CN207522753U - A kind of automatic mortise mechanism of numerical control cog machine - Google Patents
A kind of automatic mortise mechanism of numerical control cog machine Download PDFInfo
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- CN207522753U CN207522753U CN201721610568.0U CN201721610568U CN207522753U CN 207522753 U CN207522753 U CN 207522753U CN 201721610568 U CN201721610568 U CN 201721610568U CN 207522753 U CN207522753 U CN 207522753U
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Abstract
The utility model is related to a kind of automatic mortise mechanism of numerical control cog machine, including pedestal, frame, big milling cutter and small milling cutter；The side of pedestal is set there are two Y-axis guide rail, Y-axis sliding block is equipped in Y-axis guide rail, sliding block pedestal is housed on Y-axis sliding block, big cutter motor plate and Z axis motor seat board are housed on sliding block pedestal, sliding block pedestal is installed in by Z axis guide rail and Z axis sliding block on small cutter motor slider bottom plate, and small cutter motor slider bottom plate and small cutter motor plate are affixed；Small cutter motor is mounted on by bolt on small cutter motor plate, and small milling cutter is bolted with small cutter motor, and small milling cutter rotary work is driven by small cutter motor.A kind of numerical control cog machine passes through an increased Z axis and small milling cutter with automatic mortise mechanism disclosed in the utility model, can small milling cutter extension elongation be controlled by the axis newly increased, this mechanism is enable to mill out tongue-and-groove, produces various types of joinery and its constructions, extends the purposes of this automatic mortise mechanism.
Description
Technical field
The utility model belongs to machinery field, and in particular to a kind of automatic mortise mechanism of numerical control cog machine.
Background technology
Making requirement now for joinery and its construction traditional in classic mahogany furniture is higher, and difficulty is larger, with work
Craftsman's missing is soaring with material cost, increases the processing cost of these traditional joinery and its constructions, and the precision processed is low, efficiency
Bottom.
At present, some mahogany furniture factories make joinery and its construction using cog machine.But the tenonen of current cog machine
Structure has following shortcoming --- and cog machine only there are two axis and is provided only with the big milling cutter of a mortise, is only used for out
Single tenon can not mill out tongue-and-groove, therefore the structure coordinated for complicated Tenon can not be processed, and practical performance is low.
Utility model content
Purpose of utility model：The utility model for the above-mentioned prior art there are the problem of make improvement, i.e. this practicality is new
Type discloses a kind of numerical control cog machine with automatic mortise mechanism.
Technical solution：The automatic mortise mechanism of a kind of numerical control cog machine, including Y-axis ball screw, Y-axis guide rail, big milling cutter
Motor, small cutter motor, Z axis servo motor, Z axis shaft coupling, Z axis ball screw, Y-axis servo motor, pedestal, X-axis ball wire
Bar, X-axis screw rodb base, frame, big milling cutter, small milling cutter, Y-axis lifting cylinder, X-axis shaft coupling, X-axis servo motor, X-axis motor
Seat, Y-axis lifting cylinder upper fixed seat, lifting cylinder pedestal, Y-axis lifting cylinder lower adjusting seat, sliding block pedestal and small cutter motor
Slider bottom plate；
The frame upper surface is arranged with two X-axis guide rails, is equipped with X-axis slide block in X-axis guide rail, pedestal passes through X
Axis rail and X-axis slide block are fixedly arranged on above frame；
The side of the pedestal is set there are two Y-axis guide rail, and Y-axis sliding block is equipped in Y-axis guide rail, is equipped on Y-axis sliding block
Sliding block pedestal passes through Z axis guide rail and Z axis sliding block on sliding block pedestal equipped with big cutter motor plate and Z axis motor seat board, sliding block pedestal
It is installed on small cutter motor slider bottom plate, small cutter motor slider bottom plate and small cutter motor plate are affixed；
The big cutter motor is mounted on big cutter motor plate, and big milling cutter and big cutter motor are affixed, pass through big milling cutter
Motor controls big milling cutter rotary work；
The small cutter motor is mounted on by bolt on small cutter motor plate, and small milling cutter passes through bolt with small cutter motor
Connection drives small milling cutter rotary work by small cutter motor；
Pass through Z axis shaft coupling and Z axis ball wire equipped with Z axis servo motor, Z axis servo motor on the Z axis motor seat board
Bar is connected, and ball screw connects small cutter motor slider bottom plate by screw, stretches out length by the small milling cutter of Z axis Serve Motor Control
Degree；
The lower section of the pedestal is equipped with Y-axis servo motor, and Y-axis servo motor passes through Y-axis shaft coupling and Y-axis ball screw phase
Connection, Y-axis ball screw are connect by screw with sliding block pedestal, are moved up and down by Y-axis Serve Motor Control sliding block pedestal, and
Big milling cutter and small milling cutter is driven to carry out milling；
One end of the Y-axis lifting cylinder and Y-axis lifting cylinder upper fixed seat are affixed, the Y-axis lifting cylinder it is another
End is affixed with Y-axis lifting cylinder lower adjusting seat, and Y-axis lifting cylinder upper fixed seat and sliding block pedestal are affixed, and Y-axis lifting cylinder is lowered
Section seat is connected by lifting cylinder pedestal with pedestal；
X-axis motor cabinet and X-axis screw rodb base are also equipped on the frame, X-axis ball screw is connected with X-axis screw rodb base
It connects, X-axis servo motor and X-axis motor cabinet are affixed, and X-axis ball screw is connected by X-axis shaft coupling with X-axis servo motor, X-axis
Ball screw passes through screw connect base.
Further, small cutter motor slider bottom plate and small cutter motor plate are affixed by bolt.
Further, the big cutter motor is mounted on big cutter motor plate by bolted connection.
Further, big milling cutter and big cutter motor are affixed by bolt.
Further, Y-axis lifting cylinder upper fixed seat and sliding block pedestal are affixed by bolt.
Further, X-axis servo motor and X-axis motor cabinet are affixed by bolt.
Advantageous effect：A kind of automatic mortise mechanism of numerical control cog machine disclosed in the utility model has below beneficial to effect
Fruit：
By an increased Z axis and small milling cutter, can small milling cutter extension elongation be controlled by the axis newly increased, make this mechanism
Tongue-and-groove can be milled out, produces various types of joinery and its constructions, extends the purposes of this automatic mortise mechanism.
Description of the drawings
Fig. 1 is the side schematic view of the automatic mortise mechanism of numerical control cog machine disclosed in the utility model；
Fig. 2 is the front side schematic diagram of the automatic mortise mechanism of numerical control cog machine disclosed in the utility model；
Fig. 3 is the stereoscopic schematic diagram of the automatic mortise mechanism of numerical control cog machine disclosed in the utility model；
Wherein：
The big cutter motor plates of 101-Y shaft ball screws 102-
The small cutter motor plate 104-Y axis rails of 103-
The big small cutter motors of cutter motor 106- of 105-
107-Z axis servo motor 108-Z axis shaft couplings
109-Z shaft ball screw 110-X axis sliding blocks
111-Y axis servo motor 112- pedestals
113-X shaft ball screw 114-X axial filament pole sockets
The big milling cutters of 115- frames 116-
The small milling cutter 118-Y axis lifting cylinders of 117-
119-X axis shaft coupling 120-X axis servo motors
121-X spindle motor seat 122-Y axis lifting cylinder upper fixed seats
123- lifting cylinder pedestal 124-Y axis lifting cylinder lower adjusting seats
The small cutter motor slider bottom plates of 125- sliding block pedestals 126-
127-Z spindle motor seat board 128-X axis rails
129-Y axis shaft coupling 130-Z axis rails
Specific embodiment：
Specific embodiment of the present utility model is described in detail below.
As shown in Figures 1 to 3, the automatic mortise mechanism of a kind of numerical control cog machine, including Y-axis ball screw 101, big milling cutter electricity
Machine plate 102, small cutter motor plate 103, Y-axis guide rail 104, big cutter motor 105, small cutter motor 106, Z axis servo motor
107th, Z axis shaft coupling 108, Z axis ball screw 109, X-axis slide block 110, Y-axis servo motor 111, pedestal 112, X-axis ball screw
113rd, X-axis screw rodb base 114, frame 115, big milling cutter 116, small milling cutter 117, Y-axis lifting cylinder 118, X-axis shaft coupling 119,
X-axis servo motor 120, X-axis motor cabinet 121, Y-axis lifting cylinder upper fixed seat 122, lifting cylinder pedestal 123, Y-axis lifting air
Cylinder lower adjusting seat 124, sliding block pedestal 125, small cutter motor slider bottom plate 126, Z axis motor seat board 127, X-axis guide rail 128, Y-axis
Shaft coupling 129 and Z axis guide rail 130；
115 upper surface of frame is arranged with two X-axis guide rails 128, and X-axis slide block 110, bottom are equipped in X-axis guide rail 128
Seat 112 is fixedly arranged on 115 top of frame by X-axis guide rail 128 and X-axis slide block 110；
The side of pedestal 112 is set there are two Y-axis guide rail 104, equipped with Y-axis sliding block in Y-axis guide rail 104, on Y-axis sliding block
Equipped with sliding block pedestal 125, equipped with big cutter motor plate 102 and Z axis motor seat board 127, sliding block pedestal 125 on sliding block pedestal 125
Be installed on small cutter motor slider bottom plate 126 by Z axis guide rail 130 and Z axis sliding block, small cutter motor slider bottom plate 126 with
Small cutter motor plate 103 is affixed；
Big cutter motor 105 is mounted on big cutter motor plate 102, and big milling cutter 116 and big cutter motor 105 are affixed, is led to
Excessive cutter motor 105 controls big 116 rotary work of milling cutter；
Small cutter motor 106 is mounted on by bolt on small cutter motor plate 103, small milling cutter 117 and small cutter motor 106
It is bolted, small 117 rotary work of milling cutter is driven by small cutter motor 106；
Pass through Z axis shaft coupling 108 and Z equipped with Z axis servo motor 107, Z axis servo motor 107 on Z axis motor seat board 127
Shaft ball screw 109 is connected, and ball screw connects small cutter motor slider bottom plate 126 by screw, passes through Z axis servo motor
107 small 117 extension elongations of milling cutter of control；
The lower section of pedestal 112 is equipped with Y-axis servo motor 111, and Y-axis servo motor 111 is rolled by Y-axis shaft coupling 129 and Y-axis
Ballscrew 101 is connected, and Y-axis ball screw 101 is connect by screw with sliding block pedestal 125, is controlled by Y-axis servo motor 111
Sliding block pedestal 125 processed moves up and down, and big milling cutter 116 and small milling cutter 117 is driven to carry out milling；
One end of Y-axis lifting cylinder 118 and Y-axis lifting cylinder upper fixed seat 122 are affixed, Y-axis lifting cylinder 118 it is another
End is affixed with Y-axis lifting cylinder lower adjusting seat 124, and Y-axis lifting cylinder upper fixed seat 122 is affixed with sliding block pedestal 125, Y-axis liter
Sending down abnormally ascending cylinder lower adjusting seat 124 is connected by lifting cylinder pedestal 123 with pedestal 112；
X-axis motor cabinet 121 and X-axis screw rodb base 114, X-axis ball screw 113 and X-axis screw are also equipped on frame 115
Seat 114 is connected, and X-axis servo motor 120 and X-axis motor cabinet 121 are affixed, X-axis ball screw 113 by X-axis shaft coupling 119 and
X-axis servo motor 120 is connected, and X-axis ball screw 113 passes through screw connect base 112.
Further, small cutter motor slider bottom plate 126 and small cutter motor plate 103 are affixed by bolt.
Further, big cutter motor 105 is mounted on big cutter motor plate 102 by bolted connection.
Further, big milling cutter 116 and big cutter motor 105 are affixed by bolt.
Further, Y-axis lifting cylinder upper fixed seat 122 and sliding block pedestal 125 are affixed by bolt.
Further, X-axis servo motor 120 and X-axis motor cabinet 121 are affixed by bolt.
The embodiment of the utility model is elaborated above.But the utility model is not limited to above-mentioned implementation
Mode in the knowledge having in technical field those of ordinary skill, can also not depart from the utility model ancestor
It is made a variety of changes under the premise of purport.
Claims (6)
1. the automatic mortise mechanism of a kind of numerical control cog machine, which is characterized in that including Y-axis ball screw, Y-axis guide rail, big milling cutter
Motor, small cutter motor, Z axis servo motor, Z axis shaft coupling, Z axis ball screw, Y-axis servo motor, pedestal, X-axis ball wire
Bar, X-axis screw rodb base, frame, big milling cutter, small milling cutter, Y-axis lifting cylinder, X-axis shaft coupling, X-axis servo motor, X-axis motor
Seat, Y-axis lifting cylinder upper fixed seat, lifting cylinder pedestal, Y-axis lifting cylinder lower adjusting seat, sliding block pedestal and small cutter motor
Slider bottom plate；
The frame upper surface is arranged with two X-axis guide rails, is equipped with X-axis slide block in X-axis guide rail, pedestal is led by X-axis
Rail and X-axis slide block are fixedly arranged on above frame；
The side of the pedestal is set there are two Y-axis guide rail, equipped with Y-axis sliding block in Y-axis guide rail, equipped with sliding block on Y-axis sliding block
Pedestal, equipped with big cutter motor plate and Z axis motor seat board on sliding block pedestal, sliding block pedestal is fixed by Z axis guide rail and Z axis sliding block
On small cutter motor slider bottom plate, small cutter motor slider bottom plate and small cutter motor plate are affixed；
The big cutter motor is mounted on big cutter motor plate, and big milling cutter and big cutter motor are affixed, pass through big cutter motor
Control big milling cutter rotary work；
The small cutter motor is mounted on by bolt on small cutter motor plate, and small milling cutter is connected with small cutter motor by bolt
It connects, small milling cutter rotary work is driven by small cutter motor；
Pass through Z axis shaft coupling and Z axis ball screw phase equipped with Z axis servo motor, Z axis servo motor on the Z axis motor seat board
Even, ball screw connects small cutter motor slider bottom plate by screw, passes through the small milling cutter extension elongation of Z axis Serve Motor Control；
The lower section of the pedestal is equipped with Y-axis servo motor, and Y-axis servo motor is connected by Y-axis shaft coupling with Y-axis ball screw
It connects, Y-axis ball screw is connect by screw with sliding block pedestal, is moved up and down by Y-axis Serve Motor Control sliding block pedestal, and band
It moves big milling cutter and small milling cutter carries out milling；
One end of the Y-axis lifting cylinder and Y-axis lifting cylinder upper fixed seat are affixed, the other end and Y of the Y-axis lifting cylinder
Axis lifting cylinder lower adjusting seat is affixed, and Y-axis lifting cylinder upper fixed seat and sliding block pedestal are affixed, Y-axis lifting cylinder lower adjusting seat
It is connected by lifting cylinder pedestal with pedestal；
X-axis motor cabinet and X-axis screw rodb base are also equipped on the frame, X-axis ball screw is connected with X-axis screw rodb base, X-axis
Servo motor and X-axis motor cabinet are affixed, and X-axis ball screw is connected by X-axis shaft coupling with X-axis servo motor, X-axis ball wire
Bar passes through screw connect base.
2. the automatic mortise mechanism of a kind of numerical control cog machine according to claim 1, which is characterized in that small cutter motor is slided
Block bottom plate and small cutter motor plate are affixed by bolt.
A kind of 3. automatic mortise mechanism of numerical control cog machine according to claim 1, which is characterized in that the big milling cutter electricity
Machine is mounted on big cutter motor plate by bolted connection.
4. the automatic mortise mechanism of a kind of numerical control cog machine according to claim 1, which is characterized in that big milling cutter and big milling
Knife motor is affixed by bolt.
A kind of 5. automatic mortise mechanism of numerical control cog machine according to claim 1, which is characterized in that Y-axis lifting cylinder
Upper fixed seat is affixed by bolt with sliding block pedestal.
A kind of 6. automatic mortise mechanism of numerical control cog machine according to claim 1, which is characterized in that X-axis servo motor
It is affixed by bolt with X-axis motor cabinet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721610568.0U CN207522753U (en) | 2017-11-28 | 2017-11-28 | A kind of automatic mortise mechanism of numerical control cog machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721610568.0U CN207522753U (en) | 2017-11-28 | 2017-11-28 | A kind of automatic mortise mechanism of numerical control cog machine |
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| Publication Number | Publication Date |
|---|---|
| CN207522753U true CN207522753U (en) | 2018-06-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721610568.0U Active CN207522753U (en) | 2017-11-28 | 2017-11-28 | A kind of automatic mortise mechanism of numerical control cog machine |
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| Country | Link |
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| CN (1) | CN207522753U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108858534A (en) * | 2018-07-28 | 2018-11-23 | 广州品鑫机电科技有限公司 | A kind of tenon processing unit (plant) |
-
2017
- 2017-11-28 CN CN201721610568.0U patent/CN207522753U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108858534A (en) * | 2018-07-28 | 2018-11-23 | 广州品鑫机电科技有限公司 | A kind of tenon processing unit (plant) |
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