CN209477817U - A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) - Google Patents
A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) Download PDFInfo
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- CN209477817U CN209477817U CN201821933802.8U CN201821933802U CN209477817U CN 209477817 U CN209477817 U CN 209477817U CN 201821933802 U CN201821933802 U CN 201821933802U CN 209477817 U CN209477817 U CN 209477817U
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Abstract
The utility model discloses a kind of synchronous tool changing processing unit (plant)s in double main shaft double-poles library, including pedestal, saddle, column, workbench, spindle box, X-axis driving section dress, Y-axis driving section dress, Z-axis transmission portion dress and left and right tool magazine tool changing device, it is characterized by: one Slideslip of pedestal top is equipped with saddle, the pedestal top other side is equipped with column, the saddle top is connected with X-axis driving section dress, the pedestal top is equipped with the Y-axis driving section dress of control saddle sliding, Z-axis transmission portion dress is connected on the column, the upper end of the column is equipped with left and right tool magazine tool changing device.The utility model overcomes prior art disadvantage, provides a kind of double main shaft double-poles library synchronization tool changing processing unit (plant), and structurally reasonable, double main shafts synchronous workings, high production efficiency reduces production cost.
Description
Technical field
The utility model relates to the synchronous tool changing of machining equipment technical field, in particular to a kind of double main shaft double-poles library to add
Tooling is set.
Background technique
With economic not only development, improvement of living standard, wage for workmen's level is improved, and the difficult problem of enterprise's recruitment is cured
Invention is aobvious, one mechanical main shaft of existing technology, Belt spindle revolving speed: 8000-12000rpm, direct-connected main shaft revolving speed: 12000-
15000rpm can only once add a product, and a people can only operate 2 equipment, and one main shaft of traditional equipment only installs one
Tool magazine, the equipment of two main shafts also can only a main shaft changed knife, another main shaft continue tool changing, cannot two main shafts it is same
When tool changing, this needs to have more one times of manpower financial capacity just to complete same amount of parts machining, this can bring volume to factory
Outer cost payout, while efficiency can not also improve problem above and urgently improve.
Utility model content
The technical problems to be solved in the utility model is to overcome prior art disadvantage, and it is same to provide a kind of double main shaft double-poles library
Tool changing processing unit (plant) is walked, structurally reasonable, double main shaft synchronous workings, high production efficiency reduces production cost.
In order to solve the above technical problems, technical solution provided by the utility model are as follows: a kind of double main shaft double-poles library, which synchronizes, to be changed
Knife processing unit (plant), including pedestal, saddle, column, X-axis driving section dress, Y-axis driving section dress, Z-axis transmission portion dress and left and right tool magazine change
Knife system, it is characterised in that: one Slideslip of pedestal top is equipped with saddle, and the pedestal top other side is equipped with column, institute
It states saddle top and is connected with X-axis driving section dress, the pedestal top is equipped with the Y-axis driving section dress of control saddle sliding, described vertical
Z-axis transmission portion dress is connected on column, the upper end of the column is equipped with left and right tool magazine tool changing device.
As an improvement, the X-axis driving section dress includes X-axis tail end seat, the saddle is equipped with horizontal X-axis line rail, institute
State on saddle one end and be equipped with X-axis motor cabinet, the X-axis motor cabinet is equipped with X-axis motor, the X-axis motor and X-axis tail end seat it
Between be connected with X-axis screw rod, connected between the X-axis motor and X-axis screw rod by X-axis shaft coupling, on the X-axis motor cabinet and X
Axial filament bar junction is equipped with X-axis angular contact ball bearing, and on the X-axis tail end seat and X-axis screw rod junction is equipped with X-axis deep-groove ball axis
It holds, cooperation is equipped with X-axis nut on the X-axis screw rod, and X-axis nut top is connected with workbench, and the workbench bottom is set
There is the X-axis slide block matched with X-axis line rail, realizes the movement of X-direction.
As an improvement, the Y-axis driving section dress includes Y-axis tail end seat, the pedestal is equipped with horizontal Y-axis line rail, institute
It states and is equipped with y-axis motor seat close to column one end on pedestal, the y-axis motor seat is equipped with y-axis motor, the y-axis motor and Y
Y-axis screw rod is connected between shaft tail end seat, is connected between the y-axis motor and Y-axis screw rod by Y-axis shaft coupling, the y-axis motor
On seat and Y-axis screw rod junction is equipped with Y-axis angular contact ball bearing, and on the Y-axis tail end seat and Y-axis screw rod junction is equipped with Y-axis
Deep groove ball bearing, cooperation is equipped with Y-axis nut on the Y-axis screw rod, and Y-axis nut top is connected with saddle, the saddle bottom
The Y-axis sliding block that portion is equipped with and Y-axis line rail matches.
As an improvement, the Z-axis transmission portion dress includes Z axis tail end seat, the column is equipped with vertical z axis rail, institute
Column top is stated equipped with Z axis motor cabinet, is connected with Z axis motor on the Z axis motor cabinet, the Z axis motor and Z axis tail end seat it
Between be connected with Z axis screw rod, connected between the Z axis motor and Z axis screw rod by Z axis shaft coupling, on the Z axis motor cabinet and Z
Axial filament bar junction is equipped with Z axis angular contact ball bearing, and on the Z axis tail end seat and Z axis screw rod junction is equipped with Z axis deep-groove ball axis
It holds, cooperation is equipped with Z axis nut on the Z axis screw rod, and side is connected with spindle box, the spindle box side on the Z axis nut
Equipped with the Z axis sliding block matched with z axis rail, the spindle box is equipped with an electric main shaft left side and electric main shaft is right, realizes Z axis side
To movement.
As an improvement, the electric main shaft left side and the electric main shaft right side are all set in the top of workbench, the electric main shaft
Left and electric main shaft upper right is equipped with the separating stand of cooling cutter, and synchronous processing is connected firmly.
As an improvement, the left and right tool magazine tool changing device includes the tool magazine bracket being respectively fixedly connected in column top two sides
Left right with tool magazine bracket, tool magazine bracket upper left is equipped with a tool magazine left side, and the tool magazine bracket upper right is equipped with the tool magazine right side, the tool magazine
Several symmetrically arranged cutters are provided in the left and tool magazine right side, replacement is convenient.
As an improvement, being equipped with the robot device of replacement cutter, setting in a tool magazine bracket left side and the tool magazine bracket right side
Synchronous replacement simultaneously guarantees that the unified of processing flow carries out.
The utility model compared with prior art the advantages of be: the X-axis driving section of setting dress, Y-axis driving section dress, Z axis
Driving section dress, may be implemented any adjusting on three-dimensional, regulate and control more convenient；It is changed while the double main shaft double-pole libraries being arranged
Knife system realizes unified tool changing, synchronous working.The utility model, a kind of double main shaft double-poles library simultaneously tool changing simultaneous processing
Vertical work machining center changes problem of the existing technology, and two main shafts are that electro spindle can obtain higher revolving speed, significantly
Improve the finish of product, two main shafts can tool changing simultaneously process two parts, a people operates 2 equipment, is equivalent to biography
The equipment of system 4 improves production efficiency, reduces the wasting of resources, reduces production cost, is suitable for being widely used to promote.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model entirety.
Fig. 2 is the structural schematic diagram of the utility model main view direction section.
Fig. 3 is the structural schematic diagram of the utility model left view direction section.
Fig. 4 is the structural schematic diagram of the utility model overlook direction.
It is as shown in the figure: 1, pedestal, 2, saddle, 3, X-axis deep groove ball bearing, 4, X-axis tail end seat, 5, workbench, 6, column, 7,
Z axis rail, 8, a tool magazine left side, 9, a tool magazine bracket left side, 10, the tool magazine bracket right side, 11, the tool magazine right side, 12, X-axis slide block, 13, X-axis nut,
14, X-axis line rail, 15, X-axis screw rod, 16, X-axis angular contact ball bearing, 17, X-axis motor, 18, X-axis shaft coupling, 19, X-axis motor
Seat, 20, Z axis motor, 21, Z axis motor cabinet, 22, Z axis shaft coupling, 23, Z axis angular contact ball bearing, 24, Z axis nut, 25, Z axis
Sliding block, 26, Z axis screw rod, 27, Z axis deep groove ball bearing, 28, Z axis tail end seat, 29, separating stand, 30, y-axis motor, 31, Y-axis connection
Axis device, 32, Y-axis angular contact ball bearing, 33, y-axis motor seat, 34, Y-axis nut, 35, Y-axis sliding block, 36, Y-axis line rail, 37, Y-axis
Deep groove ball bearing, 38, Y-axis tail end seat, 39, Y-axis screw rod, 40, spindle box, 41, an electric main shaft left side, 42, the electric main shaft right side.
Specific embodiment
The following describes the utility model in further detail with reference to the accompanying drawings.
The utility model in the specific implementation, the synchronous tool changing processing unit (plant) in a kind of double main shaft double-poles library, including pedestal 1, saddle
Seat 2, column 6, X-axis driving section dress, Y-axis driving section dress, Z-axis transmission portion dress and left and right tool magazine tool changing device, 1 top of pedestal
One Slideslip is equipped with saddle 2, and the 1 top other side of pedestal is equipped with column 6, and 2 top of saddle is connected with X-axis driving section
Dress, 1 top of pedestal are equipped with the Y-axis driving section dress that control saddle 2 slides, are connected with Z-axis transmission portion dress on the column 6,
6 upper end of column is equipped with left and right tool magazine tool changing device.
The X-axis driving section dress includes X-axis tail end seat 4, and the saddle 2 is equipped with horizontal X-axis line rail 14, the saddle
One end is equipped with X-axis motor cabinet 19 on 2, and the X-axis motor cabinet 19 is equipped with X-axis motor 17, the X-axis motor 17 and X-axis tail end
It is connected with X-axis screw rod 15 between seat 4, is connected between the X-axis motor 17 and X-axis screw rod 15 by X-axis shaft coupling 18, the X
On spindle motor seat 19 and 15 junction of X-axis screw rod is equipped with X-axis angular contact ball bearing 16, on the X-axis tail end seat 4 and X-axis screw rod
15 junctions are equipped with X-axis deep groove ball bearing 3, cooperate on the X-axis screw rod 15 and are equipped with X-axis nut 13, on the X-axis nut 13
Portion is connected with workbench 5, the X axis sliding block 12 that 5 bottom of workbench is equipped with and X-axis line rail 14 matches.
The Y-axis driving section dress includes Y-axis tail end seat 38, and the pedestal 1 is equipped with horizontal Y-axis line rail 36, the bottom
It is equipped with y-axis motor seat 33 close to 6 one end of column on seat 1, the y-axis motor seat 33 is equipped with y-axis motor 30, the y-axis motor
Y-axis screw rod 39 is connected between 30 and Y-axis tail end seat 38, passes through Y axis shaft coupling 31 between the y-axis motor 30 and Y-axis screw rod 39
It connects, on the y-axis motor seat 33 and 39 junction of Y-axis screw rod is equipped with Y-axis angular contact ball bearing 32, the Y-axis tail end seat 38
Upper and 39 junction of Y-axis screw rod is equipped with Y-axis deep groove ball bearing 37, and cooperation is equipped with Y-axis nut 34, the Y on the Y-axis screw rod 39
34 top of axis nut is connected with saddle 2, the Y-axis sliding block 35 that 2 bottom of saddle is equipped with and Y-axis line rail 36 matches.
The Z-axis transmission portion dress includes Z axis tail end seat 28, and the column 6 is equipped with vertical z axis rail 7, the column
6 tops are equipped with Z axis motor cabinet 21, are connected with Z axis motor 20, the Z axis motor 20 and Z axis tail end on the Z axis motor cabinet 21
It is connected with Z axis screw rod 26 between seat 28, is connected between the Z axis motor 20 and Z axis screw rod 26 by Z axis shaft coupling 22, it is described
On Z axis motor cabinet 21 and 26 junction of Z axis screw rod is equipped with Z axis angular contact ball bearing 23, on the Z axis tail end seat 28 and Z axis silk
26 junction of bar is equipped with Z axis deep groove ball bearing 27, cooperates on the Z axis screw rod 26 and is equipped with Z axis nut 24, on the Z axis nut
Side is connected with spindle box 40, the Z axis sliding block 25 that 40 side of spindle box is equipped with and z axis rail 7 matches, the spindle box
40 are equipped with an electric main shaft left side 41 and the electric main shaft right side 42.
The electric main shaft left side 41 and the electric main shaft right side 42 are all set in the top of workbench 5, the electric main shaft left side 41
With the separating stand 29 for being equipped with cooling cutter on the electric main shaft right side 42.
The left and right tool magazine tool changing device includes being respectively fixedly connected in a tool magazine bracket left side 9 for 6 top two sides of column and knife
The library bracket right side 10, a tool magazine bracket left side 9 are equipped with a tool magazine left side 8, and the tool magazine bracket right side 10 is equipped with the tool magazine right side 11, the knife
Several symmetrically arranged cutters are provided in a library left side 8 and the tool magazine right side 11.
The robot device of replacement cutter is equipped in the tool magazine bracket left side 9 and the tool magazine bracket right side 10.
Working principle of the utility model is: X-axis driving section dress, Z-axis transmission portion dress and Y-axis driving section dress cooperate, it is real
Existing three-shaft linkage effect to be achieved, left and right tool magazine tool-changing mechanism are mounted on Z-axis transmission portion and load onto, and realize two main shafts simultaneously
The function of tool changing；Y-axis motor drives Y-axis nut, the rotation of Y-axis screw rod, and Y-axis nut, which is mounted on saddle, realizes Y-axis movement, X axis
Motor drives X-axis nut, the rotation of X-axis screw rod, and X-axis nut, which is installed on the workbench, realizes X-axis movement, and Z axis motor drives Z axis spiral shell
Female, Z axis screw rod rotation, Z axis nut, which is mounted on spindle box, realizes Z axis movement, in a tool magazine bracket left side 9 and the tool magazine bracket right side 10
Robot device realizes synchronous replacement cutter, realizes synchronous processing.
The utility model and embodiments thereof are described above, this description is no restricted, shown in attached drawing
Be also one of the embodiments of the present invention, actual structure is not limited to this.All in all if this field
Those of ordinary skill is enlightened by it, without deviating from the purpose of the present invention, not inventively design with
The similar frame mode of the technical solution and embodiment, all should belong to the protection range of the utility model.
Claims (7)
1. a kind of synchronous tool changing processing unit (plant) in double main shaft double-poles library, including pedestal (1), saddle (2), column (6), X-axis driving section
Dress, Y-axis driving section dress, Z-axis transmission portion dress and left and right tool magazine tool changing device, it is characterised in that: break away on pedestal (1) top one
Dynamic to be equipped with saddle (2), pedestal (1) the top other side is equipped with column (6), and saddle (2) top is connected with X-axis driving section
Dress, pedestal (1) top are equipped with the Y-axis driving section dress of control saddle (2) sliding, are connected with Z-axis transmission on the column (6)
Portion's dress, column (6) upper end are equipped with left and right tool magazine tool changing device.
2. a kind of double main shaft double-poles library according to claim 1 synchronizes tool changing processing unit (plant), it is characterised in that: the X-axis
Driving section dress includes X-axis tail end seat (4), and the saddle (2) is equipped with horizontal X-axis line rail (14), one end on the saddle (2)
Equipped with X-axis motor cabinet (19), the X-axis motor cabinet (19) is equipped with X-axis motor (17), the X-axis motor (17) and X-axis tail end
It is connected with X-axis screw rod (15) between seat (4), passes through X-axis shaft coupling (18) between the X-axis motor (17) and X-axis screw rod (15)
It connects, on the X-axis motor cabinet (19) and X-axis screw rod (15) junction is equipped with X-axis angular contact ball bearing (16), the X-axis tail
In end seat (4) and X-axis screw rod (15) junction is equipped with X-axis deep groove ball bearing (3), and cooperation is equipped with X-axis on the X-axis screw rod (15)
Nut (13), X-axis nut (13) top are connected with workbench (5), and workbench (5) bottom is equipped with and X-axis line rail
(14) X-axis slide block (12) matched.
3. a kind of double main shaft double-poles library according to claim 1 synchronizes tool changing processing unit (plant), it is characterised in that: the Y-axis
Driving section dress includes Y-axis tail end seat (38), and the pedestal (1) is equipped with horizontal Y-axis line rail (36), leans on the pedestal (1)
Nearly column (6) one end is equipped with y-axis motor seat (33), and the y-axis motor seat (33) is equipped with y-axis motor (30), the y-axis motor
(30) Y-axis screw rod (39) are connected between Y-axis tail end seat (38), passes through Y between the y-axis motor (30) and Y-axis screw rod (39)
Axis shaft coupling (31) connects, and on the y-axis motor seat (33) and Y-axis screw rod (39) junction is equipped with Y-axis angular contact ball bearing
(32), on the Y-axis tail end seat (38) and Y-axis screw rod (39) junction is equipped with Y-axis deep groove ball bearing (37), the Y-axis screw rod
(39) cooperation is equipped with Y-axis nut (34) on, and Y-axis nut (34) top is connected with saddle (2), and saddle (2) bottom is set
There is the Y-axis sliding block (35) matched with Y-axis line rail (36).
4. a kind of double main shaft double-poles library according to claim 1 synchronizes tool changing processing unit (plant), it is characterised in that: the Z axis
Driving section dress includes Z axis tail end seat (28), and the column (6) is equipped with vertical z axis rail (7), and column (6) top is set
Have Z axis motor cabinet (21), is connected with Z axis motor (20) on the Z axis motor cabinet (21), the Z axis motor (20) and Z axis tail end
It is connected with Z axis screw rod (26) between seat (28), passes through Z axis shaft coupling (22) between the Z axis motor (20) and Z axis screw rod (26)
It connects, on the Z axis motor cabinet (21) and Z axis screw rod (26) junction is equipped with Z axis angular contact ball bearing (23), the Z axis tail
In end seat (28) and Z axis screw rod (26) junction is equipped with Z axis deep groove ball bearing (27), and cooperation is equipped with Z on the Z axis screw rod (26)
Axis nut (24), side is connected with spindle box (40) on the Z axis nut, and spindle box (40) side is equipped with and z axis rail
(7) the Z axis sliding block (25) matched, the spindle box (40) is equipped with electric main shaft left (41) and electric main shaft is right (42).
5. a kind of double main shaft double-poles library according to claim 4 synchronizes tool changing processing unit (plant), it is characterised in that: described electronic
A main shaft left side (41) and electric main shaft right (42) are all set in the top of workbench (5), the electric main shaft left (41) and electronic master
The separating stand (29) of cooling cutter is equipped on the axis right side (42).
6. a kind of double main shaft double-poles library according to claim 1 synchronizes tool changing processing unit (plant), it is characterised in that: the left and right
Tool magazine tool changing device includes being respectively fixedly connected on the tool magazine bracket left (9) of column (6) top two sides and the tool magazine bracket right side (10),
The tool magazine bracket left (9) is equipped with a tool magazine left side (8), and the tool magazine bracket right (10) is right (11) equipped with tool magazine, the tool magazine
Several symmetrically arranged cutters are provided in left (8) and tool magazine right (11).
7. a kind of double main shaft double-poles library according to claim 6 synchronizes tool changing processing unit (plant), it is characterised in that: the tool magazine
The robot device of replacement cutter is equipped in a bracket left side (9) and tool magazine bracket right (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821933802.8U CN209477817U (en) | 2018-11-22 | 2018-11-22 | A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821933802.8U CN209477817U (en) | 2018-11-22 | 2018-11-22 | A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) |
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| Publication Number | Publication Date |
|---|---|
| CN209477817U true CN209477817U (en) | 2019-10-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821933802.8U Active CN209477817U (en) | 2018-11-22 | 2018-11-22 | A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) |
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| CN (1) | CN209477817U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109249253A (en) * | 2018-11-22 | 2019-01-22 | 东莞市台信数控科技有限公司 | A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) |
-
2018
- 2018-11-22 CN CN201821933802.8U patent/CN209477817U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109249253A (en) * | 2018-11-22 | 2019-01-22 | 东莞市台信数控科技有限公司 | A kind of double main shaft double-poles library synchronization tool changing processing unit (plant) |
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