upper half I further sheet metal cover 15, a bottom sheet metal cover and the base half 15 I-tight connection.

[0026] In particular, the present invention multifunctional curved glass engraving machine further comprises a temperature control system (not shown); a temperature control system mounted at the rear of the electronic control box.

[0027] to those skilled in the art, the technical solution according to the concept described above and that various other changes and modifications appropriate, and all such changes and modifications should fall into the scope of the present invention as claimed in claim within.

Claims (8)

1. A multifunctional curved glass engraving machine, characterized in that: it comprises a base, Y-axis moving mechanism mounted on the base and is fixed with a vacuum jig, mounted on the base and located above the Y-axis moving mechanism the X-axis moving mechanism, installed at the front and X-axis moving mechanism in the main portion of the Y-axis moving mechanism above the Z-axis moving grinding mechanism mounted on the front portion of the main sub Z-axis moving mechanism grinding Z-axis moving cutting means, and with embedded DSP, CNC multi-axis programmable motion controller electric control box; the Y-axis moving mechanism, X-axis moving mechanism, the grinding of the main Z-axis moving mechanism and the sub Z-axis moving cutting means are electrically connected to the said embedded DSP-CNC multi-axis programmable motion controller.

2. The multifunctional curved glass engraving machine according to claim I, wherein: the Y-axis moving mechanism includes Y-axis rails fixed to the Y-axis and the upper work platform vacuum fixture; Y-axis rail mounted on the base base, Y-axis work platform connected by a Y-axis moving mechanism and a Y-axis screw guide.

3. The multifunctional curved glass engraving machine according to claim 2, wherein: the X-axis moving mechanism includes an X-axis beam, an X-axis servo motor, is fixed to the X-axis X-axis nut connection car seat, X screw axis, X-axis guide; the X-axis is mounted on a base beam, an X-axis servo motor, sports X axis, the X-axis and the X-axis guide screw are mounted on the front cross member of the X-axis, the X-axis connecting the X-axis servo motor drive screw; X-axis of the X-axis nut screw connection connecting sleeve; the X-axis sliding sports is connected to the X-axis guide.

4. The multifunctional curved glass engraving machine according to claim 3, wherein: the main Z-axis moving mechanism includes a main grinding Z-axis servo motor provided with Frosted Z main spindle nut mechanism car connector holder, Z-axis of the main spindle, the main Z-axis guide rails, the grinding wheel and the grinding wheel driving motor; Z-axis guide rails mounted on the main X-axis portion of the front plate sports car X-axis; the main Z-axis servo motor drive screw connecting the main Z-axis; the Z-axis main connecting sleeve nut screw connection of the main Z-axis; means matte car guide rails slidably connected to a main axis Z; Y-axis is provided above the wheel and is fixedly connected to the working platform car sanding means, the grinding wheel driving motor connected to the drive wheel.

The multifunctional curved glass engraving machine according to claim 4, wherein: said sub Z-axis moving mechanism comprises a sub cutting a Z-axis servomotor, with cutting means connected to the spindle nut Z sports sub-base, sub Z-axis lead screw, and a sub-guide Z-axis mechanism provided in the lower portion of the cutting spindle car; Z-axis guide rails mounted on the sub-sub-panel of the front portion of the Z-axis sports car matte mechanism; sub Z-axis servo motor drive screw shaft connected to the sub-Z ; Z-axis of the sub-sub connection sleeve nuts Z-axis screw; car cutting means slidably connecting the sub Z-axis guide rails.

6. 2-5 multifunctional curved glass engraving machine of any one of the preceding claims, characterized in that: there is mounted on the knife, the knife of the electrical control box electrically on the Y-axis work platform connection.

7. The multifunctional curved glass engraving machine according to claim 6, wherein: the base is further mounted above the cover sheet metal half, the bottom half of the sheet metal cover sealingly connected with the base.

8. The multifunctional curved glass engraving machine according to claim 7, characterized in that: a temperature regulation system further comprises; a temperature regulating system is installed in the rear of the electronic control box.