CN205928116U - Automatic change and mill boring machining device - Google Patents
Automatic change and mill boring machining device Download PDFInfo
- Publication number
- CN205928116U CN205928116U CN201620911524.0U CN201620911524U CN205928116U CN 205928116 U CN205928116 U CN 205928116U CN 201620911524 U CN201620911524 U CN 201620911524U CN 205928116 U CN205928116 U CN 205928116U
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- motor
- boring
- milling
- driver
- cutter
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Abstract
The utility model discloses an automatic change and mill boring machining device relates to the metalworking field, including machine tool, milling boring machining mechanism and control mechanism, machine tool includes the stand that is provided with lead screw and lead screw motor, the base that is provided with automatic cross sliding table and is in through the slider setting the last processing platform of cross sliding table, the slider has the slider motor, it passes through the lead screw setting and is in to mill boring machining mechanism on the stand, mill boring machining mechanism and include the casing and set up milling cutter subassembly and the boring cutter subassembly in the casing, the milling cutter subassembly includes the driver and connects the milling cutter on the driver, the boring cutter subassembly includes the driver and connects the boring cutter on the driver, the driver is fixed on the casing, lead screw motor, slider motor and mill boring machining mechanism and controlled by control mechanism, this kind of automatic change and mill boring machining device simple structure, action flow are simple and clear, reduce to remove and require to satisfy again simultaneously comprehensive range of work milling boring machining mechanism.
Description
Technical field
This utility model is related to metal processing sectors, relates in particular to a kind of automatic milling boring machining device.
Background technology
Milling refers to the multiple-cutting-edge tool cutting workpiece using rotation, is efficient processing method.Cutter rotation during work
（Primary movement）, workpiece movement（Make feed motion）, workpiece can also be fixed, but the cutter now rotating must also move（With
When complete main motion and feed motion）.The lathe of milling has horizontal milling machine or vertical knee-type milling machine, also has large-scale planer-type milling machine.
These lathes can be machine tool or Digit Control Machine Tool, with rotation milling cutter as cutter machining, milling
Typically carry out on milling machine or boring machine, be suitable to process plane, groove, various forming face (as spline, gear and screw thread) and mould
Special form face etc.；Boring is a kind of use cutter expanded hole or the internal diameter Cutting Process of other circular contour, its range of application one
As from half roughing to polish, cutter for same is usually single-blade boring cutter, and boring is typically in boring machine, machining center and building-block machine
On carry out, be mainly used in cylindrical hole on the workpiece such as machining box, support and support, screwed hole, in the hole groove and end face；When adopting
When using ancillary attachment, also can process inside and outside spherical surface, taper hole etc.；In metal processing sectors, Milling Process is mutually auxiliary with boring processing
Coordinate, in order to optimize the course of processing, decontamination and boring price are incorporated in a processing unit (plant), can play very big excellent
Change effect, such as Publication No. CN204294976U, the time of disclosure is on April 29th, 2015, entitled " in console model milling boring processing
The Chinese utility model patent document of the heart ", discloses a kind of machining tool, including lathe bed, is provided with workbench and work around lathe bed
Clamps, are provided with column above lathe bed, column is provided with slide, and slide is provided with ram, and ram is provided with boring bar, column lower end
It is provided with V axle turntable, is provided with gear ring in V axle turntable, in gear ring, is provided with gear train, gear train is fixedly connected gap-removing apparatus with double electric machines, V
Axle turntable table top is provided with locking positioning pin, and this technical scheme increases the processing model of console model milling boring machining center further
Enclose, improve machine tooling rigidity, make inclined-plane, die cavity, profile surface processing more convenient, reduce multi-axis interpolation processing, improve lathe
Machining accuracy, but in this technical scheme, boring bar is arranged on ram, ram is arranged on column, has V axle below column
Turntable, that is, boring bar needs to complete all of movement in process, this mode can increase the complexity of device structure with
And the difficulty controlling, and connect up also more complicated.
Content of the invention
The purpose of this utility model is to provide that a kind of structure is simple, motion flow is simple and clear, reduces to milling boring organisation of working
Movement requirement meets the automatic milling boring machining device of the comprehensive range of work simultaneously again.
The purpose of this utility model is achieved through the following technical solutions：
Automatically milling boring machining device, including machining tool, milling boring organisation of working and controlling organization it is characterised in that：Institute
State machining tool to include being provided with the column of screw mandrel and lead screw motor, be provided with the base of automatic cross slide unit and set by slide block
Put the machine table on described cross slid platform；Described slide block carries slide motor；Described milling boring organisation of working is arranged by screw mandrel
On described column, described milling boring organisation of working includes housing and is arranged on the mill cutter assemblies in described housing and boring cutter component；
Described mill cutter assemblies include driver and the milling cutter being connected in described driver；Described boring cutter component includes driver and connection
Boring cutter in described driver, described driver is fixed on housing；Described lead screw motor, slide motor and milling boring processing machine
Structure is controlled by described controlling organization.
Described controlling organization includes the man-machine interaction screen being connected with CPU and electric-motor drive unit, described slide block
Motor, cutter motor are all connected with described electric-motor drive unit by being arranged on winding displacement in winding displacement groove with boring cutter motor, described electricity
Machine driver element drives described slide motor according to the order of described CPU.
Described driver includes motor and telescoping cylinder, and described motor is fixed on the expansion link of described telescoping cylinder
On, the cylinder body of described telescoping cylinder is fixing on the housing.
Described automatic cross slide unit, lower railway is fixed on described base, and upper rail is by the slide block with motor
It is arranged on described lower railway.
Fixed block and aerator are provided with described machine table.
The beneficial effects of the utility model are as follows：
First, the automatic milling boring machining device that this utility model provides, machining tool includes the column with screw mandrel and leads to
Cross the machine table that cross slid platform is arranged on base, that is, have the moving condition of X, Y, Z three-dimensional, wherein machine table completes
On in-plane（I.e. X, Y-axis）Motion, it is to avoid because needing to move up and down in itself with work piece and machine table
Extra power, energy consumption and the safety measure requiring；Milling boring organisation of working is arranged on by screw mandrel to be stated on column, in the course of processing
Only need to complete to move up and down under the drive of screw mandrel, structure is concisely easy to manipulate, and realizes that difficulty is low, precision can obtain simultaneously
To guarantee.
2nd, the automatic milling boring machining device that this utility model provides, the mode that winding displacement connects, can effectively arrange connection
The circuits such as electric wire, and guiding can be provided for circuit in the movement of processing and protect；Motor is fixed on telescoping cylinder
On expansion link, can only stretch out corresponding cutter head in different processing, further ensure the scope of processing；Upper rail passes through
Slide block with motor is arranged on lower railway, and machine table can be driven under the instruction of controlling organization automatically to move, cooperation
Conventional detecting element can achieve exact automatic processing；Fixed block ensure that work piece does not rock, and aerator is then permissible
Concentrate on the chip of processing stand when removing processing in time, improve processing effect.
Brief description
Fig. 1 is a kind of structural representation of preferred version of this utility model；
In figure：
1st, controlling organization；2nd, screw mandrel；3rd, lead screw motor；4th, column；5th, base；6th, machine table；7th, mill cutter assemblies；8th, boring cutter
Assembly；9th, winding displacement groove.
Specific embodiment
To further illustrate the technical solution of the utility model below by way of several embodiments, it should be noted that realizing
The technical scheme of this utility model purpose includes but is not limited to following examples.
Embodiment 1
As Fig. 1, automatic milling boring machining device, including machining tool, milling boring organisation of working and controlling organization 1, described plus
Work lathe is included being provided with the column 4 of screw mandrel 2 and lead screw motor 3, is provided with the base 5 of automatic cross slide unit and is set by slide block
Put the machine table 6 on described cross slid platform；Described slide block carries slide motor；Described milling boring organisation of working is arranged by screw mandrel
On described column 4, described milling boring organisation of working includes housing and is arranged on mill cutter assemblies 7 and boring cutter component in described housing
8；The milling cutter that described mill cutter assemblies 7 include driver and are connected in described driver；Described boring cutter component 8 include driver and
It is connected to the boring cutter in described driver, described driver is fixed on housing；Described lead screw motor 3, slide motor and milling boring
Organisation of working is controlled by described controlling organization 1.
This is a kind of most basic embodiment of the present utility model.Machining tool includes the column 4 with screw mandrel 2 and leads to
Cross the machine table 6 that cross slid platform is arranged on base, that is, have the moving condition of X, Y, Z three-dimensional, wherein machine table 6 is complete
Become on in-plane（I.e. X, Y-axis）Motion, it is to avoid because needing to move up and down in itself with work piece and machine table 6
And the extra power requiring, energy consumption and safety measure；Milling boring organisation of working is arranged on by screw mandrel to be stated on column 4, processed
Only need in journey to complete to move up and down under the drive of screw mandrel 2, structure is concisely easy to manipulate, and to realize difficulty low simultaneously, essence
Degree can be guaranteed.
Embodiment 2
As Fig. 1, automatic milling boring machining device, including machining tool, milling boring organisation of working and controlling organization 1, described plus
Work lathe is included being provided with the column 4 of screw mandrel 2 and lead screw motor 3, is provided with the base 5 of automatic cross slide unit and is set by slide block
Put the machine table 6 on described cross slid platform；Described slide block carries slide motor；Described milling boring organisation of working is arranged by screw mandrel
On described column 4, described milling boring organisation of working includes housing and is arranged on mill cutter assemblies 7 and boring cutter component in described housing
8；The milling cutter that described mill cutter assemblies 7 include driver and are connected in described driver；Described boring cutter component 8 include driver and
It is connected to the boring cutter in described driver, described driver is fixed on housing；Described lead screw motor 3, slide motor and milling boring
Organisation of working is controlled by described controlling organization 1.
Described controlling organization 1 includes the man-machine interaction screen being connected with CPU and electric-motor drive unit, described cunning
Block motor, cutter motor are all connected with described electric-motor drive unit by being arranged on winding displacement in winding displacement groove 9 with boring cutter motor, described
Electric-motor drive unit drives described slide motor according to the order of described CPU.
This is a kind of preferred embodiment of the present utility model.Machining tool includes the column 4 with screw mandrel 2 and passes through
Cross slid platform is arranged on the machine table 6 on base, that is, have the moving condition of X, Y, Z three-dimensional, and wherein machine table 6 completes
On in-plane（I.e. X, Y-axis）Motion, it is to avoid because needing to move up and down in itself with work piece and machine table 6
Extra power, energy consumption and the safety measure requiring；Milling boring organisation of working is arranged on by screw mandrel to be stated on column 4, the course of processing
In only need to complete to move up and down under the drive of screw mandrel 2, structure is concisely easy to manipulate, and to realize difficulty low simultaneously, precision
Can be guaranteed；The mode that winding displacement connects, can effectively arrange the circuits such as connection electric wire, and can in the movement of processing be
Circuit provides guiding and protects；Motor is fixed on the expansion link of telescoping cylinder, and it is right only to stretch out in different processing
The cutter head answered, further ensures the scope of processing.
Embodiment 3
As Fig. 1, automatic milling boring machining device, including machining tool, milling boring organisation of working and controlling organization 1, described plus
Work lathe is included being provided with the column 4 of screw mandrel 2 and lead screw motor 3, is provided with the base 5 of automatic cross slide unit and is set by slide block
Put the machine table 6 on described cross slid platform；Described slide block carries slide motor；Described milling boring organisation of working is arranged by screw mandrel
On described column 4, described milling boring organisation of working includes housing and is arranged on mill cutter assemblies 7 and boring cutter component in described housing
8；The milling cutter that described mill cutter assemblies 7 include driver and are connected in described driver；Described boring cutter component 8 include driver and
It is connected to the boring cutter in described driver, described driver is fixed on housing；Described lead screw motor 3, slide motor and milling boring
Organisation of working is controlled by described controlling organization 1.
Described controlling organization 1 includes the man-machine interaction screen being connected with CPU and electric-motor drive unit, described cunning
Block motor, cutter motor are all connected with described electric-motor drive unit by being arranged on winding displacement in winding displacement groove 9 with boring cutter motor, described
Electric-motor drive unit drives described slide motor according to the order of described CPU.
Described driver includes motor and telescoping cylinder, and described motor is fixed on the expansion link of described telescoping cylinder
On, the cylinder body of described telescoping cylinder is fixing on the housing.
This is a kind of preferred embodiment of the present utility model.Machining tool includes the column 4 with screw mandrel 2 and passes through
Cross slid platform is arranged on the machine table 6 on base, that is, have the moving condition of X, Y, Z three-dimensional, and wherein machine table 6 completes
On in-plane（I.e. X, Y-axis）Motion, it is to avoid because needing to move up and down in itself with work piece and machine table 6
Extra power, energy consumption and the safety measure requiring；Milling boring organisation of working is arranged on by screw mandrel to be stated on column 4, the course of processing
In only need to complete to move up and down under the drive of screw mandrel 2, structure is concisely easy to manipulate, and to realize difficulty low simultaneously, precision
Can be guaranteed；The mode that winding displacement connects, can effectively arrange the circuits such as connection electric wire, and can in the movement of processing be
Circuit provides guiding and protects；Motor is fixed on the expansion link of telescoping cylinder, and it is right only to stretch out in different processing
The cutter head answered, further ensures the scope of processing；Upper rail is arranged on lower railway by the slide block with motor,
Machine table can be driven under the instruction of controlling organization automatically to move, the conventional detecting element of cooperation can achieve exact automatic processing.
Embodiment 4
As Fig. 1, automatic milling boring machining device, including machining tool, milling boring organisation of working and controlling organization 1, described plus
Work lathe is included being provided with the column 4 of screw mandrel 2 and lead screw motor 3, is provided with the base 5 of automatic cross slide unit and is set by slide block
Put the machine table 6 on described cross slid platform；Described slide block carries slide motor；Described milling boring organisation of working is arranged by screw mandrel
On described column 4, described milling boring organisation of working includes housing and is arranged on mill cutter assemblies 7 and boring cutter component in described housing
8；The milling cutter that described mill cutter assemblies 7 include driver and are connected in described driver；Described boring cutter component 8 include driver and
It is connected to the boring cutter in described driver, described driver is fixed on housing；Described lead screw motor 3, slide motor and milling boring
Organisation of working is controlled by described controlling organization 1.
Described controlling organization 1 includes the man-machine interaction screen being connected with CPU and electric-motor drive unit, described cunning
Block motor, cutter motor are all connected with described electric-motor drive unit by being arranged on winding displacement in winding displacement groove 9 with boring cutter motor, described
Electric-motor drive unit drives described slide motor according to the order of described CPU.
Described driver includes motor and telescoping cylinder, and described motor is fixed on the expansion link of described telescoping cylinder
On, the cylinder body of described telescoping cylinder is fixing on the housing.
Described automatic cross slide unit, lower railway is fixed on described base, and upper rail is by the slide block with motor
It is arranged on described lower railway.
This is a kind of preferred embodiment of the present utility model.Machining tool includes the column 4 with screw mandrel 2 and passes through
Cross slid platform is arranged on the machine table 6 on base, that is, have the moving condition of X, Y, Z three-dimensional, and wherein machine table 6 completes
On in-plane（I.e. X, Y-axis）Motion, it is to avoid because needing to move up and down in itself with work piece and machine table 6
Extra power, energy consumption and the safety measure requiring；Milling boring organisation of working is arranged on by screw mandrel to be stated on column 4, the course of processing
In only need to complete to move up and down under the drive of screw mandrel 2, structure is concisely easy to manipulate, and to realize difficulty low simultaneously, precision
Can be guaranteed；The mode that winding displacement connects, can effectively arrange the circuits such as connection electric wire, and can in the movement of processing be
Circuit provides guiding and protects；Motor is fixed on the expansion link of telescoping cylinder, and it is right only to stretch out in different processing
The cutter head answered, further ensures the scope of processing；Upper rail is arranged on lower railway by the slide block with motor,
Machine table can be driven under the instruction of controlling organization automatically to move, the conventional detecting element of cooperation can achieve exact automatic processing.
Embodiment 5
As Fig. 1, automatic milling boring machining device, including machining tool, milling boring organisation of working and controlling organization 1, described plus
Work lathe is included being provided with the column 4 of screw mandrel 2 and lead screw motor 3, is provided with the base 5 of automatic cross slide unit and is set by slide block
Put the machine table 6 on described cross slid platform；Described slide block carries slide motor；Described milling boring organisation of working is arranged by screw mandrel
On described column 4, described milling boring organisation of working includes housing and is arranged on mill cutter assemblies 7 and boring cutter component in described housing
8；The milling cutter that described mill cutter assemblies 7 include driver and are connected in described driver；Described boring cutter component 8 include driver and
It is connected to the boring cutter in described driver, described driver is fixed on housing；Described lead screw motor 3, slide motor and milling boring
Organisation of working is controlled by described controlling organization 1.
Described controlling organization 1 includes the man-machine interaction screen being connected with CPU and electric-motor drive unit, described cunning
Block motor, cutter motor are all connected with described electric-motor drive unit by being arranged on winding displacement in winding displacement groove 9 with boring cutter motor, described
Electric-motor drive unit drives described slide motor according to the order of described CPU.
Described driver includes motor and telescoping cylinder, and described motor is fixed on the expansion link of described telescoping cylinder
On, the cylinder body of described telescoping cylinder is fixing on the housing.
Described automatic cross slide unit, lower railway is fixed on described base, and upper rail is by the slide block with motor
It is arranged on described lower railway.
It is provided with fixed block and aerator in described machine table 6.
This is a kind of preferred embodiment of the present utility model.Machining tool includes the column 4 with screw mandrel 2 and passes through
Cross slid platform is arranged on the machine table 6 on base, that is, have the moving condition of X, Y, Z three-dimensional, and wherein machine table 6 completes
On in-plane（I.e. X, Y-axis）Motion, it is to avoid because needing to move up and down in itself with work piece and machine table 6
Extra power, energy consumption and the safety measure requiring；Milling boring organisation of working is arranged on by screw mandrel to be stated on column 4, the course of processing
In only need to complete to move up and down under the drive of screw mandrel 2, structure is concisely easy to manipulate, and to realize difficulty low simultaneously, precision
Can be guaranteed；The mode that winding displacement connects, can effectively arrange the circuits such as connection electric wire, and can in the movement of processing be
Circuit provides guiding and protects；Motor is fixed on the expansion link of telescoping cylinder, and it is right only to stretch out in different processing
The cutter head answered, further ensures the scope of processing；Upper rail is arranged on lower railway by the slide block with motor,
Machine table can be driven under the instruction of controlling organization automatically to move, the conventional detecting element of cooperation can achieve exact automatic processing；
Fixed block ensure that work piece does not rock, and aerator concentrates on the chip of processing stand when then can remove processing in time, carry
High processing effect.
Claims (5)
1. automatic milling boring machining device, including machining tool, milling boring organisation of working and controlling organization（1）It is characterised in that：Institute
State machining tool to include being provided with screw mandrel（2）And lead screw motor（3）Column（4）, be provided with the base of automatic cross slide unit（5）
With the machine table being arranged on by slide block on described cross slid platform（6）；Described slide block carries slide motor；Described milling boring processing machine
Structure is arranged on described column by screw mandrel（4）On, described milling boring organisation of working includes housing and is arranged on the milling in described housing
Knife assembly（7）And boring cutter component（8）；Described mill cutter assemblies（7）Including driver and the milling cutter being connected in described driver；Institute
State boring cutter component（8）Including driver and the boring cutter being connected in described driver, described driver is fixed on housing；Described
Lead screw motor（3）, slide motor and milling boring organisation of working be by described controlling organization（1）Control.
2. as claimed in claim 1 automatically milling boring machining device it is characterised in that：Described controlling organization（1）Including with
Man-machine interaction screen and electric-motor drive unit that Central Processing Unit connects, described slide motor, cutter motor and boring cutter motor are all logical
Cross and be arranged on winding displacement groove（9）Middle winding displacement is connected with described electric-motor drive unit, and described electric-motor drive unit is according to described centre
The order of reason unit drives described slide motor.
3. as claimed in claim 1 automatically milling boring machining device it is characterised in that：Described driver include motor and
Telescoping cylinder, described motor is fixed on the expansion link of described telescoping cylinder, and the cylinder body of described telescoping cylinder is fixed on described housing
On.
4. as claimed in claim 1 automatically milling boring machining device it is characterised in that：Described automatic cross slide unit, lower railway
It is fixed on described base, upper rail is arranged on described lower railway by the slide block with motor.
5. as claimed in claim 1 automatically milling boring machining device it is characterised in that：Described machine table（6）On be provided with solid
Determine block and aerator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620911524.0U CN205928116U (en) | 2016-08-22 | 2016-08-22 | Automatic change and mill boring machining device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620911524.0U CN205928116U (en) | 2016-08-22 | 2016-08-22 | Automatic change and mill boring machining device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205928116U true CN205928116U (en) | 2017-02-08 |
Family
ID=57947657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620911524.0U Expired - Fee Related CN205928116U (en) | 2016-08-22 | 2016-08-22 | Automatic change and mill boring machining device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205928116U (en) |
-
2016
- 2016-08-22 CN CN201620911524.0U patent/CN205928116U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| 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: 20170208 Termination date: 20170822 |