CN207746816U - A kind of numerical control gantry machining center - Google Patents
A kind of numerical control gantry machining center Download PDFInfo
- Publication number
- CN207746816U CN207746816U CN201721164563.XU CN201721164563U CN207746816U CN 207746816 U CN207746816 U CN 207746816U CN 201721164563 U CN201721164563 U CN 201721164563U CN 207746816 U CN207746816 U CN 207746816U
- Authority
- CN
- China
- Prior art keywords
- plate
- column
- chip removal
- front side
- rear side
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model is related to numerical control machine tool technique field, the unhappy speed of unstable and lathe bed draining chip removal in today's numerical control gantry machining center gantry upright post moving process is solved the problems, such as.A kind of numerical control gantry machining center, including lathe bed, segmented T-slot platform, left column, right column, crossbeam, saddle, protective door, tool magazine, head, operation console and electric control box；The lathe bed is made of left bearing support, right bearing support, bottom support bracket and processing mounting bracket；The bottom of the left bearing support and right bearing support is connected to the left and right sides of bottom support bracket, and the processing mounting bracket is connected to the top of the left bearing support and the right bearing support；The processing mounting bracket is latticed metal frame；The segmented T-slot platform is set on the top of the processing mounting bracket；The segmented T-slot platform is made of more installation locating rods, and the every installation locating rod is equally spacedly set to from left to right above the processing mounting bracket.
Description
Technical field
The utility model is related to numerical control machine tool technique fields, and in particular to a kind of numerical control gantry machining center.
Background technology
With the development of China's manufacturing industry, the application of numerical control machine tool is more and more broader, and planer-type among these adds
Work lathe is also increasingly widely used.
Current numerical control gantry machining center, mainly by lathe bed, workbench, left and right pillar, crossbeam, saddle, tool magazine, machine
Head, operation console, electric control box are constituted.So as to complete the processing of the multi-process such as milling, brill, hinge, boring, it is suitable for every profession and trade
The Roughing and fine machining of large and medium-sized part.
The workbench of traditional numeric-control gantry machining center is installed on lathe bed, and usual workbench refers to T-slot platform, but
It is to lead in processing that generated cutting scrap and cutting waste fluid can not be timely since T-slot platform is a monoblock platform
Cleaning can generate processing certain influence.Moreover, above the lathe bed or both sides of lathe bed are equipped with rolling guide and drawing simultaneously
Door guide rail, rolling guide and saddle match resultant motion so that the head of gantry machining center is moved along lathe bed direction, and is pulled and led
Rail and protective door match resultant motion, if realizing to the opening of protective door either closing rolling guide or saddle is any is installed on institute
When stating lathe bed both sides, then the lateral length of lathe bed can be enabled to increase, and operator will stand in lathe bed both sides sometimes, because its
It needs to carry out following processing auxiliary operation：Such as toward removing workpiece or simplified overhauling lathe on arrangement workpiece on lathe bed, lathe bed,
So the lateral length of lathe bed can not be excessive, even if otherwise operator stretchs out double open and may still can't reach work completely
Point causes to influence process operation.In addition, the left and right pillar of current tradition is all three-dimensional column type, generally install thereunder
Support rib Auxiliary support.But since saddle and tool magazine are the sides in crossbeam, no matter when is the gravity of their own
It will not all fall in gantry upright post, but gantry upright post can generate torque relatively, gantry upright post still suffers from saddle and tool magazine
Gravity finally result in the mobile shakiness of gantry upright post so the requirement to gantry upright post is just very high, so as to cause last processing
The accumulation of error.
Utility model content
The purpose of this utility model is that aiming at the deficiencies in the prior art, a kind of gantry upright post is provided and is being moved through
Stable action and lathe bed can realize the numerical control gantry machining center of Quick drainage chip removal in journey.
For this purpose, the utility model uses following technical scheme：A kind of numerical control gantry machining center, including lathe bed,
Segmented T-slot platform, left column, right column, crossbeam, saddle, protective door, tool magazine, head, operation console and electric control box；
The lathe bed is made of left bearing support, right bearing support, bottom support bracket and processing mounting bracket；The left bearing support and
The bottom of right bearing support is connected to the left and right sides of bottom support bracket, and the processing mounting bracket is connected to the left bearing support
With the top of the right bearing support；The processing mounting bracket is latticed metal frame；The segmented T-slot platform is set to
On the top of the processing mounting bracket；The segmented T-slot platform is made of more installation locating rods, and the every installation is fixed
T-slot is provided on the bar of position, the every installation locating rod is equally spacedly set to from left to right above the processing mounting bracket；
It is both provided with rolling guide and door rail on the outside of the left bearing support and right bearing support；The left column activity
It is set on the rolling guide of left bearing support, the right column is movably set on the rolling guide of the right bearing support；It is described
Protective door is movably set on the door rail；The both ends of the crossbeam are respectively arranged on the left column and right column,
The saddle is movably set on the crossbeam, and the head is set on the saddle, and the tool magazine is set to the saddle
On；The operation console is set to the side of the lathe bed, the action for controlling numerical control gantry machining center, the electrical control
Case is set to front side or the rear side of the lathe bed, and the switch for controlling each component of numerical control gantry machining center controls；
The left column is as right column setting；The left column extends after first extending straight down to inferoanterior
Column top, column middle part and column lower part are extended to form still further below；In the middle part of the column and column lower part is in their front side
The first patchcord is formed at the switching in face, in the middle part of the column and column lower part forms the at the switching of their trailing flank
Two patchcords；It crosses the first patchcord and is the first positioning surface perpendicular to the face of the bottom surface of left column；With the trailing flank on column top
It is mutually parallel with the first positioning surface and is the first reference plane with the trailing flank on column top and the equidistant face of the first positioning surface；
The saddle, tool magazine and the head are in the front side of first reference plane, and the crossbeam is in first reference plane
Rear side.
Preferably, the lateral length of the processing mounting bracket is more than the spacing between the left bearing support and right bearing support.
Preferably, multiple chip removal storehouses are provided in the lathe bed；The processing mounting bracket is by more gold anyhow staggeredly
Belong to bar to be formed, forms the chip removal mouth of four row multirows, and a line is provided with four chip removal mouths, the adjacent chip removal mouth in a line
It is correspondingly arranged there are one chip removal storehouse, the lower sections of four chip removal mouths per a line only be arranged that there are two chip removal storehouses, and in centre
Two chip removal mouths correspond to different chip removal storehouses respectively, to form the chip removal storehouse of vertical two row；The pan feeding in the chip removal storehouse
Chip removal mouth of the mouth alignment above it, the left bearing support and right bearing support are provided with multiple chip removal through-holes from front to back, often
The discharge port in a chip removal storehouse is respectively aligned to a chip removal through-hole, and the discharge port direction phase in the chip removal storehouse in same row
Together.
Preferably, the chip removal storehouse is by the first mounting plate, the second mounting plate, third mounting plate, the 4th mounting plate and the 5th
Mounting plate forms；
Corresponding chip removal mouth is outermost while for the first connection above each described chip removal storehouse, first installation
The top margin of plate be connected to it is described first connection side, first mounting plate towards the chip removal storehouse inside and extend downwardly, finally
So that first mounting plate tilts the inside for being suspended on the chip removal storehouse；
The common junction of corresponding two chip removal mouths in top in the two neighboring chip removal storehouse is the second connection side, described
The top margin of second mounting plate is connected to second connection side, and second mounting plate extends downwardly the rear and third mounting plate
Be connected on one side, the corresponding chip removal through-hole in chip removal storehouse belonging to the alignment of the another side of the third mounting plate is current；
The top margin of 4th mounting plate is connected to the front side edge of current corresponding chip removal mouth, the bottom of the 4th mounting plate
While being connected to the bottom support bracket；The top margin of 5th mounting plate is connected to the back side edge of current corresponding chip removal mouth, institute
The bottom edge for stating the 5th mounting plate is connected to the bottom support bracket；First mounting plate, the second mounting plate, third mounting plate
Front side edge and back side edge are all connected to the 4th mounting plate and the 5th mounting plate.
Preferably, first mounting plate first towards chip removal storehouse inside and is downwardly extending landing one, still further below
Landing two is extended to form, the angle of inclination for sliding two is more than the angle of inclination for sliding one.
Preferably, the left column includes profile assembly and support component；
The profile assembly includes left plate, right plate, front side plate, rear side plate, top plate and bottom mounting plate；
As the left plate is arranged to the right plate；The left plate extends after extending straight down to inferoanterior
Extend straight down again；
The left plate and the right plate are respectively placed in the left and right sides；The front side plate be set to the left plate and
Front side between the right plate, and it is connected to the left plate and the right plate；The rear side plate is set to the left side
Rear side between side plate and the right plate, and it is connected to the left plate and the right plate；The top plate is set to described
Above left plate and the right plate, and it is connected to the left plate, right plate, front side plate and the rear side plate；It is described
Bottom mounting plate is set to the left plate and the right plate bottom surface, and is connected to the left plate, right plate, front side plate
With the rear side plate；
The support component is set in the left plate, right plate, front side plate and the rear side plate, for institute
It states left plate, right plate, front side plate and the rear side plate and reinforces support.
Preferably, the support component includes the first tablet, the second tablet, third tablet, the first inclined plate and the second inclined plate；
First tablet is set to the turning point in the middle part of the column top and the column, and first tablet
Front side is connected to the front side plate, and the rear side plate is connected on rear side of first tablet；The second tablet setting
The middle part of upper and lower position in the middle part of the column, and the front side plate is connected on front side of second tablet, described
The rear side plate is connected on rear side of two tablets；The third tablet is set in the middle part of the column and column lower part
Turning point, and the front side plate is connected on front side of the third tablet, be connected on rear side of the third tablet it is described after
Side plate part；
It is connected to the rear side of first tablet on rear side of first inclined plate, institute is connected on front side of first inclined plate
State the front side of the second tablet；The front side of second inclined plate connects the front side of second tablet, the rear side of second inclined plate
It is connected to the rear side of the third tablet.
Preferably, the support component further includes third inclined plate and the 4th inclined plate；
The junction of the top plate and the front side plate is connected on front side of the third inclined plate, the third inclined plate
Rear side is connected to the rear side of first tablet；The rear side of the third tablet is connected on rear side of 4th inclined plate, it is described
The junction of the front side plate and the bottom mounting plate is connected on front side of 4th inclined plate.
Preferably, the left column further includes auxiliary support assemblies；
The auxiliary support assemblies be ribs plate, be installed on the front side plate and the rear side plate with it is described
The junction of bottom mounting plate, for reinforcing support to the left column and right column.
Preferably, tool magazine mounting plate is additionally provided on the saddle, the tool magazine mounting plate is connected to the one of the saddle
Side；The tool magazine is installed on the saddle.
The beneficial effects of the utility model：The left column and right column bear the crossbeam, saddle, head and tool magazine
Gravity and the gravitation energy for bearing the crossbeam access the balance of a part, finally so that the crossbeam, saddle, head and tool magazine
Whole gravity fall in the left column and right column, torque or production will not be generated to the left column and right column
Raw torque very little, so the left column and the right column stable structure, are not susceptible to shake in moving process.
In addition, so the segmented T-slot platform will not contain cutting scrap and cutting waste fluid, so it is arranged
Water chip removal process is fastish, so this is to ensure that the accuracy of work pieces process and the continuity of processing.
Description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is the overall structure diagram of one of the utility model embodiment；
Fig. 2 is the overall structure diagram of one of the utility model embodiment；
Fig. 3 is the mounting structure signal of the saddle, tool magazine and tool magazine mounting plate of one of the utility model embodiment
Figure；
Fig. 4 is crossbeam, head, the tool magazine of support on the left column and right column of one of the utility model embodiment
Mounting structure schematic diagram；
Fig. 5 is the lathe bed structure schematic diagram of one of the utility model embodiment；
Fig. 6 is the lathe bed structure schematic diagram of one of the utility model embodiment；
Fig. 7 is the installation positional lever structure schematic diagram of one of the utility model embodiment；
Fig. 8 is the structural schematic diagram of the left column of one of the utility model embodiment；
Fig. 9 is the structural schematic diagram of the left column of one of the utility model embodiment；
Figure 10 is the structural schematic diagram of the left column of one of the utility model embodiment.
Wherein：Lathe bed A, segmented T-slot platform B, left column C, right column D, crossbeam E, saddle F, protective door H, tool magazine
I, head J, operation console K, electric control box L, tool magazine mounting plate M, left bearing support A1, right bearing support A2, bottom support bracket A3 add
Work mounting bracket A4, rolling guide A5, door rail A6, chip removal storehouse A7, chip removal through-hole A11, chip removal mouth A41, the first mounting plate
A71, the second mounting plate A72, third mounting plate A73, the 4th mounting plate A74, the 5th mounting plate A75 slide an A711, slide
Two A712 install locating rod B1, T-slot B11, column top C1, column middle part C2, column lower part C3, profile assembly C4, branch
Support component C5, auxiliary support assemblies C6, left plate C41, right plate C42, front side plate C43, rear side plate C44, top plate C45,
Bottom mounting plate C46, the first tablet C51, the second tablet C52, third tablet C53, the first inclined plate C54, the second inclined plate C55, the
The three inclined plate patchcord of C56, the 4th inclined plate C57, first YZ, the second patchcord EZ, the first positioning surface YD, the first reference plane YJ.
Specific implementation mode
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
A kind of numerical control gantry machining center, including lathe bed A, segmented T-slot platform B, left column C, right column D, crossbeam
E, saddle F, protective door H, tool magazine I, head J, operation console K and electric control box L；
The lathe bed A is made of left bearing support A1, right bearing support A2, bottom support bracket A3 and processing mounting bracket A4；It is described
The bottom of left bearing support A1 and right bearing support A2 are connected to the left and right sides of bottom support bracket A3, the processing mounting bracket A4
It is connected to the top of the left bearing support A1 and the right bearing support A2；The processing mounting bracket A4 is latticed metal frame；
The segmented T-slot platform B is set on the top of the processing mounting bracket A4；The segmented T-slot platform B is by more
Locating rod B1 composition is installed, be provided on the every installation locating rod B1 T-slot B11, the every installation locating rod B1 from
Left-to-right is equally spacedly set to above the processing mounting bracket A4；
It is both provided with rolling guide A5 and door rail A6 on the outside of the left bearing support A1 and right bearing support A2；The left side
Column C is movably set on the rolling guide A5 of left bearing support A1, and the right column D is movably set in the right bearing support A2
Rolling guide A5 on；The protective door H is movably set on the door rail A6；The both ends of the crossbeam E are respectively set
In on the left column C and right column D, the saddle F is movably set on the crossbeam E, and the head J is set to described
On saddle F, the tool magazine I is set on the saddle F；The operation console K is set to the side of the lathe bed A, for controlling
The action of numerical control gantry machining center, the electric control box L is set to front side or the rear side of the lathe bed A, for controlling number
Control the switch control of each component of gantry machining center；
The left column C is as right column D settings；To inferoanterior after the left column C first extensions straight down
Extension extends to form column top C1, column middle part C2 and column lower part C3 still further below；C2 and column lower part in the middle part of the column
C3 forms the first patchcord YZ at the switching of their leading flank, in the middle part of the column C2's and column lower part C3 in they
The second patchcord EZ is formed at the switching of trailing flank；It crosses the first patchcord YZ and is first perpendicular to the face of the bottom surface of left column C
Positioning surface YD；Be mutually parallel with the trailing flank of column top C1 and the first positioning surface YD and with the trailing flank of column top C1 and
The one equidistant faces positioning surface YD are the first reference plane YJ；The saddle F, tool magazine I and the head J are in first base
The front side of quasi- face YJ, the crossbeam E are in the rear side of the first reference plane YJ.
It is between segmented T-slot the platform B, the every installation locating rod B1 of the more installation locating rod B1 compositions
Do not connect, thus this allow for every section of T-slot B11 between be empty, be connected to without anything, and traditional every
There is steel plate connection between section T-slot B11.When processing, workpiece is mounted on the segmented T-slot platform B,
When carrying out machining in next step, as cutting scrap caused by cutting process and cutting waste fluid can be successively along every institutes
The grid of the vacant space and the processing mounting bracket A4 of stating installation locating rod B1 is fallen in the chip removal portion, is then drained.
Due to not connected between installation locating rod B1 described in every, it will be able to so that cutting scrap and cutting waste fluid
It can not have to clean just to fall in the chip removal portion, so the segmented T-slot platform B is will not to contain cutting scrap
With cutting waste fluid, so its drain chip removal process be fastish, so this is to ensure that the accuracy of work pieces process
With the continuity of processing.And traditional T-slot B11 platforms are due to being one piece of big integral platform, so will necessarily accumulate certain
Cutting scrap and cutting waste fluid, so draining chip removal process is not quickly, but need other mechanical structure or human hand
Secondary.
The saddle F and the tool magazine I herein referred to is in the front side of the first reference plane YJ, is not stricti jurise
On they generally in the front side of the first reference plane YJ, but they are mostly in the first reference plane YJ
Front side, their part may be allowed to cross first benchmark because of the difference of processing mounting arrangements or other reasons etc.
Face YJ, the center to enable them are the front sides for being guaranteed at the first reference plane YJ.Similarly, the crossbeam E is in
The rear side of the first reference plane YJ allows part of it to cross the first reference plane YJ, also for reaching its center
It is the rear side in the first reference plane YJ.The left column C and right column D bears the crossbeam E, saddle F, head J
A part of balance is accessed with the gravitation energy for bearing the crossbeam E with the gravity of tool magazine I, finally so that the crossbeam E, saddle
F, the whole gravity of head J and tool magazine I is fallen in the left column C and right column D, will not be to the left column C and the right side
Column D generates torque or the torque very little of generation.
If the upright square column of the left column C, and the crossbeam E, saddle F, head J and tool magazine I would be in described
It, then very greatly may the relatively described left column C and right column D generation torques when the side of upright square column.So in order to ensure
The left column C and right column D will not by moment loading, the left column C and right column D can be arranged to from up to
Lower curving towards the crossbeam E is arranged to the prodigious column of structural volume, but due to left column C and right column D
Build it is very big when, installing can be extremely difficult, and the weight of left column C and right column D will increase many simultaneously,
The running of other mechanism can be influenced, so, it is to compare science that the left column C and right column D, which are configured with certain bending,
With meet produce reality, it makes the planform of its own be unlikely to excessive while can effectively reducing the weight of itself,
The action of other mechanism is not interfered with.
Even if the left column C and right column D bear the gravity of the saddle F, head J and tool magazine I and bear the cross
The gravity of beam E cannot balance, i.e., the described left column C and right column D bear the relatively described left column C of their whole gravity and
There is bias in the center of right column D, and the torque that the left column C and right column D are born will not be very big, is enough to bear,
It is influenced it is just much smaller, finally so that it will not be there is a situation where mobile unstable, to the shadow of machining accuracy in moving process
It rings just small.
Further, the lateral length of the processing mounting bracket A4 be more than the left bearing support A1 and right bearing support A2 it
Between spacing.
Between between left side and right side that the lateral length of the processing mounting bracket A4 is the processing mounting bracket A4
Away from.The rolling guide A5 and door rail A6 is in the underface of the processing mounting bracket A4, it is meant that described
The lateral surface of rolling guide A5 and the door rail A6 will not cross the lateral surface of the processing mounting bracket A4, so two
Spacing between the rolling guide A5 lateral surfaces is inherently less than the lateral length of the processing mounting bracket A4, similarly, institute
State the lateral length that the spacing between the lateral surface of two door rail A6 is also inherently less than the processing mounting bracket A4.
Two process operation positions are respectively set in the both sides of gantry machining center lathe bed A, after processing is shut down, remove the protective door H
With the saddle F so that two process operation positions are unobstructed, and the body of operator can be installed very close to the processing
The both sides of frame A4, toward the longest processed and stretched in the middle part of mounting bracket A4, worker easy to operation grasps the both hands of operator nearby
Make, consequently facilitating frock clamp and loading and unloading, without being limited by the rolling guide A5 and the door rail A6, institute
As long as with the lateral dimension reasonable design of the processing mounting bracket A4, the both hands of people must can get at operating point can be square
Just it processes.
Further, multiple chip removal storehouse A7 are provided in the lathe bed A；The processing mounting bracket A4 is vertical and horizontal by more
Metallic rod staggeredly is formed, and forms the chip removal mouth A41 of four row multirows, and four chip removal mouth A41 are provided with per a line, same
Adjacent chip removal mouth A41 is correspondingly arranged there are one chip removal storehouse A7 in row, and the lower section of four chip removal mouth A41 per a line is only arranged
There are two chip removal storehouse A7, and correspond to different chip removal storehouse A7 respectively in two intermediate chip removal mouth A41, perpendicular to be formed
To the chip removal storehouse A7 of two row；Chip removal mouth A41, the left bearing support A1 of the feeding mouth alignment of the chip removal storehouse A7 above it
It is provided with multiple chip removal through-hole A11 from front to back with right bearing support A2, the discharge port of each chip removal storehouse A7 is respectively aligned to one
A chip removal through-hole A11, and the discharge port direction of the chip removal storehouse A7 in same row is identical.
If the segmented T-slot platform B is equipped with multiple work pieces process, actually fall from two chip removal mouth A41
Cutting scrap in the A7 of chip removal storehouse and cutting waste fluid and few are dropped into, can effectively avoid them from gathering, and each chip removal
The discharge port of storehouse A7 is only directed at a chip removal through-hole A11, can also prevent the accumulation of cutting scrap and cutting waste fluid, efficiently
Chip removal drains.
Further, the chip removal storehouse A7 is by the first mounting plate A71, the second mounting plate A72, third mounting plate A73,
Four mounting plate A74 and the 5th mounting plate A75 compositions；
Corresponding chip removal mouth A41's is outermost when being connected for first above each described chip removal storehouse A7, and described the
The top margin of one mounting plate A71 is connected to first connection side, the first mounting plate A71 towards the inside of the chip removal storehouse A7 and
It extends downwardly, finally so that the first mounting plate A71 tilts the inside for being suspended on the chip removal storehouse A7；
The common junction of the corresponding two chip removal mouth A41 in top of the two neighboring chip removal storehouse A7 is the second connection
Side, the top margin of the second mounting plate A72 are connected to second connection side, the second mounting plate A72 extend downwardly after with
The third mounting plate A73's is connected on one side, current affiliated A7 pairs of the chip removal storehouse of another side alignment of the third mounting plate A73
The chip removal through-hole A11 answered；
The top margin of the 4th mounting plate A74 is connected to the front side edge of current corresponding chip removal mouth A41, the 4th installation
The bottom edge of plate A74 is connected to the bottom support bracket A3；The top margin of the 5th mounting plate A75 is connected to current corresponding chip removal
The back side edge of mouth A41, the bottom edge of the 5th mounting plate A75 is connected to the bottom support bracket A3；First mounting plate
A71, the second mounting plate A72, the front side edge of third mounting plate A73 and back side edge are all connected to the 4th mounting plate A74 and
Five mounting plate A75.
When being processed to workpiece, gathers the at most place of cutting scrap and cutting waste fluid and be located at the processing mounting bracket A4
Middle part, at this moment cutting scrap and cutting waste fluid can directly fall in the chip removal storehouse A7, accelerate the speed drained.And
Cutting scrap and cutting waste fluid that both sides through the processing mounting bracket A4 are fallen are simultaneously few, can pass through first mounting plate
A71 slides to the chip removal storehouse A7, then be in the chip removal storehouse A7 inside cutting scrap and cutting waste fluid completely by
The transition of the third mounting plate A73 is discharged by the chip removal through-hole A11.Cutting waste fluid passes through the first mounting plate A71
Have certain acceleration afterwards, after can rush at the cutting scrap being currently on the third mounting plate A73, to cutting scrap provide
One power enables it be quickly discharged toward the chip removal through-hole A11.
Further, the first mounting plate A71 first towards the inside the chip removal storehouse A7 and is downwardly extending landing one
Portion A711 is extended to form slide two A712 still further below, and the angle of inclination for sliding two A712 is more than the landing one
The angle of inclination of A711.
It is successively by one A711 of the landing by cutting scrap and cutting waste fluid that the first mounting plate A71 slides
It is slid into the chip removal storehouse A7 with two A712 are slid, so being more than institute by the falling speed for sliding two A712
The falling speed for sliding an A711 is stated, this is equivalent to accelerate to slide to the cutting scrap and cutting waste fluid one dynamic
Power is conducive to Quick drainage chip removal.
Further, the left column C includes profile assembly C4 and support component C5；
The profile assembly C4 includes left plate C41, right plate C42, front side plate C43, rear side plate C44, top plate C45
With bottom mounting plate C46；
As the left plate C41 is arranged to the right plate C42；The left plate C41 extends backward straight down
Inferoanterior extension extends straight down again；
The left plate C41 and right plate C42 is respectively placed in the left and right sides；The front side plate C43 is set to institute
The front side between left plate C41 and the right plate C42 is stated, and is connected to the left plate C41 and the right plate C42；Institute
The rear side that rear side plate C44 is set between the left plate C41 and the right plate C42 is stated, and is connected to the left plate
The C41 and right plate C42；The top plate C45 is set to above the left plate C41 and right plate C42, and is connected to
The left plate C41, right plate C42, front side plate C43 and the rear side plate C44；The bottom mounting plate C46 is set to
The left plate C41 and the bottom surfaces the right plate C42, and it is connected to the left plate C41, right plate C42, front side plate C43
With the rear side plate C44；
The support component C5 is set to the left plate C41, right plate C42, front side plate C43 and the back side panel
In part C44, for reinforcing supporting to the left plate C41, right plate C42, front side plate C43 and the rear side plate C44.
In the middle part of the left plate C41 and the right plate C42 extended to inferoanterior so that the left plate C41
It is not on same straight line with the upper and lower part center of the right plate C42, but has certain offset, finally enable institute
The center of left column C and right column D are stated in middle part, and the crossbeam E is mounted to the left column C and right column D
On, even if the saddle F, head J and the tool magazine I can ensure its gravitation energy if being in the sides the crossbeam E actually
It enough falls in the left column C and right column D, larger torque will not be generated to it, influences its stable structure.
Further, the support component C5 includes the first tablet C51, the second tablet C52, third tablet C53, first
Inclined plate C54 and the second inclined plate C55；
The first tablet C51 is set to the turning point of C2 in the middle part of the column top C1 and the column, and described the
It is connected to the front side plate C43 on front side of one tablet C51, the rear side plate is connected on rear side of the first tablet C51
C44；The second tablet C52 is set to the middle part of the upper and lower position of C2 in the middle part of the column, and before the second tablet C52
Side is connected to the front side plate C43, and the rear side plate C44 is connected on rear side of the second tablet C52；The third is flat
Plate C53 is set to the turning point of C2 and the column lower part C3 in the middle part of the column, and the front side connection of the third tablet C53
The rear side plate C44 is connected on rear side of the front side plate C43, the third tablet C53；
The rear side of the first tablet C51 is connected on rear side of the first inclined plate C54, before the first inclined plate C54
Side is connected to the front side of the second tablet C52；Before the front side of the second inclined plate C55 connects the second tablet C52
Side is connected to the rear side of the third tablet C53 on rear side of the second inclined plate C55.
The left column C and right column D overall construction intensities it is minimum be exactly C2 in the middle part of column because it is with respect to institute
It is inclined to state column top C1 and the column lower part C3.If the weight that the left column C and right column D are accepted is very big,
It is easy for enabling it that avalanche occurs, so must just reinforce the structural strength of C2 in the middle part of the column.The first tablet C51,
Two tablet C52, third tablet C53, the first inclined plate C54 and the second inclined plate C55 C2 in the middle part of the column form four triangles,
And the stability of the structure of triangle is quite high, so the structural strength of C2 in the middle part of the column can be effectively ensured,
To ensure the structural stability of the left column C and right column D.
Further, the support component C5 further includes third inclined plate C56 and the 4th inclined plate C57；
The junction of the top plate C45 and the front side plate C43 are connected on front side of the third inclined plate C56, it is described
The rear side of the first tablet C51 is connected on rear side of third inclined plate C56；It is connected on rear side of the 4th inclined plate C57 described
The rear side of third tablet C53 is connected to the front side plate C43 and the bottom mounting plate on front side of the 4th inclined plate C57
The junction of C46.
It is described vertical in order to ensure because of the weight of the left column C and the mechanisms to be born of right column D or sizable
The structural strength of column top C1 and the column lower part C3 are just provided with third inclined plate C56 and the 4th inclined plate C57 here.
The column top C1 is divided into two triangles by the third inclined plate C56, and the 4th inclined plate C57 is by the column lower part
C3 is divided into two triangles.Similarly, the principle of use is equally high using the structural stability of triangle, to enhance
The structural strength of the column top C1 and column lower part C3.
Further, the left column C includes auxiliary support assemblies C6；
The auxiliary support assemblies C6 is ribs plate, is installed on the front side plate C43 and the rear side plate
The junction of C44 and the bottom mounting plate C46, for reinforcing support to the left column C and right column D.
The auxiliary support assemblies C6 advantageously ensures that the stable structure of the left column C and right column D.
Further, it is additionally provided with tool magazine mounting plate M, the tool magazine mounting plate M on the saddle F and is connected to the cunning
The side of saddle F；The tool magazine I is installed on the saddle F.
The tool magazine I and the saddle F are connected, compared to the mounting means that existing saddle F is detached with tool magazine I,
Saddle F needs to make back and forth movement toward at tool magazine I when head J tool changing, thus head J herein can tool changing nearby, reduce tool changing
Time shortens the overall processing time, improves whole processing efficiency.
The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as
Limitations of the present invention.
Claims (10)
1. a kind of numerical control gantry machining center, it is characterised in that：Including lathe bed, segmented T-slot platform, left column, right column,
Crossbeam, saddle, protective door, tool magazine, head, operation console and electric control box；
The lathe bed is made of left bearing support, right bearing support, bottom support bracket and processing mounting bracket；The left bearing support and right branch
The bottom of bolster is connected to the left and right sides of bottom support bracket, and the processing mounting bracket is connected to the left bearing support and institute
State the top of right bearing support；The processing mounting bracket is latticed metal frame；The segmented T-slot platform is set to described
It processes on the top of mounting bracket；The segmented T-slot platform is made of more installation locating rods, the every installation locating rod
On be provided with T-slot, the every installation locating rod is equally spacedly set to from left to right above the processing mounting bracket；
It is both provided with rolling guide and door rail on the outside of the left bearing support and right bearing support；The left column activity setting
In on the rolling guide of left bearing support, the right column is movably set on the rolling guide of the right bearing support；The protection
Door is movably set on the door rail；The both ends of the crossbeam are respectively arranged on the left column and right column, described
Saddle is movably set on the crossbeam, and the head is set on the saddle, and the tool magazine is set on the saddle；Institute
The side that operation console is set to the lathe bed, the action for controlling numerical control gantry machining center are stated, the electric control box is set
It is placed in front side or the rear side of the lathe bed, the switch for controlling each component of numerical control gantry machining center controls；
The left column is as right column setting；The left column first extend straight down after to inferoanterior extend again to
Under extend to form column top, in the middle part of column and column lower part；In the middle part of the column and column lower part is in their leading flank
The first patchcord is formed at switching, in the middle part of the column and column lower part forms second turn at the switching of their trailing flank
Wiring；It crosses the first patchcord and is the first positioning surface perpendicular to the face of the bottom surface of left column；With the trailing flank on column top and
One positioning surface is mutually parallel and is the first reference plane with the trailing flank on column top and the equidistant face of the first positioning surface；It is described
Saddle, tool magazine and the head are in the front side of first reference plane, and the crossbeam is in the rear side of first reference plane.
2. numerical control gantry machining center according to claim 1, it is characterised in that：The lateral length of the processing mounting bracket
More than the spacing between the left bearing support and right bearing support.
3. numerical control gantry machining center according to claim 1, it is characterised in that：Multiple chip removals are provided in the lathe bed
Storehouse；The processing mounting bracket forms the chip removal mouth of four row multirows, and per a line to be made of more metallic rods anyhow staggeredly
There are four chip removal mouths for setting, and in a line, adjacent chip removal mouth is correspondingly arranged there are one chip removal storehouse, four chip removal mouths per a line
Lower section be only arranged there are two chip removal storehouse, and correspond to different chip removal storehouses respectively in two intermediate chip removal mouths, to
Form the chip removal storehouse of vertical two row；Chip removal mouth of the feeding mouth alignment in the chip removal storehouse above it, the left bearing support and
Right bearing support is provided with multiple chip removal through-holes from front to back, and the discharge port in each chip removal storehouse is respectively aligned to a chip removal and leads to
Hole, and the discharge port direction in the chip removal storehouse in same row is identical.
4. numerical control gantry machining center according to claim 3, it is characterised in that：The chip removal storehouse by the first mounting plate,
Second mounting plate, third mounting plate, the 4th mounting plate and the 5th mounting plate composition；
Corresponding chip removal mouth is outermost while for the first connection above each described chip removal storehouse, first mounting plate
Top margin is connected to first connection side, first mounting plate towards the chip removal storehouse inside and extend downwardly, it is final so that
First mounting plate tilts the inside for being suspended on the chip removal storehouse；
The common junction of corresponding two chip removal mouths in top in the two neighboring chip removal storehouse be second connection side, described second
The top margin of mounting plate is connected to second connection side, and second mounting plate extends downwardly rear and the third mounting plate one
While be connected, the corresponding chip removal through-hole in the another side current affiliated chip removal storehouse of alignment of the third mounting plate；
The top margin of 4th mounting plate is connected to the front side edge of current corresponding chip removal mouth, and the bottom edge of the 4th mounting plate connects
It is connected to the bottom support bracket；The top margin of 5th mounting plate is connected to the back side edge of current corresponding chip removal mouth, and described the
The bottom edge of five mounting plates is connected to the bottom support bracket；The front side of first mounting plate, the second mounting plate, third mounting plate
Side and back side edge are all connected to the 4th mounting plate and the 5th mounting plate.
5. numerical control gantry machining center according to claim 4, it is characterised in that：First mounting plate is first towards the row
Inside bits storehouse and it is downwardly extending landing one, extends to form landing two, the angle of inclination for sliding two still further below
More than the angle of inclination for sliding one.
6. numerical control gantry machining center according to claim 1, it is characterised in that：The left column include profile assembly and
Support component；
The profile assembly includes left plate, right plate, front side plate, rear side plate, top plate and bottom mounting plate；
As the left plate is arranged to the right plate；The left plate erects after extending straight down to inferoanterior extension again
Directly extend downwardly；
The left plate and the right plate are respectively placed in the left and right sides；The front side plate is set to the left plate and described
Front side between right plate, and it is connected to the left plate and the right plate；The rear side plate is set to the left plate
Rear side between the right plate, and it is connected to the left plate and the right plate；The top plate is set to the left side
Above plate and the right plate, and it is connected to the left plate, right plate, front side plate and the rear side plate；The bottom
Mounting plate is set to the left plate and the right plate bottom surface, and is connected to the left plate, right plate, front side plate and institute
State rear side plate；
The support component is set in the left plate, right plate, front side plate and the rear side plate, for the left side
Side plate, right plate, front side plate and the rear side plate reinforce support.
7. numerical control gantry machining center according to claim 6, it is characterised in that：The support component includes first flat
Plate, the second tablet, third tablet, the first inclined plate and the second inclined plate；
First tablet is set to the turning point in the middle part of the column top and the column, and the front side of first tablet
It is connected to the front side plate, the rear side plate is connected on rear side of first tablet；Second tablet is set to institute
The middle part of the upper and lower position in the middle part of column is stated, and is connected to the front side plate on front side of second tablet, described second is flat
The rear side plate is connected on rear side of plate；The third tablet is set in the middle part of the column and the turnover of the column lower part
Place, and the front side plate is connected on front side of the third tablet, it is connected to the back side panel on rear side of the third tablet
Part；
It is connected to the rear side of first tablet on rear side of first inclined plate, described is connected on front side of first inclined plate
The front side of two tablets；The front side of second inclined plate connects the front side of second tablet, the rear side connection of second inclined plate
In the rear side of the third tablet.
8. numerical control gantry machining center according to claim 7, it is characterised in that：The support component further includes that third is oblique
Plate and the 4th inclined plate；
The junction of the top plate and the front side plate, the rear side of the third inclined plate are connected on front side of the third inclined plate
It is connected to the rear side of first tablet；It is connected to the rear side of the third tablet on rear side of 4th inclined plate, the described 4th
The junction of the front side plate and the bottom mounting plate is connected on front side of inclined plate.
9. numerical control gantry machining center according to claim 8, it is characterised in that：The left column further includes Auxiliary support
Component；
The auxiliary support assemblies are ribs plate, are installed on the front side plate and the rear side plate and the bottom
The junction of mounting plate, for reinforcing support to the left column and right column.
10. numerical control gantry machining center according to claim 1, it is characterised in that：It is additionally provided with tool magazine on the saddle
Mounting plate, the tool magazine mounting plate are connected to the side of the saddle；The tool magazine is installed on the saddle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721164563.XU CN207746816U (en) | 2017-09-12 | 2017-09-12 | A kind of numerical control gantry machining center |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721164563.XU CN207746816U (en) | 2017-09-12 | 2017-09-12 | A kind of numerical control gantry machining center |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207746816U true CN207746816U (en) | 2018-08-21 |
Family
ID=63146768
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721164563.XU Active CN207746816U (en) | 2017-09-12 | 2017-09-12 | A kind of numerical control gantry machining center |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207746816U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107695794A (en) * | 2017-09-12 | 2018-02-16 | 佛山市普拉迪数控科技有限公司 | A kind of numerical control gantry machining center |
| CN114670029A (en) * | 2022-03-02 | 2022-06-28 | 佛山市长浦智能装备有限公司 | Gantry machining center |
-
2017
- 2017-09-12 CN CN201721164563.XU patent/CN207746816U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107695794A (en) * | 2017-09-12 | 2018-02-16 | 佛山市普拉迪数控科技有限公司 | A kind of numerical control gantry machining center |
| CN107695794B (en) * | 2017-09-12 | 2023-09-12 | 广东普拉迪科技股份有限公司 | Numerical control gantry machining center |
| CN114670029A (en) * | 2022-03-02 | 2022-06-28 | 佛山市长浦智能装备有限公司 | Gantry machining center |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207746816U (en) | A kind of numerical control gantry machining center | |
| CN107695794A (en) | A kind of numerical control gantry machining center | |
| CN207120055U (en) | A kind of easy-to-dismount mechanical workpieces protective cover | |
| CN208772977U (en) | A kind of stable type machining center | |
| CN105983860A (en) | Installation base | |
| CN105983874A (en) | Feeding clamp supporting seat for cutting machine | |
| CN206550713U (en) | A kind of tool magazine for storage order machining tool | |
| CN204625021U (en) | Shipbuilding door machine hung partially by the two girder of a kind of six tracks | |
| CN113523829A (en) | Beam rib arrangement structure and overhead traveling crane gantry with same | |
| CN207953176U (en) | A kind of planer-type organisation of working of stable structure | |
| CN208614241U (en) | A kind of pedestal of Five-axis NC Machining Center | |
| CN211360899U (en) | Cutting device for bearing | |
| CN205008760U (en) | Open -type welder tray integration welding machine | |
| CN207668884U (en) | A kind of gantry machining center lathe bed facilitating processing | |
| CN207104342U (en) | A kind of gantry machining center lathe bed of Quick drainage chip removal | |
| CN206653147U (en) | A kind of carving and milling machine workbench | |
| CN208147342U (en) | A kind of gantry machining center | |
| CN205764191U (en) | cutting machine frame | |
| CN105983726A (en) | Rack used for cutting machine | |
| CN206010422U (en) | Mounting seat | |
| CN217799124U (en) | Multifunctional vertical-horizontal synchronous movement integrated machine | |
| CN202824841U (en) | Vertical broaching machine outer shell | |
| CN106077812B (en) | It is provided with the cutting machine positioning frame of positioning seat | |
| CN215316985U (en) | Beam rib arrangement structure and overhead traveling crane gantry with same | |
| CN207310287U (en) | A kind of matrix form bull glass carving machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | "change of name, title or address" | ||
| CP03 | "change of name, title or address" |
Address after: Block 1 and block 3, No. 9, Lexin Avenue, Leping Town, Sanshui District, Foshan City, Guangdong Province Patentee after: Guangdong Pradi Technology Co., Ltd Address before: 528137 workshop a, No.70, area C, Sanshui Industrial Park, Foshan City, Guangdong Province Patentee before: FOSHAN PRATIC CNC SCIENCE & TECHNOLOGY Co.,Ltd. |