CN208005144U - The horizontal milling drilling deep hole combined machine of six axis - Google Patents
The horizontal milling drilling deep hole combined machine of six axis Download PDFInfo
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- CN208005144U CN208005144U CN201820148781.2U CN201820148781U CN208005144U CN 208005144 U CN208005144 U CN 208005144U CN 201820148781 U CN201820148781 U CN 201820148781U CN 208005144 U CN208005144 U CN 208005144U
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Abstract
The utility model discloses the horizontal milling drilling deep hole combined machines of six axis,Including pedestal,The pedestal is fixedly mounted on bottom surface,X-axis device is equipped with above the pedestal,The X-axis device is by being opened in the X-axis device mounting groove in centre position on the left of base upper surface,The X-axis pedestal being fixedly connected with X-axis device installation groove bottom in X-axis device mounting groove,It is opened in the X-axis power mounting groove in X-axis pedestal upper surface centre position,The X-axis lead screw base being fixedly connected with X-axis power installation groove bottom rear end in X-axis power mounting groove,The leading screw bearing being sleeved in X-axis lead screw base,The X-axis leading screw being sleeved in leading screw bearing,It is collectively formed respectively with the X-axis slide rail being fixedly connected at left and right sides of X-axis pedestal upper surface and the X-axis slide block being sleeved on outside X-axis slide rail above X-axis pedestal,Table device is equipped with above the X-axis device,Z axis device is equipped with above the pedestal.The utility model has the beneficial effects that of simple structure and strong practicability.
Description
Technical field
The utility model is related to the horizontal milling drilling deep hole combined machines of the multi-functional technical field of numerically-controlled machine tool, especially six axis.
Background technology
One blank becomes required workpiece, needs by multiple working procedure, each procedure is required for different works
People and lathe are needed to take out workpiece from the fixture of upper a machine tool, are then subsequently secured to down when completing a upper procedure
In the fixture of lathe used in one process, and drilling and milling are two kinds of more commonly used processing methods, are required for respectively individually
Lathe, in this way can be troublesome, there are many similarities due to two kinds of processing methods, so needing to design such collection
The lathe of two kinds of functions and one.
Utility model content
Purpose of the utility model is to solve the above problems, devise the horizontal milling drilling deep hole combined machine of six axis.
Realize that above-mentioned purpose the technical solution of the utility model is the horizontal milling drilling deep hole combined machine of six axis, including pedestal,
The pedestal is fixedly mounted on bottom surface, X-axis device is equipped with above the pedestal, the X-axis device is by being opened in base upper surface
The X-axis device mounting groove in left side centre position, the X being fixedly connected with X-axis device installation groove bottom in X-axis device mounting groove
Axis pedestal, the X-axis power mounting groove for being opened in X-axis pedestal upper surface centre position are located in X-axis power mounting groove and X-axis power
X-axis lead screw base that installation groove bottom rear end is fixedly connected, is sleeved on leading screw bearing at the leading screw bearing being sleeved in X-axis lead screw base
Interior X-axis leading screw, above X-axis pedestal respectively with the X-axis slide rail and suit that are fixedly connected at left and right sides of X-axis pedestal upper surface
X-axis slide block outside X-axis slide rail collectively forms, and is equipped with table device above the X-axis device, the table device by
The working ways that are fixedly connected with X-axis slide block upper surface above X-axis slide block are located at below working ways and workbench
Casting feed screw nut seat that casting lower surface centre position is fixedly connected, be sleeved in casting feed screw nut seat and with X-axis leading screw
Matched feed screw nut, the X being fixedly connected respectively with working ways upper surface rear and front end above working ways
One axis sliding rail, the mono- axis sliding blocks of X being sleeved on outside mono- axis sliding rails of X are located above mono- axis sliding blocks of X and consolidate with the mono- axis sliding block upper surfaces X
Surely the workbench connected, the mono- axial filament thick stick nut seats of X being fixedly connected with workbench lower surface centre position below workbench
It is collectively formed with the mono- axial filament thick stick motor cabinets of X being fixedly connected with working ways left-hand face on the left of working ways, institute
It states and is equipped with Z axis device above pedestal, the Z axis device above pedestal with what is be fixedly connected on the right side of base upper surface by standing
Column, the Z axis slide rail being fixedly connected with column rear surface positioned at column rear, the Z axis sliding block being sleeved on outside Z axis slide rail, fixation
The Z for being connected to the motor base on the left of column upper surface, being fixedly connected respectively with column rear surface upper and lower ends positioned at column rear
Axis lead screw base, the Z axis casting for being fixedly connected on Z axis slider back surface, the drilling machine sliding rail for being fixedly connected on Z axis casting rear surface,
It is sleeved on drilling machine sliding rail outside and equally distributed drilling machine sliding block, the guide sleeve seat for being fixedly connected on drilling machine slider back surface, fixation
Be connected to drilling machine slider back surface and follow-rest on the right side of the guide sleeve seat, be fixedly connected on drilling machine slider back surface and positioned at
The spindle drum at knife rest rear is fixedly connected on spindle drum left-hand face top and drill motor, is fixedly connected on the right side of Z axis casting
The drilling machine spindle motor seat on surface, the drilling machine lead screw base being fixedly connected on the left of Z axis casting rear surface and it is sleeved on drilling machine leading screw
Drilling machine leading screw in seat collectively forms.
Sleeping milling apparatus is equipped on the left of the column, tell sleeping milling apparatus by be fixedly connected on column left-hand face sliding rail,
It is sleeved on the sliding block outside sliding rail, the horizontal-milling head being fixedly connected with sliding block left-hand face on the left of sliding block and on horizontal-milling head
The sleeping milling motor that side is fixedly connected with horizontal-milling head collectively forms.
The X-axis pedestal front and rear surfaces position corresponding with X-axis slide block is respectively equipped with X-axis block.
The worktable upper surface is provided with fixture groove.
Column side surface lower end is provided with floor installation slot, and floor installation groove bottom centre position is provided with installation
Hole, the floor installation slot is interior to be equipped with reinforcing rib.
Column upper surface centre position is provided with counterweight tank, and counterweight is equipped in the counterweight tank.
The column upper surface is equipped with counter-balanced carriage, and line wheel, Z axis casting upper surface and line wheel are equipped in the counter-balanced carriage
Corresponding position is equipped with line fixed seat.
Working ways left-hand face centre position is equipped with mono- axial filament thick stick motor drivers of X, the Z axis casting following table
Right side of face is equipped with drilling machine spindle motor driver.
Column left-hand face rear is equipped with the Z axis slide rail and Z axis sliding block that a pair of matched is closed.
The drill motor, sleeping milling motor, drilling machine spindle motor driver and mono- axial filament thick stick motor drivers of X are and lathe
Power supply is electrically connected.
The horizontal milling drilling deep hole combined machine of six axis made using the technical solution of the utility model, the lathe is in a machine
The function that two lathes are completed on bed is the combination of numerical control deep-hole brill and numerical control horizontal milling machine, and two sets of mechanical equipments are perfect
It combines, independent main shaft is respectively adopted, a set of digital control system realizes drilling and milling function independently three-shaft linkage, primary to fill
The function of the heavy milling and 3-30MM drilling deep holes of end face can be completed in folder.When sleeping milling, by the left and right of workbench, it is front and back claim it is dynamic and
The main shaft of installation milling head moves up and down to realize its function, and when drilling deep hole moves left and right and be equipped with deep hole drilling machine by workbench
Main shaft is moved forward and backward up and down to realize its function.
Description of the drawings
Fig. 1 is the structural schematic diagram of the horizontal milling drilling deep hole combined machine of six axis described in the utility model；
Fig. 2 is the front view of the horizontal milling drilling deep hole combined machine of six axis described in the utility model；
Fig. 3 is the left view of the horizontal milling drilling deep hole combined machine of six axis described in the utility model；
Fig. 4 is the vertical view of the horizontal milling drilling deep hole combined machine of six axis described in the utility model；
Fig. 5 is the partial enlarged view of X-axis device described in the utility model；
Fig. 6 is the partial enlarged view of working ways described in the utility model；
Fig. 7 is the partial enlarged view of workbench described in the utility model；
Fig. 8 is the partial enlarged view of column described in the utility model；
Fig. 9 is the partial enlarged view of Z axis device described in the utility model；
Figure 10 is the partial enlarged view of sleeping milling apparatus described in the utility model；
In figure, 1, pedestal；2, X-axis device；3, X-axis device mounting groove；4, X-axis pedestal；5, X-axis lead screw base；6, lead screw shaft
It holds；7, X-axis leading screw；8, X-axis slide rail；9, X-axis slide block；10, table device；11, working ways；12, casting feed screw nut
Seat；13, feed screw nut；14, mono- axis sliding rails of X；15, mono- axis sliding blocks of X；16, workbench；17, mono- axial filament thick stick motor cabinets of X；18, Z axis
Device；19, column；20, Z axis slide rail；21, Z axis sliding block；22, motor base；23, Z axis lead screw base；24, Z axis casting；25, drilling machine
Sliding rail；26, drilling machine sliding block；27, guide sleeve seat；28, knife rest；29, spindle drum；30, drill motor；31, drilling machine spindle motor seat；
32, drilling machine lead screw base；33, drilling machine leading screw；34, crouch milling apparatus；35, horizontal-milling head；36, crouch milling motor；37, X-axis block；38, it presss from both sides
Has groove；39, mounting hole；40, reinforcing rib；41, counterweight tank；42, counterweight；43, counter-balanced carriage；44, line wheel；45, line fixed seat；
46, mono- axial filament thick stick motor drivers of X；47, drilling machine spindle motor driver；48, X-axis power mounting groove；49, floor installation slot；
50, mono- axial filament thick stick nut seats of X.
Specific implementation mode
The utility model is specifically described below in conjunction with the accompanying drawings, as Figure 1-10 shows, the horizontal milling drilling deep hole of six axis is multiple
Lathe is closed, including pedestal 1, the pedestal 1 are fixedly mounted on bottom surface, 1 top of the pedestal is equipped with X-axis device 2, the X-axis
Device 2 is by being opened in the X-axis device mounting groove 3 in centre position on the left of 1 upper surface of pedestal, being located in X-axis device mounting groove 3 and X-axis
X-axis pedestal 4 that 3 bottom surface of device mounting groove is fixedly connected, the X-axis power mounting groove for being opened in 4 upper surface centre position of X-axis pedestal
48, the X-axis lead screw base 5 that is fixedly connected with 48 bottom surface rear end of X-axis power mounting groove in the X-axis power mounting groove 3 is sleeved on X
Leading screw bearing 6 in axis lead screw base 5, the X-axis leading screw 7 being sleeved in leading screw bearing 6, be located at 4 top of X-axis pedestal respectively with X-axis
The X-axis slide rail 8 being fixedly connected at left and right sides of 4 upper surface of pedestal and the X-axis slide block 9 being sleeved on outside X-axis slide rail 8 collectively form,
2 top of the X-axis device is equipped with table device 10, and the table device 10 is by being located at 9 top of X-axis slide block and X-axis slide block 9
Working ways 11 that upper surface is fixedly connected are located at 11 lower section of working ways and 11 lower surface centre position of working ways
The casting feed screw nut seat 12 that is fixedly connected, be sleeved in casting feed screw nut seat 12 and with 7 matched leading screw spiral shell of X-axis leading screw
Mother 13, the mono- axis sliding rails of X being fixedly connected respectively with 11 upper surface rear and front end of working ways above working ways 11
14, the mono- axis sliding blocks 15 of X outside mono- axis sliding rails 14 of X are sleeved on, are located at mono- axis sliding blocks of X, 15 top and mono- axis sliding blocks of X, 15 upper surface
The workbench 16 being fixedly connected, mono- axial filaments of X being fixedly connected with 16 lower surface centre position of workbench positioned at 16 lower section of workbench
Thick stick nut seat 50 and the mono- axis spindle motors of X being fixedly connected with 11 left-hand face of working ways positioned at 11 left side of working ways
Seat 17 collectively forms, and 1 top of the pedestal is equipped with Z axis device 18, and the Z axis device 18 is by being located on 1 top of pedestal and pedestal 1
The column 19 that is fixedly connected on the right side of surface, is set with the Z axis slide rail 20 being fixedly connected with 19 rear surface of column positioned at 19 rear of column
Z axis sliding block 21 outside Z axis slide rail 20, the motor base 22 being fixedly connected on the left of 19 upper surface of column, after being located at column 19
The square Z axis lead screw base 23 being fixedly connected respectively with 19 rear surface upper and lower ends of column is fixedly connected on 21 rear surface of Z axis sliding block
Z axis casting 24, the drilling machine sliding rail 25 for being fixedly connected on 24 rear surface of Z axis casting are sleeved on 25 outside of drilling machine sliding rail and uniformly divide
The drilling machine sliding block 26 of cloth, is fixedly connected on table after drilling machine sliding block 26 at the guide sleeve seat 27 for being fixedly connected on 26 rear surface of drilling machine sliding block
Face and positioned at the follow-rest 28 on the right side of guide sleeve seat 27, be fixedly connected on 26 rear surface of drilling machine sliding block and positioned at 28 rear of follow-rest
Spindle drum 29 is fixedly connected on 29 left-hand face of spindle drum top and drill motor 30, is fixedly connected on 24 right side table of Z axis casting
The drilling machine spindle motor seat 31 in face, the drilling machine lead screw base 32 being fixedly connected on the left of 24 rear surface of Z axis casting and it is sleeved on drilling machine
Drilling machine leading screw 33 in lead screw base 32 collectively forms；The left side of the column 19 is equipped with sleeping milling apparatus 34, tell sleeping milling apparatus 34 by
It is fixedly connected on the sliding rail of 19 left-hand face of column, the sliding block being sleeved on outside sliding rail, is located on the left of sliding block and table on the left of sliding block
Horizontal-milling head 35 that face is fixedly connected and the sleeping milling motor 36 being fixedly connected with horizontal-milling head 35 above horizontal-milling head 35 collectively form；
4 front and rear surfaces of the X-axis pedestal position corresponding with X-axis slide block 9 is respectively equipped with X-axis block 37；16 upper table of the workbench
Face is provided with fixture groove 38；19 side surface lower end of the column is provided with floor installation slot 49, in 49 bottom surface of floor installation slot
Between position be provided with mounting hole 39, reinforcing rib 40 is equipped in the floor installation slot 3；19 upper surface centre position of the column is provided with
Counterweight tank 41, the counterweight tank 41 is interior to be equipped with counterweight 42；19 upper surface of the column is equipped with counter-balanced carriage 43, in the counter-balanced carriage 43
Equipped with line wheel 44,24 upper surface of the Z axis casting position corresponding with line wheel 44 is equipped with line fixed seat 45；The workbench casting
11 left-hand face centre position of part is equipped with mono- axial filament thick stick motor drivers 46 of X, and drilling machine is equipped on the right side of 24 lower surface of Z axis casting
Spindle motor driver 47；19 left-hand face rear of the column is equipped with the Z axis slide rail 20 and Z axis sliding block 21 that a pair of matched is closed；
The drill motor 30, sleeping milling motor 36, drilling machine spindle motor driver 47 and mono- axial filament thick stick motor drivers 46 of X are and lathe
Power supply is electrically connected.
The characteristics of the present embodiment is that pedestal is fixedly mounted on bottom surface, is equipped with X-axis device above pedestal, X-axis device by
It is opened in the X-axis device mounting groove in centre position on the left of base upper surface, is located in X-axis device mounting groove and X-axis device mounting groove
X-axis pedestal that bottom surface is fixedly connected, the X-axis power mounting groove for being opened in X-axis pedestal upper surface centre position are located at X-axis power and pacify
X-axis lead screw base that groove bottom rear end is fixedly connected is installed with X-axis power in tankage, the leading screw bearing that is sleeved in X-axis lead screw base,
The X-axis leading screw that is sleeved in leading screw bearing is fixedly connected at left and right sides of X-axis pedestal upper surface respectively above X-axis pedestal
X-axis slide rail and the X-axis slide block that is sleeved on outside X-axis slide rail collectively form, table device, work are equipped with above X-axis device
Table apparatus by be fixedly connected with X-axis slide block upper surface above X-axis slide block working ways, be located at working ways below
The casting feed screw nut seat that is fixedly connected with working ways lower surface centre position, be sleeved in casting feed screw nut seat and with
The matched feed screw nut of X-axis leading screw is fixed with working ways upper surface rear and front end respectively above working ways
The mono- axis sliding rails of X of connection, the mono- axis sliding blocks of X being sleeved on outside mono- axis sliding rails of X are located above mono- axis sliding blocks of X and on mono- axis sliding blocks of X
Workbench that surface is fixedly connected, the mono- axial filament thick sticks of X being fixedly connected with workbench lower surface centre position below workbench
Nut seat and the mono- common structures of axial filament thick stick motor cabinet of X being fixedly connected with working ways left-hand face on the left of working ways
At being equipped with Z axis device above, pedestal, Z axis device by be fixedly connected with base upper surface right side positioned at pedestal above column, position
The Z axis slide rail that is fixedly connected with column rear surface in column rear, is fixedly connected on the Z axis sliding block being sleeved on outside Z axis slide rail
Motor base on the left of column upper surface, the Z axis leading screw being fixedly connected respectively with column rear surface upper and lower ends positioned at column rear
Seat, the drilling machine sliding rail for being fixedly connected on Z axis casting rear surface, is sleeved on the Z axis casting for being fixedly connected on Z axis slider back surface
Outside drilling machine sliding rail and equally distributed drilling machine sliding block, be fixedly connected on drilling machine slider back surface guide sleeve seat, be fixedly connected on
Drilling machine slider back surface and follow-rest on the right side of the guide sleeve seat are fixedly connected on drilling machine slider back surface and after follow-rest
The spindle drum of side is fixedly connected on spindle drum left-hand face top and drill motor, is fixedly connected on Z axis casting right lateral surface
It drilling machine spindle motor seat, the drilling machine lead screw base being fixedly connected on the left of Z axis casting rear surface and is sleeved in drilling machine lead screw base
Drilling machine leading screw collectively forms, which completes the function of two lathes on a machine tool, is numerical control deep-hole brill and numerical control horizontal
The combination of milling machine perfectly combines two sets of mechanical equipments, and independent main shaft is respectively adopted, and a set of digital control system is realized
Independently the function of the heavy milling and 3-30MM drilling deep holes of end face can be completed in three-shaft linkage, clamped one time to drilling and milling function.
It is front and back to claim dynamic and installation milling head main shaft to move up and down to realize its function by the left and right of workbench when sleeping milling, when drilling deep hole by
The main shaft that workbench moved left and right and be equipped with deep hole drilling machine is moved forward and backward up and down to realize its function.
In the present embodiment, it would be desirable to the workpiece of processing is fixed on the table, when needing milling, X-axis in X-axis device
Sliding block is supplied to the movement of working ways left and right directions, while X-axis screw pair provides power, is located in table device
Mono- axis sliding-rail slidings of X above working ways provide workbench movement in the front-back direction, and mono- axis screw pairs of X provide work
The power that platform moves forward and backward, horizontal-milling head cuts workpiece in the sleeping milling apparatus being slidably connected with column left-hand face, when to be drilled,
The movement of workbench front-rear direction is fixed, and left and right directions can move, while upper and lower fortune may be implemented in Z axis casting in Z axis device
Dynamic, the drill bit on guide sleeve frame can be moved up and down with Z axis casting, while guide sleeve frame, follow-rest and drill motor are fixed
It may be implemented to move forward and backward on drilling machine sliding block, and Z axis casting has counterweight simultaneously, counterweight passes through counter-balanced carriage and line fixed seat
It is connected on Z axis casting, reaches counterbalancing effect.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of which part may be made, and belong to the utility model
Protection domain within.
Claims (10)
1. the horizontal milling drilling deep hole combined machine of six axis, including pedestal（1）, which is characterized in that the pedestal（1）It is fixedly mounted on bottom
On face, the pedestal（1）Top is equipped with X-axis device（2）, the X-axis device（2）By being opened in pedestal（1）It is intermediate on the left of upper surface
The X-axis device mounting groove of position（3）, be located at X-axis device mounting groove（3）Interior and X-axis device mounting groove（3）What bottom surface was fixedly connected
X-axis pedestal（4）, be opened in X-axis pedestal（4）The X-axis power mounting groove in upper surface centre position（48）, be located at X-axis power mounting groove
（48）Interior and X-axis power mounting groove（48）The X-axis lead screw base that bottom surface rear end is fixedly connected（5）, be sleeved on X-axis lead screw base（5）It is interior
Leading screw bearing（6）, be sleeved on leading screw bearing（6）Interior X-axis leading screw（7）, be located at X-axis pedestal（4）Top respectively with X-axis pedestal
（4）The X-axis slide rail being fixedly connected at left and right sides of upper surface（8）Be sleeved on X-axis slide rail（8）External X-axis slide block（9）Common structure
At the X-axis device（2）Top is equipped with table device（10）, the table device（10）By being located at X-axis slide block（9）On
Side and X-axis slide block（9）The working ways that upper surface is fixedly connected（11）, be located at working ways（11）Lower section is cast with workbench
Part（11）The casting feed screw nut seat that lower surface centre position is fixedly connected（12）, be sleeved on casting feed screw nut seat（12）It is interior and
With X-axis leading screw（7）Matched feed screw nut（13）, be located at working ways（11）Top respectively with working ways（11）On
The mono- axis sliding rails of X that surface rear and front end is fixedly connected（14）, be sleeved on mono- axis sliding rails of X（14）External mono- axis sliding blocks of X（15）, position
In mono- axis sliding blocks of X（15）Top and mono- axis sliding blocks of X（15）The workbench that upper surface is fixedly connected（16）, be located at workbench（16）Under
Side and workbench（16）The mono- axial filament thick stick nut seats of X that lower surface centre position is fixedly connected（50）With positioned at working ways（11）
Left side and working ways（11）The mono- axial filament thick stick motor cabinets of X that left-hand face is fixedly connected（17）It collectively forms, the pedestal（1）
Top is equipped with Z axis device（18）, the Z axis device（18）By being located at pedestal（1）Top and pedestal（1）It is fixed on the right side of upper surface to connect
The column connect（19）, be located at column（19）Rear and column（19）The Z axis slide rail that rear surface is fixedly connected（20）, be sleeved on Z axis
Sliding rail（20）External Z axis sliding block（21）, be fixedly connected on column（19）Motor base on the left of upper surface（22）, be located at column
（19）Rear respectively with column（19）The Z axis lead screw base that rear surface upper and lower ends are fixedly connected（23）, be fixedly connected on Z axis sliding block
（21）The Z axis casting of rear surface（24）, be fixedly connected on Z axis casting（24）The drilling machine sliding rail of rear surface（25）, be sleeved on drilling machine
Sliding rail（25）External and equally distributed drilling machine sliding block（26）, be fixedly connected on drilling machine sliding block（26）The guide sleeve seat of rear surface
（27）, be fixedly connected on drilling machine sliding block（26）Rear surface and be located at guide sleeve seat（27）The follow-rest on right side（28）, be fixedly connected on
Drilling machine sliding block（26）Rear surface and be located at follow-rest（28）The spindle drum at rear（29）, be fixedly connected on spindle drum（29）Left side table
Face top and drill motor（30）, be fixedly connected on Z axis casting（24）The drilling machine spindle motor seat of right lateral surface（31）, fixed connect
It is connected on Z axis casting（24）Drilling machine lead screw base on the left of rear surface（32）Be sleeved on drilling machine lead screw base（32）Interior drilling machine leading screw
（33）It collectively forms.
2. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the column（19）Left side
Equipped with sleeping milling apparatus（34）, tell sleeping milling apparatus（34）By being fixedly connected on column（19）The sliding rail of left-hand face is sleeved on cunning
Sliding block outside rail, the horizontal-milling head being fixedly connected with sliding block left-hand face on the left of sliding block（35）With positioned at horizontal-milling head（35）On
Side and horizontal-milling head（35）The sleeping milling motor being fixedly connected（36）It collectively forms.
3. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the X-axis pedestal（4）Before
Rear surface and X-axis slide block（9）Corresponding position is respectively equipped with X-axis block（37）.
4. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the workbench（16）On
Surface is provided with fixture groove（38）.
5. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the column（19）Side table
Face lower end is provided with floor installation slot（49）, the floor installation slot（49）Bottom surface centre position is provided with mounting hole（39）, the bottom
Seat mounting groove（49）It is interior to be equipped with reinforcing rib（40）.
6. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the column（19）Upper table
Face centre position is provided with counterweight tank（41）, the counterweight tank（41）It is interior to be equipped with counterweight（42）.
7. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the column（19）Upper table
Face is equipped with counter-balanced carriage（43）, the counter-balanced carriage（43）It is interior to be equipped with line wheel（44）, the Z axis casting（24）Upper surface and line wheel（44）
Corresponding position is equipped with line fixed seat（45）.
8. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the working ways
（11）Left-hand face centre position is equipped with mono- axial filament thick stick motor drivers of X（46）, the Z axis casting（24）It is equipped on the right side of lower surface
Drilling machine spindle motor driver（47）.
9. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the column（19）Left side
Surface rear is equipped with the Z axis slide rail that a pair of matched is closed（20）With Z axis sliding block（21）.
10. the horizontal milling drilling deep hole combined machine of six axis according to claim 1, which is characterized in that the drill motor
（30）, sleeping milling motor（36）, drilling machine spindle motor driver（47）With mono- axial filament thick stick motor drivers of X（46）With lathe power supply
It is electrically connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820148781.2U CN208005144U (en) | 2018-01-29 | 2018-01-29 | The horizontal milling drilling deep hole combined machine of six axis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820148781.2U CN208005144U (en) | 2018-01-29 | 2018-01-29 | The horizontal milling drilling deep hole combined machine of six axis |
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| Publication Number | Publication Date |
|---|---|
| CN208005144U true CN208005144U (en) | 2018-10-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820148781.2U Active CN208005144U (en) | 2018-01-29 | 2018-01-29 | The horizontal milling drilling deep hole combined machine of six axis |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108098347A (en) * | 2018-01-29 | 2018-06-01 | 东莞市艾能炬机械有限公司 | The horizontal milling drilling deep hole combined machine of six axis |
| CN111660115A (en) * | 2020-07-07 | 2020-09-15 | 新昌县益旭龙机械科技有限公司 | Numerical control machining fixture equipment with quick adjusting and positioning functions |
-
2018
- 2018-01-29 CN CN201820148781.2U patent/CN208005144U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108098347A (en) * | 2018-01-29 | 2018-06-01 | 东莞市艾能炬机械有限公司 | The horizontal milling drilling deep hole combined machine of six axis |
| CN111660115A (en) * | 2020-07-07 | 2020-09-15 | 新昌县益旭龙机械科技有限公司 | Numerical control machining fixture equipment with quick adjusting and positioning functions |
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