CN209125330U - A kind of symmetrical gantry cross slide seat structure of digital control two-way - Google Patents
A kind of symmetrical gantry cross slide seat structure of digital control two-way Download PDFInfo
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- CN209125330U CN209125330U CN201822089752.6U CN201822089752U CN209125330U CN 209125330 U CN209125330 U CN 209125330U CN 201822089752 U CN201822089752 U CN 201822089752U CN 209125330 U CN209125330 U CN 209125330U
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Abstract
The utility model provides a kind of symmetrical gantry cross slide seat structure of digital control two-way, including the first slide and second slide being interconnected and fixed, directed cavity is formed between first slide and second slide, the one side wall of directed cavity is equipped with screw mandrel support seat, the two sides of screw mandrel support seat are symmetrically arranged with two group of first installation hyte, and another side wall of directed cavity is correspondingly provided with two group of second installation hyte；The lateral wall of first vertical plate is equipped with sliding block, and the lower section of sliding block is equipped with the third installation hyte for installing the first guide pad, and the outer wall of the second vertical plate opposing slider is correspondingly provided with the 4th installation hyte；The bottom surface of the first top plate above sliding block is equipped with the 5th installation hyte for installing the second guide pad, and the second top plate is correspondingly provided with the 6th installation hyte；It can provide multiple guide support, improve integrally-built rigidity, it is ensured that mobile stabilization and accurate guarantees the machining accuracy of lathe；And guide support is detachable structure, convenient for the replacement of components, reduces waste.
Description
Technical field
The utility model relates to numerically-controlled machine tool slide fields, more particularly to a kind of symmetrical gantry of digital control two-way
Cross slide seat structure.
Background technique
Slide is a kind of attachment of toolroom machine (such as lathe or planer), be mainly used to clamp tool or cutter and be transmitted to it into
The movement of row various dimensions；Existing slide carriage structure be easy to cause the abrasion of guide rail because of guide support deficiency after long-time use, from
And the precision and rigidity of processing are influenced, shorten the service life of lathe；And existing slide carriage structure is complicated, is integrated into mostly
Type structure is not easy to carry out the replacement of components, be easy to cause waste.
Utility model content
In order to overcome the drawbacks of the prior art, the technical problem to be solved by the utility model is to propose that a kind of numerical control is double
To symmetrical gantry cross slide seat structure, structure novel, it is possible to provide multiple guide support improves integrally-built rigidity,
Ensure mobile stabilization and accurate, guarantees the machining accuracy of lathe；And guide support is detachable structure, more convenient for components
It changes, reduces waste.
For this purpose, the following technical solution is employed for the utility model:
The utility model provides a kind of symmetrical gantry cross slide seat structure of digital control two-way, including what is be interconnected and fixed
First slide and second slide, the first slide include the first top plate of L-type, and the bottom surface of first top plate is fixedly connected with
First vertical plate, first vertical plate close to first top plate inside bottom surface edge setting and with the first top plate shape
It is adapted, the inner wall of first top plate is concordant with the inner wall of first vertical plate；The second slide includes the second top of L-type
Plate, the bottom surface of second top plate are fixedly connected with the second vertical plate, and second vertical plate is in the bottom surface of second top plate
Side edge is arranged and is adapted with the second top plate shape, the inner wall of the inner wall of second top plate and second vertical plate
Concordantly；Between first top plate and second top plate being disposed proximate to, between first vertical plate and second vertical plate
Form the directed cavity for installing the ram of machine tool drill, first vertical plate fixed peace in the one side wall of the directed cavity
Equipped with screw mandrel support seat, the axis of the screw mandrel support seat is arranged along the depth direction of the directed cavity, is equipped with the screw rod branch
The side wall for supportting first vertical plate of seat is equipped with two group of first installation hyte for being used for installing the first guide rail, two first peaces
The axisymmetrical that hyte is filled about the screw mandrel support seat is arranged, and each first installation hyte includes at least two and leads along described
The first installation position being arranged to chamber depth direction；The inner wall of the relatively described screw mandrel support seat of second vertical plate is equipped with for pacifying
Two group of second installation hyte of the first guide rail is filled, the second installation hyte is corresponding with the first installation hyte position, and
Each second installation hyte includes at least two the second installation positions along directed cavity depth direction setting；
The lateral wall of first vertical plate is equipped with the sliding block being slidably matched with screw rod, the sliding block and first vertical plate
It is fixed by screws；The side wall of first vertical plate of the lower section of the sliding block is equipped with for installing the first guide pad
Third installs hyte, and the third installation hyte includes at least the third installation that two length directions along the sliding block are arranged
Position；The outer wall of the relatively described sliding block of second vertical plate is equipped with the 4th installation hyte for installing the first guide pad, described
4th installation hyte is corresponding with third installation hyte position, and each 4th installation hyte includes at least two along institute
State the 4th installation position of the length direction setting of sliding block；
The bottom surface of first top plate above the sliding block is equipped with the 5th installation hyte for installing the second guide pad,
The 5th installation hyte includes at least two the 5th installation positions along the first top plate length direction setting；Second top
The relatively described 5th installation hyte of plate is equipped with the 6th installation hyte for installing the second guide pad, and the 6th installation hyte is extremely
It less include two the 6th installation positions along the second top plate length direction setting.
In the preferable technical solution of the utility model, the junction outer wall of first top plate and first vertical plate is set
Have the first reinforcement block, the rectangular triangle in section of first reinforcement block, and right-angle side respectively with first top plate and
First vertical plate supports；
The junction outer wall of second top plate and second vertical plate is equipped with the second reinforcement block, second reinforcement block
The rectangular triangle in section, and right-angle side is supported with second top plate and second vertical plate respectively.
In the preferable technical solution of the utility model, first top plate, first vertical plate and described first are reinforced
Block is structure as a whole；Second top plate, second vertical plate and second reinforcement block are structure as a whole.
In the preferable technical solution of the utility model, the outer wall of first vertical plate and second vertical plate is equipped with more
A first cavity, multiple first cavitys are distributed along the depth direction linear array of the directed cavity.
In the preferable technical solution of the utility model, first top plate above hyte is installed positioned at the third
The both ends of side wall and the side wall both ends of second top plate are equipped with the second cavity.
The utility model has the following beneficial effects:
The symmetrical gantry cross slide seat structure of a kind of digital control two-way provided by the utility model, structure novel, the first peace
The installation of the first guide rail is convenient in the design for filling hyte, the second installation hyte, facilitates ram along guiding cavity wall sliding, realizes perpendicular
To motion track；And the installation of the first guide pad, the 5th installation position are convenient in the design of third installation hyte, the 4th installation hyte
The installation of the second guide pad is then convenient in the design of group and the 6th installation hyte, under mutual cooperation, it is possible to provide multiple guide support,
Improve integrally-built rigidity, it is ensured that mobile stabilization and accurate guarantees the machining accuracy of lathe；And first guide rail and first peace
Fill between position and the second installation position, between the first guide pad and third installation position and the 4th installation position, the second guide pad and the 5th
It is detachable structure between installation position and the 6th installation position, convenient for the replacement of components, reduces waste.
Detailed description of the invention
Fig. 1 is the symmetrical gantry cross slide seat structure of a kind of digital control two-way provided in specific embodiment of the utility model
Schematic perspective view；
Fig. 2 is the symmetrical gantry cross slide seat structure of a kind of digital control two-way provided in specific embodiment of the utility model
With the top view of ram cooperation；
Fig. 3 is the symmetrical gantry cross slide seat structure of a kind of digital control two-way provided in specific embodiment of the utility model
With the structural schematic diagram of beam engagement.
In figure
100, first slide；110, the first top plate；120, the first vertical plate；130, the first reinforcement block；200, second slide；
210, the second top plate；220, the second vertical plate；230, the second reinforcement block；300, directed cavity；410, screw mandrel support seat；420, it first leads
Rail；430, sliding block；440, the first guide pad；450, the second guide pad；510, the first installation hyte；520, the second installation hyte；
530, third installs hyte；540, the 4th installation hyte；550, the 5th installation hyte；560, the 6th installation hyte；610, first
Cavity；620, the second cavity；700, ram；710, raised；800, crossbeam；810, the second guide rail；820, third guide rail.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in Figure 1 to Figure 3, a kind of symmetrical gantry ten of digital control two-way is disclosed in specific embodiment of the utility model
Word slide carriage structure, including being welded to each other fixed first slide 100 and second slide 200, the first slide 100 includes L-type
The first top plate 110, the bottom surface of first top plate 110 is fixedly connected with the first vertical plate 120, and first vertical plate 120 is close
The inside bottom surface edge of first top plate 110 is arranged and is adapted with 110 shape of the first top plate, first top plate
110 inner wall is concordant with the inner wall of first vertical plate 120；The second slide 200 includes the second top plate 210 of L-type, described
The bottom surface of second top plate 210 is fixedly connected with the second vertical plate 220, and second vertical plate 220 is close to the bottom of second top plate 210
Face inside edge is arranged and is adapted with 210 shape of the second top plate, the inner wall of second top plate 210 and described second
The inner wall of vertical plate 220 is concordant；Between first top plate 110 and second top plate 210 being disposed proximate to, first vertical plate
The directed cavity 300 for installing the ram 700 of machine tool drill, first vertical plate are formed between 120 and second vertical plate 220
120 are fixedly installed with screw mandrel support seat 410, the axis of the screw mandrel support seat 410 in the one side wall of the directed cavity 300
Depth direction along the directed cavity 300 is arranged, on the side wall of first vertical plate 120 equipped with the screw mandrel support seat 410
Equipped with two group of first installation hyte 510 for installing the first guide rail 420, the two first installation hytes 510 are about the silk
The axisymmetrical of bar support base 410 is arranged, and each first installation hyte 510 is deep along the directed cavity 300 including at least two
Spend the first installation position of direction setting；The inner wall of the relatively described screw mandrel support seat 410 of second vertical plate 220 is equipped with for pacifying
Fill two group of second installation hyte 520 of the first guide rail 420, the second installation hyte 520 and first installation hyte 510
Set it is corresponding, and it is each it is described second installation hyte 520 include at least two along 300 depth direction of directed cavity setting second
Installation position；
The lateral wall of first vertical plate 120 is equipped with the sliding block 430 being slidably matched with screw rod, the sliding block 430 and institute
The first vertical plate 120 is stated to be fixed by screws；The side wall of first vertical plate 120 of the lower section of the sliding block 430 is equipped with
Third for installing the first guide pad 440 installs hyte 530, and the third installation hyte 530 includes at least two along described
The third installation position of the length direction setting of sliding block 430；The outer wall of the relatively described sliding block 430 of second vertical plate 220 is equipped with
For installing the 4th installation hyte 540 of the first guide pad 440, the 4th installation hyte 540 and the third install hyte
530 positions are corresponding, and each 4th installation hyte 540 includes at least two length directions along the sliding block 430 and is arranged
The 4th installation position；
The bottom surface of first top plate 110 of 430 top of sliding block is equipped with for installing the 5th of the second guide pad 450
Hyte 550 is installed, the 5th installation hyte 550 includes at least two along the of 110 length direction of the first top plate setting
Five installation positions；The relatively described 5th installation hyte 550 of second top plate 210 is equipped with for installing the second guide pad 450
Six installation hytes 560, the 6th installation hyte 560 include at least two along 210 length direction of the second top plate setting
6th installation position.
A kind of symmetrical gantry cross slide seat structure of above-mentioned digital control two-way, structure novel, the first installation hyte
510, the installation of first guide rail 420 is convenient in the design of the second installation hyte 520, facilitates the ram 700 along institute
The sliding of 300 inner wall of directed cavity is stated, realizes vertical motion track；And the third installation hyte 530, the 4th installation hyte
The installation of first guide pad 440, the 5th installation hyte 550 and the 6th installation hyte 560 are convenient in 540 design
Design be then convenient for the installation of second guide pad 450, under mutual cooperation, it is possible to provide multiple guide support improves whole
The rigidity of structure, it is ensured that mobile stabilization and accurate guarantees the machining accuracy of lathe；And first guide rail 420 and described the
Between one installation position 510 and second installation position 520, first guide pad 440 and the third installation position 530 and described
Between 4th installation position 540, between second guide pad 450 and the 5th installation position 550 and the 6th installation position 560
It is detachable structure, convenient for the replacement of components, reduces waste.
As shown in Figure 2 and Figure 3, the symmetrical gantry cross slide seat structure of the digital control two-way in actual use, needs and cross
Beam 800 and the ram 700 are used cooperatively, and first guide rail 420 is mounted on corresponding first installation position
In group 510 and the second installation hyte 520, and it is arranged along the depth direction of the directed cavity 300, the ram 700 passes through
710 sliding of protrusion is set between a plurality of first guide rail 420, and the two opposite side walls of the ram 700 and the directed cavity
300 two opposite side walls sliding supports, and can further improve the mobile accuracy of the ram 700, improves machining accuracy, need
Illustrate, the ram 700 is fixedly connected with the first screw rod in the screw mandrel support seat 410 by connector, the cunning
Pillow 700 is mobile with the first screw rod；When cooperating with the crossbeam 800, two opposed inner walls bottoms of the crossbeam 800 are equipped with
Second guide rail 810, second guide rail 810 are installed in hyte 530 and the 4th installation hyte 540 with the third is mounted on
First guide pad 440 be slidably matched；The top surface of the crossbeam 800 is equipped with two third guide rails 820, and two thirds are led
Rail 820 respectively be mounted on it is described 5th installation hyte 550 and it is described 6th installation hyte 560 on second guide pad
450 are slidably matched；To provide multiple guide support for the symmetrical gantry cross slide seat structure of the digital control two-way, improve whole
The rigidity of body structure, it is ensured that mobile stabilization and accurate guarantees the machining accuracy of lathe；It should be noted that the crossbeam 800
Inner wall on be equipped with the sliding block 430 cooperation the second screw rod, the symmetrical gantry cross slide seat structure of digital control two-way
It is moved through the sliding block 430 along the second screw rod.
Further, the junction outer wall of first top plate 110 and first vertical plate 120 is equipped with the first reinforcement block
130, the rectangular triangle in section of first reinforcement block 130, and right-angle side respectively with first top plate 110 and described
First vertical plate 120 supports；
The junction outer wall of second top plate 210 and second vertical plate 220 is equipped with the second reinforcement block 230, and described the
The rectangular triangle in section of two reinforcement blocks 230, and right-angle side respectively with second top plate 210 and second vertical plate
220 support；The design of first reinforcement block 130 can reinforce the connection of first vertical plate 120 and first top plate 110,
Prevent first top plate 110 or first vertical plate 120 from being caused junction to be broken by weight；Second reinforcement block
230 design can reinforce the connection of second vertical plate 220 and second top plate 210, prevent second top plate 210 or institute
It states the second vertical plate 220 and is caused junction to be broken by weight；Prevent the first slide 100 and the second slide 200 from damaging
It is bad, extend service life of equipment.
Further, first top plate 110, first vertical plate 120 and first reinforcement block 130 are integrated knot
Structure；Second top plate 210, second vertical plate 220 and second reinforcement block 230 are structure as a whole；Structure design can
Facilitate the preparation of the first slide 100 and the second slide 200, and can guarantee and enough structural rigidities are provided, prevents from setting
Standby damage.
Further, the outer wall of first vertical plate 120 and second vertical plate 220 is equipped with multiple first cavitys 610,
Multiple first cavitys 610 are distributed along the depth direction linear array of the directed cavity 300；Hyte is installed positioned at the third
The both ends of side wall and the side wall both ends of second top plate 210 of first top plate 110 of 530 tops are equipped with the second sky
Chamber 620；The design of first cavity 610 and second cavity 620, which can be reduced, prepares the first slide 100 and described
Consumptive material needed for second slide 200 can effectively reduce production cost；And first cavity 610 and second cavity 620
Design may make the first slide 100 and the certain aerial construction of 200 Inner Constitution of the second slide, can be to a certain degree
Raising overall structural strength, enhancing structure rigidity.
The utility model is described with reference to the preferred embodiments, and those skilled in the art know, is not departing from this reality
In the case where with novel spirit and scope, various changes or equivalence replacement can be carried out to these features and embodiment.This reality
It is not limited to the particular embodiment disclosed with novel, other embodiments fallen into claims hereof all belong to
In the range of the utility model protection.
Claims (5)
1. a kind of symmetrical gantry cross slide seat structure of digital control two-way, it is characterised in that:
Including the first slide (100) and second slide (200) being interconnected and fixed, the first slide (100) includes L-type
The bottom surface of first top plate (110), first top plate (110) is fixedly connected with the first vertical plate (120), first vertical plate
(120) it is arranged close to the inside bottom surface edge of first top plate (110) and is adapted with the first top plate (110) shape,
The inner wall of first top plate (110) is concordant with the inner wall of first vertical plate (120)；The second slide (200) includes L-type
The second top plate (210), the bottom surface of second top plate (210) is fixedly connected with the second vertical plate (220), second vertical plate
(220) it is arranged close to the inside bottom surface edge of second top plate (210) and is adapted with the second top plate (210) shape,
The inner wall of second top plate (210) is concordant with the inner wall of second vertical plate (220)；First top plate being disposed proximate to
(110) between second top plate (210), formed and be used between first vertical plate (120) and second vertical plate (220)
The directed cavity (300) of the ram (700) of installation machine tool drill, the one of first vertical plate (120) close the directed cavity (300)
It is fixedly installed on side wall screw mandrel support seat (410), the axis of the screw mandrel support seat (410) is along the directed cavity (300)
Depth direction setting, the side wall for being equipped with first vertical plate (120) of the screw mandrel support seat (410) are equipped with for installing the
Two group of first installation hyte (510) of one guide rail (420), two first installations hyte (510) are about the screw mandrel support seat
(410) axisymmetrical setting, each first installation hyte (510) include at least two along the directed cavity (300) depth
First installation position of direction setting；The inner wall of the relatively described screw mandrel support seat (410) of second vertical plate (220) is equipped with and is used for
Two group of second installation hyte (520) of the first guide rail (420), second installation hyte (520) and first installation are installed
Hyte (510) position is corresponding, and each second installation hyte (520) is deep along the directed cavity (300) including at least two
Spend the second installation position of direction setting；
The lateral wall of first vertical plate (120) is equipped with the sliding block (430) that is slidably matched with screw rod, the sliding block (430) with
First vertical plate (120) is fixed by screws；The side of first vertical plate (120) of the lower section of the sliding block (430)
Wall is equipped with third installation hyte (530) for installing the first guide pad (440), and third installation hyte (530) is at least
The third installation position that length direction including two along the sliding block (430) is arranged；The relatively described cunning of second vertical plate (220)
The outer wall of block (430) is equipped with the 4th installation hyte (540) for installing the first guide pad (440), the 4th installation position
Group (540) is corresponding with third installation hyte (530) position, and each 4th installation hyte (540) includes at least two
The 4th installation position that a length direction along the sliding block (430) is arranged；
The bottom surface of first top plate (110) above the sliding block (430) is equipped with for installing the second guide pad (450)
Five installations hyte (550), the 5th installation hyte (550) include at least two along the first top plate (110) length direction
The 5th installation position being arranged；Relatively described 5th installation hyte (550) of second top plate (210) is equipped with to be led for installing second
Hyte (560) are installed to the 6th of block (450) the, the 6th installation hyte (560) includes at least two along second top plate
(210) the 6th installation position of length direction setting.
2. the symmetrical gantry cross slide seat structure of a kind of digital control two-way according to claim 1, it is characterised in that:
The junction outer wall of first top plate (110) and first vertical plate (120) is equipped with the first reinforcement block (130), described
The rectangular triangle in section of first reinforcement block (130), and right-angle side respectively with first top plate (110) and described first
Vertical plate (120) supports；
The junction outer wall of second top plate (210) and second vertical plate (220) is equipped with the second reinforcement block (230), described
The rectangular triangle in section of second reinforcement block (230), and right-angle side respectively with second top plate (210) and described second
Vertical plate (220) supports.
3. the symmetrical gantry cross slide seat structure of a kind of digital control two-way according to claim 2, it is characterised in that:
First top plate (110), first vertical plate (120) and first reinforcement block (130) are structure as a whole；Described
Two top plates (210), second vertical plate (220) and second reinforcement block (230) are structure as a whole.
4. the symmetrical gantry cross slide seat structure of a kind of digital control two-way according to claim 1, it is characterised in that:
The outer wall of first vertical plate (120) and second vertical plate (220) is equipped with multiple first cavitys (610), Duo Gesuo
The depth direction linear array that the first cavity (610) is stated along the directed cavity (300) is distributed.
5. the symmetrical gantry cross slide seat structure of a kind of digital control two-way according to claim 1, it is characterised in that:
The both ends of the side wall of first top plate (110) above third installation hyte (530) and second top
The side wall both ends of plate (210) are equipped with the second cavity (620).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822089752.6U CN209125330U (en) | 2018-12-13 | 2018-12-13 | A kind of symmetrical gantry cross slide seat structure of digital control two-way |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822089752.6U CN209125330U (en) | 2018-12-13 | 2018-12-13 | A kind of symmetrical gantry cross slide seat structure of digital control two-way |
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| Publication Number | Publication Date |
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| CN209125330U true CN209125330U (en) | 2019-07-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201822089752.6U Active CN209125330U (en) | 2018-12-13 | 2018-12-13 | A kind of symmetrical gantry cross slide seat structure of digital control two-way |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111515759A (en) * | 2020-05-29 | 2020-08-11 | 江西吉米立机械科技有限公司 | Crown block type three-axis gantry machining center machine |
-
2018
- 2018-12-13 CN CN201822089752.6U patent/CN209125330U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111515759A (en) * | 2020-05-29 | 2020-08-11 | 江西吉米立机械科技有限公司 | Crown block type three-axis gantry machining center machine |
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