CN206588687U - Milling-lathe machining center Equipment Foundations hole structure with ramp structure - Google Patents
Milling-lathe machining center Equipment Foundations hole structure with ramp structure Download PDFInfo
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- CN206588687U CN206588687U CN201720161656.0U CN201720161656U CN206588687U CN 206588687 U CN206588687 U CN 206588687U CN 201720161656 U CN201720161656 U CN 201720161656U CN 206588687 U CN206588687 U CN 206588687U
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- installation site
- waste liquid
- hole
- lathe bed
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Abstract
The utility model provides a kind of milling-lathe machining center Equipment Foundations hole structure with ramp structure, can effectively reduce the accumulation of waste liquid in Equipment Foundations hole.The foundation pit includes hydrops hole, waste liquid tunnel and multiple installation sites, and waste liquid tunnel is inclined gallery；It is characterized in that：The bottom surface of described installation site has slope；The extreme lower position of the foundation pit is cheated provided with poly- liquid, and poly- liquid hole is connected with hydrops hole；Installation site and poly- liquid hole between annexation be at least it is following two in one kind：（1）, installation site directly with poly- liquid hole be connected；（2）, installation site other installation sites lower than it by waste liquid tunnel or on floor height are connected with poly- liquid hole.
Description
Technical field
The utility model is related to a kind of milling-lathe machining center Equipment Foundations hole structure with ramp structure.
Background technology
For extreme large and heavy workpiece, certain machining accuracy is required for after work pieces process, therefore heavy duty machine tools one are well matched
An abundant basis is put to ensure the machining accuracy of equipment.Cooled down, cut using cutting fluid when workpiece is processed on lathe
The chip chipped away can speckle with cutting fluid liquid pearl, and chip is discharged through chip cleaner.During chip removal, the cutting fluid that chip is stained with is converged
Coalescence is flowed into the chip removal hole installed below chip cleaner, and accumulated in chip removal hole.In addition, workpiece in process, is cut
Cutting liquid can be also splashed in Equipment Foundations, and the lubricating oil of lathe itself can be also flowed into Equipment Foundations hole.After a period of time, base
The internal accumulation for having waste liquid in plinth hole, these waste liquids can go bad, spoiled, have influence on the working environment of workman.
Utility model content
The purpose of this utility model is to overcome above shortcomings in the prior art, and provides a kind of structure design and close
The hole of the milling-lathe machining center Equipment Foundations with the ramp structure structure of reason, can effectively reduce the tired of the interior waste liquid in Equipment Foundations hole
Product.
The technical scheme in the invention for solving the above technical problem is：In a kind of turn-milling cutting with ramp structure
Heart Equipment Foundations cheat structure, and the foundation pit includes hydrops hole, waste liquid tunnel and multiple installation sites, and waste liquid tunnel is cheated to tilt
Road；It is characterized in that：The bottom surface of described installation site has slope；The extreme lower position of the foundation pit is cheated provided with poly- liquid, poly- liquid
Hole is connected with hydrops hole；
Installation site and poly- liquid hole between annexation be at least it is following two in one kind：
（1）, installation site directly with poly- liquid hole be connected；
（2）, installation site other installation sites lower than it by waste liquid tunnel or on floor height and poly- liquid hole phase
Even.
The utility model is in described poly- liquid hole provided with Pipe installing position.
Starting point of the utility model using the corner of the bottom surface of installation site as slope.
Waste liquid tunnel described in the utility model include the first waste liquid tunnel, the second waste liquid tunnel, the 3rd waste liquid tunnel and
4th waste liquid tunnel；Described installation site includes column lathe bed installation site, chip cleaner installation site, workpiece lathe bed installation position
Put and tool magazine installation site；The floor height of column lathe bed installation site and the floor height of workpiece lathe bed installation site are high
In the floor height of chip cleaner installation site；
The most significant end in the first waste liquid tunnel is connected with the most significant end in the second waste liquid tunnel；The least significant end in the second waste liquid tunnel with
The most significant end in the 4th waste liquid tunnel is connected；The least significant end in the first waste liquid tunnel and the least significant end in the 4th waste liquid tunnel are and chip cleaner
Installation site is connected；The least significant end in the 3rd waste liquid tunnel is connected with poly- liquid hole；Column lathe bed installation site and chip cleaner installation position
Put connection；Chip cleaner installation site is connected with the most significant end in the 3rd waste liquid tunnel and/or poly- liquid hole；Workpiece lathe bed installation site with
Chip cleaner installation site is connected；Tool magazine installation site is connected with poly- liquid hole.
The utility model workpiece lathe bed installation site includes ramp and workpiece lathe bed right side ramp, workpiece on the left of workpiece lathe bed
Ramp and workpiece lathe bed right side ramp are connected with the left side and right side of workpiece lathe bed installation site bottom respectively on the left of lathe bed, workpiece
Lathe bed installation site is connected by ramp on the right side of ramp on the left of workpiece lathe bed and workpiece lathe bed with chip cleaner installation site.
The utility model the utility model compared with prior art, with advantages below and effect：The bottom surface of installation site
With slope, under gravity, hydrops is flowed to along slope in lower hole, the collection dress finally converged in hydrops hole
In putting, the foundation pit under this structure type, foundation pit inner surface does not have hydrops remaining, it is to avoid the hydrops that hydrops remnants are brought
It is rotten spoiled, and can effectively collect the waste liquid of remaining.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment.
Embodiment
Below in conjunction with the accompanying drawings and the utility model is described in further detail by embodiment, following examples are pair
It is of the present utility model explanation and the utility model is not limited to following examples.
Referring to Fig. 1, the present embodiment is a typical milling-lathe machining center Equipment Foundations hole structure.
The waste liquid tunnel of the present embodiment includes the first waste liquid tunnel 1, the second waste liquid tunnel 2, the 3rd waste liquid tunnel 3 and the 4th
Waste liquid tunnel 4, the first waste liquid tunnel 1, the second waste liquid tunnel 2, the 3rd waste liquid tunnel 3 and the 4th waste liquid tunnel 4 are to tilt hole
Road.
The installation site of the present embodiment includes column lathe bed installation site 5, workpiece lathe bed installation site 6, chip cleaner and installed
Position 7 and tool magazine installation site 9.The floor height of column lathe bed installation site 5 and the bottom surface of workpiece lathe bed installation site 6 are high
Degree is above the floor height of chip cleaner installation site 7.The bottom surface of above-mentioned installation site is respectively provided with slope.
The extreme lower position of main foundation is provided with poly- liquid hole 12, and the bottom surface in poly- liquid hole 12 cheats 11 bottom surface higher than hydrops, and
Poly- liquid hole 12 is connected with hydrops hole 11.
The most significant end in the first waste liquid tunnel 1 is connected with the most significant end in the second waste liquid tunnel 2.Second waste liquid tunnel 2 it is minimum
End is connected with the most significant end in the 4th waste liquid tunnel 4.The least significant end in the first waste liquid tunnel 1 and the least significant end in the 4th waste liquid tunnel 4 are equal
It is connected with chip cleaner installation site 7.The least significant end in the 3rd waste liquid tunnel 3 is connected with poly- liquid hole 12.Column lathe bed installation site 5 with
Chip cleaner installation site 7 is connected.Chip cleaner installation site 7 cheats 12 phases with the most significant end in the 3rd waste liquid tunnel 3 and/or the poly- liquid
Even.
The left side of ramp 8 and workpiece lathe bed right side ramp 10 respectively with the bottom of workpiece lathe bed installation site 6 on the left of workpiece lathe bed
Side is connected with right side, and workpiece lathe bed installation site 6 passes through ramp 10 and chip removal on the right side of ramp 8 on the left of workpiece lathe bed and workpiece lathe bed
Device installation site 7 is connected.
Tool magazine installation site 9 is connected with poly- liquid hole 12.
In the present embodiment, chip cleaner installation site 7 is connected with the most significant end in the 3rd waste liquid tunnel 3 and the poly- liquid hole 12.
Liquid at column lathe bed installation site 5 is flowed into chip cleaner installation site 7 through the both sides gradient, and chip cleaner is installed
The 3rd waste liquid tunnel 3 is directed or through after the minimum point that liquid is flowed in position 7 to converge at the poly- liquid hole 12；Poly- liquid hole 12
Provided with Pipe installing position, there is pre-buried pipeline at place, and waste liquid enters in the waste liquid chip separator that hydrops is cheated in 11 through pre-buried pipeline
Realize the separation of liquid and metallic particles.
Chip cleaner installation site 7 is used to install below chip cleaner, chip cleaner can have some waste liquids and metal in tunnel
Grain, this solid is processed waste and entered via chip cleaner installation site 7 at poly- liquid hole 12, finally enters waste liquid chip separator
In.
The waste liquid of ramp 8 and the top of workpiece lathe bed right side ramp 10 is flowed on the left of workpiece lathe bed installation site 6, workpiece lathe bed
Into chip cleaner installation site 7, converged to by chip cleaner installation site 7 at poly- liquid hole 12, finally enter waste liquid chip separation
In device.
The gradient in the utility model installation site bottom surface slope and waste liquid tunnel can be arranged as required to.
Above content described in this specification is only to the utility model structure example explanation；Moreover,
The title that the utility model each several part is taken can also be different, all constructions according to described in the utility model inventional idea, feature and
In the equivalent or simple change that principle is done, the protection domain for being included in the utility model patent.
Claims (5)
1. a kind of milling-lathe machining center Equipment Foundations hole structure with ramp structure, including main foundation and hydrops hole；It is main
Foundation includes waste liquid tunnel and multiple installation sites, and waste liquid tunnel is inclined gallery；It is characterized in that：Described installation position
The bottom surface put has slope；The extreme lower position of main foundation is cheated provided with poly- liquid, and the bottom surface in poly- liquid hole is higher than the bottom surface that hydrops is cheated,
And poly- liquid hole is connected with hydrops hole；
Installation site and poly- liquid hole between annexation be at least it is following two in one kind：
（1）, installation site directly with poly- liquid hole be connected；
（2）, installation site other installation sites lower than it by waste liquid tunnel or on floor height are connected with poly- liquid hole.
2. the milling-lathe machining center Equipment Foundations hole structure according to claim 1 with ramp structure, it is characterised in that：
In described poly- liquid hole provided with Pipe installing position.
3. the milling-lathe machining center Equipment Foundations hole structure according to claim 1 with ramp structure, it is characterised in that：
The starting point on slope is used as using the corner of the bottom surface of installation site.
4. the milling-lathe machining center Equipment Foundations hole structure according to claim 1 with ramp structure, it is characterised in that：
Described waste liquid tunnel includes the first waste liquid tunnel, the second waste liquid tunnel, the 3rd waste liquid tunnel and the 4th waste liquid tunnel；Described
Installation site includes column lathe bed installation site, chip cleaner installation site, workpiece lathe bed installation site and tool magazine installation site；It is vertical
The floor height of post lathe bed installation site and the floor height of workpiece lathe bed installation site are above the bottom of chip cleaner installation site
Face height；
The most significant end in the first waste liquid tunnel is connected with the most significant end in the second waste liquid tunnel；The least significant end and the 4th in the second waste liquid tunnel
The most significant end in waste liquid tunnel is connected；The least significant end in the first waste liquid tunnel and the least significant end in the 4th waste liquid tunnel are installed with chip cleaner
Position is connected；The least significant end in the 3rd waste liquid tunnel is connected with poly- liquid hole；Column lathe bed installation site connects with chip cleaner installation site
It is logical；Chip cleaner installation site is connected with the most significant end in the 3rd waste liquid tunnel and/or poly- liquid hole；Workpiece lathe bed installation site and chip removal
Device installation site is connected；Tool magazine installation site is connected with poly- liquid hole.
5. the milling-lathe machining center Equipment Foundations hole structure according to claim 4 with ramp structure, it is characterised in that：
Workpiece lathe bed installation site includes ramp and workpiece lathe bed right side ramp, workpiece lathe bed left side ramp and workpiece on the left of workpiece lathe bed
Ramp is connected with the left side and right side of workpiece lathe bed installation site bottom respectively on the right side of lathe bed, and workpiece lathe bed installation site passes through work
Ramp and workpiece lathe bed right side ramp are connected with chip cleaner installation site on the left of part lathe bed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720161656.0U CN206588687U (en) | 2017-02-22 | 2017-02-22 | Milling-lathe machining center Equipment Foundations hole structure with ramp structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720161656.0U CN206588687U (en) | 2017-02-22 | 2017-02-22 | Milling-lathe machining center Equipment Foundations hole structure with ramp structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206588687U true CN206588687U (en) | 2017-10-27 |
Family
ID=60126715
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720161656.0U Active CN206588687U (en) | 2017-02-22 | 2017-02-22 | Milling-lathe machining center Equipment Foundations hole structure with ramp structure |
Country Status (1)
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|---|---|
| CN (1) | CN206588687U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108723883A (en) * | 2018-05-29 | 2018-11-02 | 闫羽 | A kind of five axis dragon boring-milling centers |
-
2017
- 2017-02-22 CN CN201720161656.0U patent/CN206588687U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108723883A (en) * | 2018-05-29 | 2018-11-02 | 闫羽 | A kind of five axis dragon boring-milling centers |
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