CN207643428U - Double end edging numerical control stone machine - Google Patents
Double end edging numerical control stone machine Download PDFInfo
- Publication number
- CN207643428U CN207643428U CN201720808385.3U CN201720808385U CN207643428U CN 207643428 U CN207643428 U CN 207643428U CN 201720808385 U CN201720808385 U CN 201720808385U CN 207643428 U CN207643428 U CN 207643428U
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- axis
- driving plate
- water
- motor
- edging
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Abstract
The utility model is related to a kind of double end edging numerical control stone machines, it includes lathe bed, for the head of workpieces processing, for upper and lower translation so that the Z-axis mechanism of head feeding, for driving X-axis mechanism that Z-axis mechanism or so translates, Liang Zu Y-axis mechanism for driving X-axis mechanism anterior-posterior translation being arranged on lathe bed, workbench, lathe bed and the control panel for carrying out numerical control operating, the head includes the tapping mechanism and edging mechanism being arranged side by side vertically.The utility model makes trepanning and edging complete on a machine, reduces clamping error, production efficiency and product qualification rate is greatly improved.
Description
Technical field
The utility model is related to stone processing machine bed apparatus, and in particular to a kind of double end edging numerical control stone machine.
Background technology
Stone material such as marble slabs are very common ornament materials, generally can cleaved, milling, trepanning, edging, polishing
Etc. processes be processed into the patterns of needs.Since each machined parameters such as a equipment motor operation, coordinate setting are different, current adds
Work mode majority is to be respectively completed corresponding technique in dedicated cutting machine, high-pressure water knife tapping machine, edge polisher etc., two technique it
Between need manually to carry and just greatly reduce production efficiency, multiple technique clamping error causes Product Precision low, and semi-finished product are stacked not
It is neatly orderly conducive to workshop condition, inevitable damaged in collision or deformation generation substandard products in transportational process.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of double end edging numerical control stone machine, overcome trepanning and
The dynamic equilibrium problems that motor operating parameter needed for two techniques of edging is different and occurs so that trepanning and edging are in a machine
Upper completion reduces clamping error, production efficiency and product qualification rate is greatly improved.
Double end edging numerical control stone machine, including lathe bed, for workpieces processing head, be used for upper and lower translation so that head into
The Z-axis mechanism given, the X-axis mechanism for driving Z-axis mechanism or so translation, setting are used to drive on lathe bed before and after X-axis mechanism
Liang Zu Y-axis mechanism, workbench, lathe bed and the control panel for carrying out numerical control operating of translation, the head include it is vertical simultaneously
The tapping mechanism and edging mechanism that arrangement is set；
The tapping mechanism includes the water-cooling shaft cylinder being vertically arranged, the water-cooling shaft driving plate being vertically arranged and for installing
The water-cooling shaft of cutter, the water-cooling shaft are packed in water-cooling shaft driving plate plate face, and the cylinder body of the water-cooling shaft cylinder is fixed on Z axis
In mechanism, the connection of cylinder rod and water-cooling shaft driving plate, the water-cooling shaft driving plate is slidably matched with Z-axis mechanism；
The edging mechanism includes the bistrique cylinder being vertically arranged, the bistrique driving plate being vertically arranged and whets a knife in installation
Grinding head motor, the grinding head motor are packed in bistrique driving plate plate face, and the cylinder body of the bistrique cylinder is fixed on Z-axis mechanism
Upper, cylinder rod and bistrique driving plate connect, and the bistrique driving plate is slidably matched with Z-axis mechanism.
Above-mentioned double end edging numerical control stone machine, the Z-axis mechanism include the Z axis motor being vertically installed in X-axis mechanism, erect
The lead screw pair that is directly arranged, Z axis driving plate, Z axis banking stop and the photoelectricity that coordinates in X-axis mechanism and with Z axis banking stop are opened
It closes；The Z axis banking stop is fixed in Z axis driving plate, and the nut of the lead screw pair connect with plate face after Z axis driving plate, leading screw
It is connect with Z axis motor, the water-cooling shaft driving plate that is slidably connected respectively on the front face of the Z axis driving plate and bistrique driving plate.
Above-mentioned double end edging numerical control stone machine, the Z-axis mechanism further include the support cover being mounted in X-axis mechanism, two groups of Z
Axis cylinder and Z axis tank chain；The cylinder body of the Z axis cylinder is fixedly mounted on upper support cover, cylinder rod and Z axis driving plate and connects；Institute
The one end and the connection of support cover, the other end and head for stating Z axis tank chain connect.
Above-mentioned double end edging numerical control stone machine, the Z axis motor are two-phase hybrid stepping motor.
Above-mentioned double end edging numerical control stone machine, the X-axis mechanism include horizontally disposed X-axis driving plate, X-axis motor and water
The X-axis crossbeam of flat setting,
X-axis crossbeam both ends be separately connected Y-axis mechanism so that X-axis mechanism can Y-direction translation, install on the X-axis crossbeam
There are X-axis rack and X-axis guide rail；
The X-axis driving plate is slidably connected by X-axis guide rail and X-axis crossbeam, and X-axis row is equipped in the X-axis driving plate
Cheng Kaiguan；
The X-axis motor is vertically installed in the plate face of X-axis driving plate, and the output end of the X-axis motor is equipped with and institute
State the gear of X-axis rack cooperation；
The X-axis block of left and right two coordinated with X-axis driving plate is respectively equipped on the corresponding position of X-axis crossbeam left and right ends
And the X-axis stroke limit block of left and right two with the cooperation of X-axis travel switch.
Above-mentioned double end edging numerical control stone machine, the Y-axis mechanism include horizontally disposed Y-axis driving plate, y-axis motor, stand
Column, the Y-axis rack on lathe bed and the Y-axis guide rail on the lathe bed,
The y-axis motor is vertical to be arranged in the plate face of Y-axis driving plate, the output end of the y-axis motor be equipped with
The gear of the Y-axis rack；
Lower end connection Y-axis driving plate, the upper end connection X-axis mechanism of the column；
Y-axis travel switch is additionally provided in the Y-axis driving plate, the lathe bed rear and front end is respectively equipped on corresponding position
With the two Y-axis blocks coordinated in Y-axis driving plate and the two Y-axis stroke limit blocks coordinated with Y-axis travel switch.
The cutting end of above-mentioned double end edging numerical control stone machine, the water-cooling shaft is equipped with water-cooling shaft water spraying tray, the bistrique
The grinding end of motor is equipped with bistrique water spraying tray.
The beneficial effects of the utility model are：In trepanning and edging process integration to a machine tool, clamping mistake will be avoided
Difference；And it solves water-cooling shaft and grinding head motor dynamic equilibrium problems, avoids the phenomenon that sharpening crumbles, to improve processing efficiency
And Product Precision.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the X-axis mechanical motion principle schematic diagram of the utility model；
Fig. 3 is the Y-axis mechanical motion principle schematic diagram of the utility model；
Fig. 4 is the head and Z-axis mechanism structural schematic diagram of the utility model；
Fig. 5 is the structural schematic diagram of the head and another visual angle of Z-axis mechanism of the utility model；
Fig. 6 is the structural schematic diagram of the head and the another visual angle of Z-axis mechanism of the utility model；
In figure：1 it is head, 2 be X-axis mechanism, 3 be Y-axis mechanism, 4 be workbench, 5 is that panel, 7 are Z in order to control for lathe bed, 6
Axis mechanism,
11 be protective cover, 121 be water-cooling shaft cylinder, 122 be water-cooling shaft, 123 be water-cooling shaft water spraying tray, 124 water-cooling shafts drive
Movable plate, 131 be bistrique cylinder, 132 be grinding head motor, 133 be bistrique water spraying tray, 134 be bistrique driving plate, 20 be X-axis tank
Chain, 21 be X-axis driving plate, 22 be X-axis motor, 23 be X-axis rack, 24 be X-axis crossbeam, 25 be X-axis guide rail, 26 be X-axis stroke
Limited block, 27 be X-axis block, 28 be X-axis travel switch, 29 be X-axis slide plate, 31 be Y-axis driving plate, 32 be y-axis motor, 33 be
Y-axis rack, 34 be column, 35 be Y-axis guide rail, 36 be Y-axis stroke limit block, 37 be Y-axis block, 38 be Y-axis travel switch, 71
It is Z axis cylinder for Z axis motor, 72,73 be Z axis tank chain, 74 be lead screw pair, 75 be Z axis driving plate, 76 be support cover, 77 is Z
Axis banking stop.
Specific implementation mode
The principles of the present invention are explained below in conjunction with the accompanying drawings.
The double end edging numerical control stone machine of the utility model, including workbench 4, lathe bed 5, for workpieces processing head 1,
For upper and lower translation so that head 1 feed Z-axis mechanism 7, for drive Z-axis mechanism 7 or so translate X-axis mechanism 2, setting exist
For driving the Liang Zu Y-axis mechanism 3 of 2 anterior-posterior translation of X-axis mechanism, workbench 4, lathe bed 5 and for carrying out numerical control operating on lathe bed 5
Control panel 6, in conjunction with Fig. 4 to 6, the head 1 includes the tapping mechanism and edging mechanism that are arranged side by side vertically；The head
1 is configured with protective cover 11；
The tapping mechanism includes the water-cooling shaft cylinder 121 being vertically arranged, the water-cooling shaft driving plate 124 being vertically arranged and uses
In the water-cooling shaft 122 of installation cutter, the water-cooling shaft 122 is packed in 124 plate face of water-cooling shaft driving plate, the water-cooling shaft cylinder
121 cylinder body is fixed on Z-axis mechanism 7, cylinder rod and water-cooling shaft driving plate 124 connect, the water-cooling shaft driving plate 124 and Z axis
Mechanism 7 is slidably matched；
The edging mechanism includes the bistrique cylinder 131 being vertically arranged, the bistrique driving plate 134 being vertically arranged and in installation
The grinding head motor 132 of sharpening, the grinding head motor 132 are packed in 134 plate face of bistrique driving plate, the bistrique cylinder 131
Cylinder body is fixed on Z-axis mechanism 7, cylinder rod and bistrique driving plate 134 connect, and the bistrique driving plate 134 is slided with Z-axis mechanism 7
Cooperation.
Above-mentioned double end edging numerical control stone machine, the Z-axis mechanism 7 include the Z axis motor being vertically installed on X-axis slide plate 29
71, the lead screw pair 74 that is vertically arranged, Z axis driving plate 75, Z axis banking stop 77 and in X-axis mechanism 2 and with Z axis banking stop
The optoelectronic switch of 77 cooperations；The Z axis banking stop 77 is fixed in Z axis driving plate 75, and nut and the Z axis of the lead screw pair 74 drive
Plate face connection, leading screw and Z axis motor 71 connect after movable plate 75, and be slidably connected water respectively on the front face of the Z axis driving plate 75
Cold axis driving plate 124 and bistrique driving plate 134.
Above-mentioned double end edging numerical control stone machine, the Z-axis mechanism 7 further include be mounted on X-axis mechanism 2 on support cover 76,
Two groups of Z axis cylinders 72 and Z axis tank chain 73；The cylinder body of the Z axis cylinder 72 is fixedly mounted on support cover 76, cylinder rod and Z axis
Driving plate 75 connects；One end of the Z axis tank chain 73 is connect with support cover 76, the other end and head 1 connect.Z axis cylinder 72
Play connection, the feeding head 1 of auxiliary.
Above-mentioned double end edging numerical control stone machine, the Z axis motor 71 are two-phase hybrid stepping motor.
Above-mentioned double end edging numerical control stone machine, the X-axis mechanism 2 include horizontally disposed X-axis driving plate 21, X-axis motor
22 and horizontally disposed X-axis crossbeam 24, X-axis driving plate 21, X-axis motor 22 are all disposed in support cover 76, are on the one hand used as Z axis
The support of mechanism 7, on the other hand support, which covers 76, can protect each parts, play dust-proof effect；
24 both ends of X-axis crossbeam be separately connected Y-axis mechanism 3 so that X-axis mechanism 2 can Y-direction translation, the X-axis crossbeam 24
On X-axis rack 23 and X-axis guide rail 25 are installed；
The X-axis driving plate 21 is slidably connected by X-axis guide rail 25 and X-axis crossbeam 24, is installed in the X-axis driving plate 21
There is X-axis travel switch 28；
The X-axis motor 22 is vertically installed in the plate face of X-axis driving plate 21, the output end installation of the X-axis motor 22
There is the gear coordinated with the X-axis rack 23；
The X-axis of left and right two coordinated with X-axis driving plate 21 is respectively equipped on 24 left and right ends corresponding position of the X-axis crossbeam
Block 27 and the X-axis stroke limit block 26 of left and right two coordinated with X-axis travel switch 28.
Above-mentioned double end edging numerical control stone machine, the Y-axis mechanism 3 include horizontally disposed Y-axis driving plate 31, y-axis motor
32, column 34, the Y-axis rack 33 on lathe bed 5 and the Y-axis guide rail 35 on the lathe bed 5,
The y-axis motor 32 is vertical to be arranged in the plate face of Y-axis driving plate 31, the output end peace of the y-axis motor 32
Equipped with the gear with the Y-axis rack 33；
Lower end connection Y-axis driving plate 31, the upper end connection X-axis mechanism 2 of the column 34；
It is additionally provided with Y-axis travel switch 38 in the Y-axis driving plate 31, divides on 5 rear and front end corresponding position of the lathe bed
It She You not be limited with the two Y-axis blocks 37 coordinated in Y-axis driving plate 31 and the two Y-axis strokes coordinated with Y-axis travel switch 38
Position block 36.
The cutting end of above-mentioned double end edging numerical control stone machine, the water-cooling shaft 122 is equipped with water-cooling shaft water spraying tray 123, institute
The grinding end for stating grinding head motor 132 is equipped with bistrique water spraying tray 133.
Claims (7)
1. double end edging numerical control stone machine, it is characterised in that：Including lathe bed（5）, for the head of workpieces processing（1）, for
Lower translation is so that head（1）The Z-axis mechanism of feeding（7）, for driving Z-axis mechanism（7）The X-axis mechanism of left and right translation（2）, setting
In lathe bed（5）On for driving X-axis mechanism（2）The Liang Zu Y-axis mechanism of anterior-posterior translation（3）, workbench（4）, lathe bed（5）With for
Carry out the control panel of numerical control operating（6）, the head（1）Including the tapping mechanism and edging mechanism being arranged side by side vertically；
The tapping mechanism includes the water-cooling shaft cylinder being vertically arranged（121）, the water-cooling shaft driving plate that is vertically arranged（124）With with
In the water-cooling shaft of installation cutter（122）, the water-cooling shaft（122）It is packed in water-cooling shaft driving plate（124）In plate face, the water cooling
Axis cylinder（121）Cylinder body be fixed on Z-axis mechanism（7）Upper, cylinder rod and water-cooling shaft driving plate（124）Connection, the water-cooling shaft drive
Movable plate（124）With Z-axis mechanism（7）It is slidably matched；
The edging mechanism includes the bistrique cylinder being vertically arranged（131）, the bistrique driving plate that is vertically arranged（134）With in installation
The grinding head motor of sharpening（132）, the grinding head motor（132）It is packed in bistrique driving plate（134）In plate face, the bistrique cylinder
（131）Cylinder body be fixed on Z-axis mechanism（7）Upper, cylinder rod and bistrique driving plate（134）Connection, the bistrique driving plate（134）With
Z-axis mechanism（7）It is slidably matched.
2. double end edging numerical control stone machine according to claim 1, it is characterised in that：The Z-axis mechanism（7）Including vertical
Mounted on X-axis mechanism（2）On Z axis motor（71）, the lead screw pair that is vertically arranged（74）, Z axis driving plate（75）, Z axis banking stop
（77）With mounted on X-axis mechanism（2）It is upper and with Z axis banking stop（77）The optoelectronic switch of cooperation；The Z axis banking stop（77）It is fixed
In Z axis driving plate（75）On, the lead screw pair（74）Nut and Z axis driving plate（75）Plate face connection, leading screw and Z axis motor afterwards
（71）Connection, the Z axis driving plate（75）Front face on be slidably connected respectively water-cooling shaft driving plate（124）With bistrique driving plate
（134）.
3. double end edging numerical control stone machine according to claim 2, it is characterised in that：The Z-axis mechanism（7）It further include peace
Mounted in X-axis mechanism（2）On support cover（76）, two groups of Z axis cylinders（72）With Z axis tank chain（73）；The Z axis cylinder（72）'s
Cylinder body is fixedly mounted on support cover（76）Upper, cylinder rod and Z axis driving plate（75）Connection；The Z axis tank chain（73）One end with
Support cover（76）Connection, the other end and head（1）Connection.
4. double end edging numerical control stone machine according to claim 2, it is characterised in that：The Z axis motor（71）For two-phase
Composite stepper motor.
5. double end edging numerical control stone machine according to claim 1, it is characterised in that：The X-axis mechanism（2）Including level
The X-axis driving plate of setting（21）, X-axis motor（22）With horizontally disposed X-axis crossbeam（24）, the X-axis crossbeam（24）Both ends point
It Lian Jie not Y-axis mechanism（3）So that X-axis mechanism（2）Can Y-direction translation, the X-axis crossbeam（24）On X-axis rack is installed（23）And X
Axis rail（25）；
The X-axis driving plate（21）Pass through X-axis guide rail（25）With X-axis crossbeam（24）It is slidably connected, the X-axis driving plate（21）On
X-axis travel switch is installed（28）；
The X-axis motor（22）It is vertically installed at X-axis driving plate（21）Plate face on, the X-axis motor（22）Output end peace
Equipped with the X-axis rack（23）The gear of cooperation；
The X-axis crossbeam（24）It is respectively equipped on the corresponding position of left and right ends and X-axis driving plate（21）The X-axis of left and right two of cooperation
Block（27）And with X-axis travel switch（28）The X-axis stroke limit block of left and right two of cooperation（26）.
6. double end edging numerical control stone machine according to claim 1, it is characterised in that：The Y-axis mechanism（3）Including level
The Y-axis driving plate of setting（31）, y-axis motor（32）, column（34）, be mounted on lathe bed（5）On Y-axis rack（33）With mounted on
Lathe bed（5）Upper Y-axis guide rail（35）,
The y-axis motor（32）Vertical setting is in Y-axis driving plate（31）Plate face on, the y-axis motor（32）Output end
It is equipped with and the Y-axis rack（33）Gear；
The column（34）Lower end connect Y-axis driving plate（31）, upper end connection X-axis mechanism（2）；
The Y-axis driving plate（31）On be additionally provided with Y-axis travel switch（38）, the lathe bed（5）On the corresponding position of rear and front end
It is respectively equipped with and Y-axis driving plate（31）Two Y-axis blocks of upper cooperation（37）With with Y-axis travel switch（38）Two Y of cooperation
Axis stroke limit block（36）.
7. double end edging numerical control stone machine according to any one of claim 1 to 6, it is characterised in that：The water-cooling shaft
（122）Cutting end water-cooling shaft water spraying tray is installed（123）, the grinding head motor（132）Grinding end bistrique water drenching is installed
Disk（133）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720808385.3U CN207643428U (en) | 2017-07-06 | 2017-07-06 | Double end edging numerical control stone machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720808385.3U CN207643428U (en) | 2017-07-06 | 2017-07-06 | Double end edging numerical control stone machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207643428U true CN207643428U (en) | 2018-07-24 |
Family
ID=62885583
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720808385.3U Expired - Fee Related CN207643428U (en) | 2017-07-06 | 2017-07-06 | Double end edging numerical control stone machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207643428U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107160568A (en) * | 2017-07-06 | 2017-09-15 | 济南耐刻机械设备有限公司 | Double end edging numerical control stone machine |
-
2017
- 2017-07-06 CN CN201720808385.3U patent/CN207643428U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107160568A (en) * | 2017-07-06 | 2017-09-15 | 济南耐刻机械设备有限公司 | Double end edging numerical control stone machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180724 Termination date: 20190706 |