CN207668884U - A kind of gantry machining center lathe bed facilitating processing - Google Patents
A kind of gantry machining center lathe bed facilitating processing Download PDFInfo
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- CN207668884U CN207668884U CN201721164572.9U CN201721164572U CN207668884U CN 207668884 U CN207668884 U CN 207668884U CN 201721164572 U CN201721164572 U CN 201721164572U CN 207668884 U CN207668884 U CN 207668884U
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- lathe bed
- bearing support
- chip removal
- bed bearing
- machining center
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Abstract
The utility model is related to machine tool component technical field, solves rolling guide or saddle is any when being installed on the lathe bed both sides, the problem of enabling the lateral length of lathe bed increase, lead to influence operator's process operation.A kind of gantry machining center lathe bed facilitating processing, including：Left lathe bed bearing support, right lathe bed bearing support, bottom supporting rack, processing mounting bracket, rolling guide, saddle, door rail and protective door；The bottom of the processing mounting bracket is connected to the left lathe bed bearing support and the right lathe bed bearing support, and the lateral length of the processing mounting bracket is more than the spacing between the left lathe bed bearing support and right lathe bed bearing support；Two rolling guides are respectively arranged at the outside of the left lathe bed bearing support and the right lathe bed bearing support, and the saddle cooperates with the rolling guide and is driven；Two door rails are respectively arranged at the outside of the left lathe bed bearing support and the right lathe bed bearing support, and the protective door cooperates with the door rail and is driven.
Description
Technical field
The utility model is related to machine tool component technical fields, and in particular to a kind of gantry machining center lathe bed facilitating processing
Background technology
On traditional gantry machining center lathe bed, it will usually which above lathe bed or the both sides of lathe bed are equipped with rolling simultaneously and lead
Rail and door rail, rolling guide and saddle match resultant motion so that the processing cutter head of gantry machining center is transported along lathe bed direction
It is dynamic, and door rail and protective door match resultant motion, realize the opening to protective door or closing.But if rolling guide and
Saddle is any when being installed on above lathe bed, can all occupy the working (finishing) area on lathe bed, cause to be required to measure work before processing every time
Whether the size of part, the size to consider lathe bed and workpiece are mutually matched.If rolling guide or saddle it is any be installed on it is described
When 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 it is needed
Carry out following processing auxiliary operation：Such as toward removing workpiece or simplified overhauling lathe, institute on arrangement workpiece on lathe bed, lathe bed
Can not be excessive with the lateral length of lathe bed, even if otherwise operator stretchs out double open and may still can't reach operating point completely,
Cause to influence process operation, in order to adapt to such case, is merely able to reduce the lateral length of lathe bed, but this causes gantry to add again
Work center reduces the adaptability of workpiece size.
Utility model content
The purpose of this utility model is that aiming at the deficiencies in the prior art, provides and a kind of enable operator can be more
Close to workbench side, gantry machining center lathe bed of the worker easy to operation with regard near operation.
For this purpose, the utility model uses following technical scheme：A kind of gantry machining center lathe bed facilitating processing,
Including：Left lathe bed bearing support, right lathe bed bearing support, bottom supporting rack, processing mounting bracket, rolling guide, saddle, door rail and
Protective door；
The bottom of the left lathe bed bearing support and right lathe bed bearing support is connected to the left and right two of the processing mounting bracket
The bottom of side, the processing mounting bracket is connected to the top of the left lathe bed bearing support and the right lathe bed bearing support, and described
The lateral length of mounting bracket is processed more than the spacing between the left lathe bed bearing support and right lathe bed bearing support；
The rolling guide and door rail are at least provided with a pair；Two rolling guides are respectively arranged at described
The outside of left lathe bed bearing support and the right lathe bed bearing support, the saddle cooperate with the rolling guide and are driven；Two
The door rail is respectively arranged at the outside of the left lathe bed bearing support and the right lathe bed bearing support, the protective door and institute
State door rail mutual cooperation transmission.
Preferably, the lateral length ranging from 1.6m-1.8m of the processing mounting bracket.
Preferably, the door rail is set to the lower section of the rolling guide.
Preferably, the processing mounting bracket is the grid-shaped metal frame for being vertically provided with four row multirows, each grid pair
It should be a landing hollow out；
Chip removal storehouse is correspondingly arranged below the landing hollow out, and the feeding mouth alignment in each chip removal storehouse is thereon
The landing hollow out of side, the left lathe bed bearing support and right lathe bed bearing support are provided with multiple chip removal outlets from front to back, each
The outlet in the chip removal storehouse corresponds to a chip removal outlet.
Preferably, the shape for sliding hollow out is rectangle；Two neighboring landing hollow out per a line from left to right
Chip removal storehouse there are one being correspondingly arranged, and slide hollow outs in intermediate two and correspond to different chip removal storehouses respectively, four per a line
Only there are two chip removal storehouse, two chip removal storehouses per a line are in same row mutually back to setting for setting below a landing hollow out
Each slide storehouse last chip removal direction it is identical.
Preferably, the chip removal storehouse is by one plate of landing, left and right partition board, two plates of landing, second partition and third partition board group
At；
Corresponding two landings hollow out is outermost while for the first connection above each described chip removal storehouse；The cunning
The top margin for falling a plate is connected to first connection side, and landings plate elder generation is towards tilting down to form the first plate inside chip removal storehouse
Portion, again towards tilting down to form the second plate portion inside chip removal storehouse, the angle of inclination of second plate portion is more than one plate of the landing
The angle of inclination of first plate portion；
Above the two neighboring chip removal storehouse corresponding two slide hollow out it is shared when being connected for second；The left and right
The top margin of partition board is connected to second connection side, and the left and right partition board extends downwardly rear to be connected on one side with two plates of the landing
It connects, the another side for sliding two plates is directed at the corresponding chip removal outlet in presently described chip removal storehouse；
The top margin of the first partition is connected to current corresponding two front side edges for sliding hollow out, described first every
The bottom edge of plate is connected to the bottom supporting rack；The top margin of the second partition is connected to current corresponding two landings and engraves
Empty back side edge, the bottom edge of the second partition is connected to the bottom supporting rack.
Preferably, the range of tilt angles of first plate portion for sliding a plate is 5 ° -30 °.
Preferably, the range of tilt angles of second plate portion is 40 ° -75 °.
Preferably, the range of tilt angles for sliding two plates is 35 ° -65 °.
Preferably, the angle of inclination for sliding two plates is 45 °.
The beneficial effects of the utility model：Two process operation positions are respectively set in the both sides of gantry machining center lathe bed,
After processing is shut down, the protective door and the saddle are removed so that two process operation positions are unobstructed, the body of operator
Body can be very close to the both sides of the processing mounting bracket, and the both hands of operator are toward stretching most in the middle part of the processing mounting bracket
Long, worker easy to operation is with regard near operation, consequently facilitating frock clamp and loading and unloading, without by the rolling guide and described
The limitation of door rail, as long as so the lateral dimension reasonable design of the processing mounting bracket, the both hands of people must can obtain
Processing can be facilitated by operating point.The another same equipment of external satisfaction processes to be formed down, and width dimensions can effectively reduce, from
And the volume of gantry machining center lathe bed can be effectively reduced.
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 gantry machining center lathe bed of the omission saddle and protective door of one of the utility model embodiment
Structural schematic diagram；
Fig. 3 is the structural representation in chip removal storehouse on the gantry machining center lathe bed of one of the utility model embodiment
Figure.
Wherein：Left lathe bed bearing support 1, right lathe bed bearing support 2, bottom supporting rack 3 process mounting bracket 4, and rolling guide 5 is sliding
Saddle 6, door rail 7, protective door 8, chip removal storehouse 9, chip removal outlet 11 slide hollow out 41, slide a plate 91, and left and right partition board 92 is sliding
Fall two plates 93, first partition 94, second partition 95, the first plate portion 911, the second plate portion 912.
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 gantry machining center lathe bed facilitating processing, including：Left lathe bed bearing support 1, right lathe bed bearing support 2, bottom
Supporting rack 3, processing mounting bracket 4, rolling guide 5, saddle 6, door rail 7 and protective door 8；
The bottom of the left lathe bed bearing support 1 and right lathe bed bearing support 2 is connected to the left and right of the processing mounting bracket 4
The bottom of both sides, the processing mounting bracket 4 is connected to the top of the left lathe bed bearing support 1 and the right lathe bed bearing support 2, and
The lateral length of the processing mounting bracket 4 is more than the spacing between the left lathe bed bearing support 1 and right lathe bed bearing support 2；
The rolling guide 5 and door rail 7 are at least provided with a pair；Two rolling guides 5 are respectively arranged at
The outside of the left lathe bed bearing support 1 and the right lathe bed bearing support 2, the saddle 6 cooperate with the rolling guide 5 and pass
It is dynamic；Two door rails 7 are respectively arranged at the outside of the left lathe bed bearing support 1 and the right lathe bed bearing support 2, described
Protective door 8 cooperates with the door rail 7 and is driven.
As depicted in figs. 1 and 2, the lateral length of the processing mounting bracket 4 is the left side and the right side of the processing mounting bracket 4
Spacing between side.The rolling guide 5 and the door rail 7 are in the underface of the processing mounting bracket 4, meaning
Taste, which the rolling guide 5 and the lateral surface of the door rail 7, will not cross the lateral surface for processing mounting bracket 4, so
Spacing between two 5 lateral surfaces of the rolling guide is inherently less than the lateral length of the processing mounting bracket 4, similarly,
Spacing between the lateral surface of two door rails 7 is also inherently less than the lateral length of the processing mounting bracket 4.
Two process operation positions are respectively set in the both sides of gantry machining center lathe bed, after processing is shut down, remove 8 He of the protective door
The saddle 6 so that two process operation positions are unobstructed, and the body of operator can be very close to the processing mounting bracket
4 both sides, the longest that the middle part of the both hands of operator toward the processing mounting bracket 4 is stretched, worker easy to operation with regard near operation,
Consequently facilitating frock clamp and loading and unloading, without being limited by the rolling guide 5 and the door rail 7, so only
The lateral dimension reasonable design of the processing mounting bracket 4 is wanted, the both hands of people, which must can get at operating point, conveniently to be added
Work.
Further, the lateral length ranging from 1.6m-1.8m of the processing mounting bracket 4.
As depicted in figs. 1 and 2, Asian adult's arm length is generally 70cm or so, and the operator is generally
It can stand at the process operation position and the location of workpiece can be touched.And the processing mounting bracket 4 is set
If lateral length is too small, then so that the flexibility (adaptability) of operation of the gantry machining center lathe bed becomes smaller, can not processing dimension compared with
Big workpiece.If if the lateral length that the processing mounting bracket 4 is arranged is excessive, operator reaches extending both hands
The middle part of the gantry machining center lathe bed, influences operator's mounting tool fixture and loading and unloading etc..
Further, the door rail 7 is set to the lower section of the rolling guide 5.
As shown in Fig. 2, being equipped with crossbeam on general saddle 6, tool magazine and process tool are installed on crossbeam.Because of the drawing
The protective door 8 installed on door guide rail 7 will protect the tool magazine and process tool, and thing is produced to prevent process safety
Therefore so the door rail 7 must just be enabled to be set to the lower section of the rolling guide 5, be possible to enable 8 energy of the protective door
The gantry machining center lathe bed is protected, without interfering.
Further, the processing mounting bracket 4 is the grid-shaped metal frame for being vertically provided with four row multirows, each net
Lattice correspond to a landing hollow out 41；
41 lower section of the landing hollow out is correspondingly arranged on chip removal storehouse 9, and the feeding mouth alignment in each chip removal storehouse 9
Landing hollow out 41 above it, the left lathe bed bearing support 1 and right lathe bed bearing support 2 are provided with multiple chip removal outlets from front to back
11, the outlet in each chip removal storehouse 9 corresponds to a chip removal outlet 11.
As shown in Figures 2 and 3, the column direction herein referred to is front-rear direction.When the workpiece that will be processed is placed on the processing
When being processed on mounting bracket 4, because cutting scrap and cutting waste fluid can be generated therewith in the process to workpiece, if
If these cutting scrap and cutting waste fluid are drained not in time, it is possible to can be had an impact to processing.And the cutting of above-mentioned generation
Scrap and cutting waste fluid can quickly be fallen on through the landing hollow out 41 in the chip removal storehouse 9, after going out by the chip removal storehouse 9
Mouth discharge centralized processing, to avoid influencing the processing to workpiece.
Further, the shape for sliding hollow out 41 is rectangle；Two neighboring cunning per a line from left to right
It falls hollow out 41 to be correspondingly arranged there are one chip removal storehouse 9, and slides hollow outs 41 in intermediate two and correspond to different chip removal storehouses respectively
9,41 lower section of hollow outs is slid per four of a line, and only there are two chip removal storehouses 9 for setting, and two chip removal storehouses 9 per a line are mutually back to setting
It sets, and the last chip removal direction in each landing storehouse in same row is identical.
It as shown in Figures 2 and 3, can be via under it with the cutting scrap and cutting waste fluid generated to work pieces process
The chip removal storehouse 9 of side is fallen, and can be according to practical condition, and on the processing mounting bracket 4 multiple workpiece are arranged is added
Work, the only corresponding two landings hollow out 41 in each 9 top of the chip removal storehouse, so actually falling to this chip removal storehouse 9
Cutting scrap and cutting waste fluid and few, it is not easy to accumulate.
Further, the chip removal storehouse 9 is by one plate 91 of landing, left and right partition board 92, two plates 93 of landing, second partition 95
It is formed with third partition board 95；
Corresponding two of each 9 top of the chip removal storehouse slides the outermost while for the first connection of hollow out 41；Institute
It states and slides the top margin of a plate 91 and be connected to first connection side, the elder generation of a landings plate 91 is towards tilting down inside chip removal storehouse 9
Forming the first plate portion 911, one plate 91 of the landing is again towards tilting down to form the second plate portion 912 inside chip removal storehouse 9, and described second
The angle of inclination of plate portion 912 is more than the angle of inclination of first plate portion 911；
The top of the two neighboring chip removal storehouse 9 it is corresponding two slide hollow out 41 it is shared when being connected for second；It is described
The top margin of left and right partition board 92 is connected to second connection side, and the left and right partition board 92 extends downwardly rear and two plates 93 of the landing
Be connected on one side, the another side for sliding two plates 93 is directed at presently described 9 corresponding chip removal of chip removal storehouse outlet 11；
The top margin of the first partition 94 is connected to current corresponding two front side edges for sliding hollow out 41, described
The bottom edge of first partition 94 is connected to the bottom supporting rack 3；The top margin of the second partition 95 is connected to current corresponding two
A back side edge for sliding hollow out 41, the bottom edge of the second partition 95 is connected to the bottom supporting rack 3.
As shown in figure 3, when being processed to workpiece, the general cutting scrap and the place of cutting waste fluid of generating is the processing
The medium position of mounting bracket 4, cutting scrap and cutting waste fluid in this position can directly fall to the chip removal storehouse 9
In the middle, accelerate the speed drained.And the cutting scrap and cutting waste fluid in 4 both sides of the processing mounting bracket usually accumulate not
It is more, it can successively be slid via first plate portion 911 and second plate portion 912 slides into the chip removal storehouse 9.And institute
Cutting scrap and cutting waste fluid is stated by the speed that second plate portion 912 slides to be greater than by first plate portion 911
At this moment slip velocity is equivalent to accelerate the power slid to cutting scrap and cutting waste fluid one, is conducive to draining chip removal, finally
The cutting scrap and cutting waste fluid summarized skids off 11 discharge of chip removal outlet via two plates 93 of the landing, is concentrated
Processing.
Further, the range of tilt angles of first plate portion 911 for sliding a plate 91 is 5 ° -30 °.
As shown in figure 3, the cutting scrap of the accumulation in the left and right side for processing mounting bracket 4 after processing is few,
And cutting waste fluid comparatively then can a bit compared with cutting scrap, cutting waste fluid is fluid, and the mobility of fluid is higher, so only
There are certain angle of inclination, cutting waste fluid just to have been able to slide quickly to second plate portion 912.
Further, the range of tilt angles of second plate portion 912 is 40 ° -75 °.
As shown in figure 3, the cutting scrap more accumulated toward 4 middle part place of the processing mounting bracket after processing is then more, certainly
Cutting waste fluid also can the cutting scrap of accumulation of left and right side of the relatively described processing mounting bracket 4 will be more.Cutting scrap is fallen on
It is first to fall in second plate portion 912 rather than fall directly on two plates 93 of the landing when second plate portion 912,
It is equivalent to the landing process of two-part, to prevent cutting scrap and cutting waste fluid from directly impinging upon on two plates 93 of the landing,
Harsh noise is generated, noise pollution is generated.
The angle of inclination of second plate portion 912 can not be too big, after being otherwise in vertical state, and is equivalently employed without and is provided with
Second plate portion 912.
Further, the range of tilt angles for sliding two plates 93 is 35 ° -65 °.
If as shown in figure 3, it is described slide two plates 93 angle of inclination setting be less than 35 ° when, because of the at this moment landing
Two plates 93 are very gentle, by experiment, are detrimental to draining chip removal, are easy to cause cutting scrap and cutting waste fluid accumulates,
Processing is influenced, if setting is more than 65 °, because at this moment two plates 93 of the landing have compared suddenly, is then easy to cause and cuts
It cuts scrap and cutting waste fluid quickly to walk toward chip removal outlet 11, is easy to cause the chip removal outlet 11 and blocks.
And two plates 93 of the landing are when falling in above-mentioned angular range, because should to arrange cutting useless for two plates 93 of the landing
Bits and cutting waste fluid, cutting waste fluid are conducive to drive the cutting scrap movement, and the angle of inclination for sliding two plates 93 is by real
Production requirement can be reached by testing.
Further, the angle of inclination for sliding two plates 93 is 45 °.
As shown in figure 3, by scientific experiment, two plates 93 of the landing are to be conducive to draining chip removal and be conducive to when being arranged at 45 °
Processing.
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 gantry machining center lathe bed facilitating processing, including：Left lathe bed bearing support, right lathe bed bearing support, bottom support
Frame, processing mounting bracket, rolling guide, saddle, door rail and protective door；
The bottom of the left lathe bed bearing support and right lathe bed bearing support is connected to the left and right sides of the processing mounting bracket, institute
The bottom for stating processing mounting bracket is connected to the top of the left lathe bed bearing support and the right lathe bed bearing support, and the processing is pacified
The lateral length shelved is more than the spacing between the left lathe bed bearing support and right lathe bed bearing support；
It is characterized in that：The rolling guide and door rail are at least provided with a pair；Two rolling guides are set respectively
It is placed in the outside of the left lathe bed bearing support and the right lathe bed bearing support, the saddle cooperates with the rolling guide and passes
It is dynamic；Two door rails are respectively arranged at the outside of the left lathe bed bearing support and the right lathe bed bearing support, described anti-
Door is protected to be driven with door rail mutual cooperation.
2. gantry machining center lathe bed according to claim 1, it is characterised in that：The lateral length of the processing mounting bracket
Ranging from 1.6m-2m.
3. gantry machining center lathe bed according to claim 1, it is characterised in that：The door rail is set to the rolling
The lower section of dynamic guide rail.
4. gantry machining center lathe bed according to claim 1, it is characterised in that：The processing mounting bracket is vertically arranged
There are the grid-shaped metal frame of four row multirows, each grid to correspond to a landing hollow out；
It is correspondingly arranged on chip removal storehouse below the landing hollow out, and the feeding mouth in each chip removal storehouse is aligned above it
Hollow out is slid, the left lathe bed bearing support and right lathe bed bearing support are provided with multiple chip removals outlets from front to back, described in each
The outlet in chip removal storehouse corresponds to a chip removal outlet.
5. gantry machining center lathe bed according to claim 4, it is characterised in that：The shape for sliding hollow out is length
It is rectangular；The two neighboring landing hollow out per a line is correspondingly arranged there are one chip removal storehouse from left to right, and in two intermediate cunnings
It falls hollow out and corresponds to different chip removal storehouses respectively, four per a line, which slide, to be only arranged below hollow out there are two chip removal storehouse, per a line
Two chip removal storehouses mutually back to setting, and in same row each slide storehouse last chip removal direction it is identical.
6. gantry machining center lathe bed according to claim 5, it is characterised in that：The chip removal storehouse by slide a plate,
Left and right partition board slides two plates, second partition and third partition board composition；
Corresponding two landings hollow out is outermost while for the first connection above each described chip removal storehouse；It is described to slide one
The top margin of plate is connected to first connection side, landings plate elder generation towards tilting down to form the first plate portion inside chip removal storehouse,
Again towards tilting down to form the second plate portion inside chip removal storehouse, the angle of inclination of second plate portion is more than described one plate of the landing
The angle of inclination of first plate portion；
Above the two neighboring chip removal storehouse corresponding two slide hollow out it is shared when being connected for second；The left and right partition board
Top margin be connected to second connection side, the left and right partition board extend downwardly it is rear be connected on one side with two plates of the landing,
The another side for sliding two plates is directed at the corresponding chip removal outlet in presently described chip removal storehouse；
The top margin of first partition is connected to current corresponding two front side edges for sliding hollow out, the bottom edge of the first partition
It is connected to the bottom supporting rack；The top margin of the second partition is connected to current corresponding two rear sides for sliding hollow out
The bottom edge on side, the second partition is connected to the bottom supporting rack.
7. gantry machining center lathe bed according to claim 6, it is characterised in that：First plate portion for sliding a plate
Range of tilt angles is 5 ° -30 °.
8. gantry machining center lathe bed according to claim 7, it is characterised in that：The angle of inclination model of second plate portion
Enclose is 40 ° -75 °.
9. gantry machining center lathe bed according to claim 8, it is characterised in that：The angle of inclination model for sliding two plates
Enclose is 35 ° -65 °.
10. gantry machining center lathe bed according to claim 9, it is characterised in that：The angle of inclination for sliding two plates
It is 45 °.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721164572.9U CN207668884U (en) | 2017-09-12 | 2017-09-12 | A kind of gantry machining center lathe bed facilitating processing |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721164572.9U CN207668884U (en) | 2017-09-12 | 2017-09-12 | A kind of gantry machining center lathe bed facilitating processing |
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| CN207668884U true CN207668884U (en) | 2018-07-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107498321A (en) * | 2017-09-12 | 2017-12-22 | 佛山市普拉迪数控科技有限公司 | A kind of gantry machining center lathe bed of convenient processing |
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2017
- 2017-09-12 CN CN201721164572.9U patent/CN207668884U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107498321A (en) * | 2017-09-12 | 2017-12-22 | 佛山市普拉迪数控科技有限公司 | A kind of gantry machining center lathe bed of convenient processing |
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Address after: 528137 block 1 and 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. |