CN206952547U - A kind of understructure for precision casting machining center - Google Patents
A kind of understructure for precision casting machining center Download PDFInfo
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- CN206952547U CN206952547U CN201720498570.7U CN201720498570U CN206952547U CN 206952547 U CN206952547 U CN 206952547U CN 201720498570 U CN201720498570 U CN 201720498570U CN 206952547 U CN206952547 U CN 206952547U
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- standing groove
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- block
- adjusting means
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Abstract
The technical field of spare parts processing machinery device is the utility model is related to, more particularly to a kind of understructure for precision casting machining center, its height can be adjusted for it, improve adaptability, and reduction uses limitation；Stability when can be fixed to casting of different sizes, and can increase fixed simultaneously, improve use reliability；Including placing plate, four groups of fixed plates and bottom plate；Also include four groups of screwed pipes and four groups of threaded rods, four groups of threaded rod tops, which are separately positioned on, places plate bottom front left side, left rear side, forward right side and right lateral side；Also include placing block, left adjusting means, right adjusting means, preceding adjusting means and rear adjusting means, four groups of fixed plates include left fixed plate, right fixed plate, front shoe and rear fixed plate, place plate top and be provided with standing groove, block is placed to be placed in standing groove, left fixed plate is arranged on left adjusting means top left hand, and right adjusting means left end is connected with placing block right-hand member.
Description
Technical field
The technical field of spare parts processing machinery device is the utility model is related to, is added more particularly to one kind for precision casting
The understructure at work center.
Background technology
It is used for it is well known that precision casting processing base is one kind in process of manufacture, casting is placed and consolidated
Fixed, so as to the servicing unit being processed to it, it is widely used in spare parts processing machinery field；Existing precision
Mechanical processing of casting base includes placing plate, four groups of fixed plates and bottom plate, places plate bottom and is provided with four groups of supporting legs, and four groups of supporting leg bottoms
End is connected with bottom plate top front left side, left rear side, forward right side and right lateral side respectively, and four groups of fixed plates, which are separately positioned on, places plate top
Hold front side, rear side, left side and right side；This precision casting processing base using when casting need to be only placed on four groups of fixed plates it
Between, then it is processed；Found during this precision casting processing base use, this substructure height is fixed, Wu Fagen
Its height is adjusted according to operating personnel's demand, adaptability is poor, higher using limitation；And its four groups of fixed plate positions
Fixation is put, less stable when can not be fixed, and fix to casting of different sizes, so as to cause its use reliability
It is relatively low.
Utility model content
Its height can be adjusted in order to solve the above technical problems, the utility model provides one kind, improve adaptability,
Reduction uses limitation；Stability when can be fixed to casting of different sizes, and can increase fixed simultaneously, raising make
With the understructure for precision casting machining center of reliability.
A kind of understructure for precision casting machining center of the present utility model, including place plate, four groups of fixed plates
And bottom plate；Also include four groups of screwed pipes and four groups of threaded rods, bottom plate top front left side, left rear side, forward right side and right lateral side
On be provided with lower standing groove, and ball bearing is provided with lower standing groove, four groups of screwed pipe bottoms are inserted into respectively
Inside four groups of ball bearings, four groups of threaded rod bottoms are inserted respectively and spiral shell is filled to inside four groups of screwed pipe tops, four groups of spiral shells
Rasp bar top, which is separately positioned on, places plate bottom front left side, left rear side, forward right side and right lateral side；Also include placing block, left regulation
Device, right adjusting means, preceding adjusting means and rear adjusting means, four groups of fixed plates include left fixed plate, right fixed plate, preceding
Fixed plate and rear fixed plate, the placement plate top are provided with standing groove, place block and be placed in standing groove, place plate top
End left side is provided with left standing groove, and left standing groove communicates with upper standing groove, and the left adjusting means is arranged in left standing groove,
And left adjusting means right-hand member is connected with placing block left end, the left fixed plate is arranged on left adjusting means top left hand, described to put
Put and be provided with right standing groove on the right side of plate top, and right standing groove communicates with upper standing groove, the right adjusting means is arranged on the right side and put
Put in groove, and right adjusting means left end is connected with placing block right-hand member, the right fixed plate is arranged on the right side of right adjusting means top,
Preceding standing groove is provided with front side of the placement plate top, and preceding standing groove communicates with upper standing groove, the preceding adjusting means is set
In preceding standing groove, and preceding adjusting means rear end is connected with placing block front end, and the front shoe is arranged on preceding adjusting means top
On front side of end, rear standing groove is provided with rear side of the placement plate top, and rear standing groove is communicated with upper standing groove, and dress is adjusted after described
Put and be arranged in rear standing groove, and rear adjusting means front end is connected with placing block rear end, the rear fixed plate is adjusted after being arranged on
On rear side of device top.
A kind of understructure for precision casting machining center of the present utility model, the left adjusting means include left bullet
Spring group, left contiguous block and left fixed block, the left spring group left end and right-hand member respectively with left contiguous block right-hand member and place block left end
Connection, the left fixed block are hinged on left contiguous block left end, and the left fixed plate bottom is connected with left fixed block top, place plate
Top left rear side is provided with the first mounting groove, and the first placement front of the slot connects with left standing groove rear end.
A kind of understructure for precision casting machining center of the present utility model, the right adjusting means include right bullet
Spring group, right contiguous block and right fixed block, the right groups of springs left end and right-hand member are respectively with placing block right-hand member and right contiguous block left end
Connection, the right fixed block are hinged on right contiguous block right-hand member, and the right fixed plate bottom is connected with right fixed block top, place plate
Top forward right side is provided with the second mounting groove, and the second mounting groove rear end connects with right placement front of the slot.
A kind of understructure for precision casting machining center of the present utility model, the preceding adjusting means include preceding bullet
Spring group, preceding contiguous block and preceding fixed block, the preceding groups of springs front-end and back-end are respectively with preceding contiguous block rear end and placing block front end
Connection, the preceding fixed block are hinged on preceding contiguous block front end, and the front shoe bottom is connected with preceding fixed block top, place plate
Top front left side is provided with the 3rd mounting groove, and the 3rd mounting groove right-hand member connects with preceding standing groove left end.
A kind of understructure for precision casting machining center of the present utility model, bullet after the rear adjusting means includes
Spring group, rear contiguous block and rear fixed block, the rear groups of springs front-end and back-end are respectively with placing block rear end and rear contiguous block front end
Connection, the rear fixed block are hinged on rear contiguous block rear end, and the rear fixed plate bottom is connected with rear fixed block top, places plate
Top right lateral side is provided with the 4th mounting groove, and the 4th mounting groove left end connects with rear standing groove right-hand member.
A kind of understructure for precision casting machining center of the present utility model, in addition to left connection board, left rubber
Plate, right connection board, right rubber slab, preceding connecting plate, preceding rubber slab, rear connecting plate and rear rubber slab, the left fixed plate top are set
The first standing groove is equipped with, the left connection board is placed in the first standing groove, and left rubber slab is arranged on left connection board right-hand member, and left
Connecting plate left end and left rubber slab right-hand member contact with left side wall in the first standing groove and right side wall respectively, the right fixed plate top
The second standing groove is provided with, the right connection board is placed in the second standing groove, and right rubber slab is arranged on right connection board left end, and
Right connection board right-hand member and right rubber slab left end contact with right side wall in the second standing groove and left side wall respectively, the front shoe top
End is provided with the 3rd standing groove, and the preceding connecting plate is placed in the 3rd standing groove, and preceding rubber slab is arranged on preceding connecting plate rear end,
And preceding connection front edge of board and preceding rubber slab rear end contact with front side wall in the 3rd standing groove and rear wall respectively, the rear fixed plate
Top is provided with the 4th standing groove, and the rear connecting plate is placed in the 4th standing groove, before rear rubber slab is arranged on rear connecting plate
End, and rear connecting plate rear end and rear rubber front edge of board contact with rear wall in the 3rd standing groove and front side wall respectively.
A kind of understructure for precision casting machining center of the present utility model, in addition to Zola's hand, it is right handle, it is preceding
Handle and rear handle, Zola's hand, right handle, preceding handle and rear handle are separately positioned on left connection board, right connection board, preceding company
Fishplate bar and rear connecting plate top.
A kind of understructure for precision casting machining center of the present utility model, in addition to support block, five on five groups
Support block under group buffer spring and five groups, on described five groups support block be separately positioned on place plate bottom left side, right side, front side,
Rear side and middle part, support block is separately positioned on bottom plate top left hand, right side, front side, rear side and middle part under described five groups, and described five
Group buffer spring top and bottom are connected with support block top under support block bottom on five groups and five groups respectively.
The beneficial effects of the utility model are compared with prior art：By above-mentioned setting, four groups of rotation simultaneously can be passed through
Its height is adjusted screwed pipe, improves adaptability, and reduction uses limitation；Left adjusting means, right tune can be passed through simultaneously
Casting of different sizes is fixed for regulating device, preceding adjusting means and rear adjusting means, and stabilization when can increase fixed
Property, improve use reliability.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is top view when four groups of fixed plates of the utility model are packed up；
Fig. 3 is the structural representation after four groups of connecting plates of the utility model pull out；
Marked in accompanying drawing：1st, plate is placed；2nd, bottom plate；3rd, screwed pipe；4th, threaded rod；5th, ball bearing；6th, block is placed；7th, it is left
Adjusting means；8th, left fixed plate；9th, front shoe；10th, left spring group；11st, left fixed block；12nd, right contiguous block；13rd, preceding connection
Block；14th, rear groups of springs；15th, rear fixed block；16th, left connection board；17th, right rubber slab；18th, preceding connecting plate；19th, rear connecting plate；
20th, rear rubber slab；21st, right handle；22nd, preceding handle；23rd, upper support block；24th, buffer spring；25th, lower support block.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is used to illustrate the utility model, but is not limited to the scope of the utility model.
As shown in Figure 1 to Figure 3, a kind of understructure for precision casting machining center of the present utility model, including put
Put 1, four group of fixed plate of plate and bottom plate 2；Also include four groups of screwed pipes 3 and four groups of threaded rods 4, bottom plate top front left side, left rear side,
Lower standing groove is provided with forward right side and right lateral side, and ball bearing 5 is provided with lower standing groove, four groups of screwed pipe bottoms
End is inserted into inside four groups of ball bearings respectively, and four groups of threaded rod bottoms are inserted respectively and spiral shell is filled in four groups of screwed pipe tops
Portion, four groups of threaded rod tops, which are separately positioned on, places plate bottom front left side, left rear side, forward right side and right lateral side；Also include placing
Block 6, left adjusting means 7, right adjusting means, preceding adjusting means and rear adjusting means, four groups of fixed plates include left fixed plate 8, the right side
Fixed plate, front shoe 9 and rear fixed plate, place plate top and be provided with standing groove, place block and be placed in standing groove, put
Put plate top left hand and be provided with left standing groove, and left standing groove communicates with upper standing groove, left adjusting means is arranged on left standing groove
It is interior, and left adjusting means right-hand member is connected with placing block left end, left fixed plate is arranged on left adjusting means top left hand, places plate top
End right side is provided with right standing groove, and right standing groove communicates with upper standing groove, and right adjusting means is arranged in right standing groove, and right
Adjusting means left end is connected with placing block right-hand member, and right fixed plate is arranged on the right side of right adjusting means top, is placed on front side of plate top
Preceding standing groove is provided with, and preceding standing groove communicates with upper standing groove, before preceding adjusting means is arranged in standing groove, and preceding regulation dress
Postpone end and be connected with placing block front end, before front shoe is arranged on front side of adjusting means top, places and be provided with rear side of plate top
Standing groove afterwards, and rear standing groove communicates with upper standing groove, rear adjusting means is arranged in rear standing groove, and rear adjusting means front end
It is connected with placing block rear end, rear fixed plate is arranged on rear side of rear adjusting means top；, can be by rotating simultaneously by above-mentioned setting
Its height is adjusted four groups of screwed pipes, improves adaptability, and reduction uses limitation；Simultaneously can by left adjusting means,
Casting of different sizes is fixed for right adjusting means, preceding adjusting means and rear adjusting means, and when can increase fixed
Stability, improve use reliability.
A kind of understructure for precision casting machining center of the present utility model, left adjusting means include left spring group
10th, left contiguous block and left fixed block 11, left spring group left end and right-hand member are connected with left contiguous block right-hand member and placement block left end respectively,
Left fixed block is hinged on left contiguous block left end, and left fixed plate bottom is connected with left fixed block top, places plate top left rear side and sets
The first mounting groove is equipped with, the first placement front of the slot connects with left standing groove rear end, and left fixed plate can place by being rotated down
Enter in the first mounting groove；By above-mentioned setting, placement space can be saved, improving use can by the way that left fixed plate is packed up
By property.
A kind of understructure for precision casting machining center of the present utility model, right adjusting means include right spring
Group, right contiguous block 12 and right fixed block, right groups of springs left end and right-hand member are connected with placing block right-hand member and right contiguous block left end respectively,
Right fixed block is hinged on right contiguous block right-hand member, and right fixed plate bottom is connected with right fixed block top, places plate top forward right side and sets
The second mounting groove is equipped with, the second mounting groove rear end connects with right placement front of the slot, and right fixed plate can place by being rotated down
Enter in the second mounting groove；By above-mentioned setting, placement space can be saved, improving use can by the way that right fixed plate is packed up
By property.
A kind of understructure for precision casting machining center of the present utility model, preceding adjusting means include preceding spring
Group, preceding contiguous block 13 and preceding fixed block, preceding groups of springs front-end and back-end are connected with preceding contiguous block rear end and placement block front end respectively,
Preceding fixed block is hinged on preceding contiguous block front end, and front shoe bottom is connected with preceding fixed block top, places plate top front left side and sets
The 3rd mounting groove is equipped with, the 3rd mounting groove right-hand member connects with preceding standing groove left end, and front shoe can be placed by being rotated down
Enter in the 3rd mounting groove；By above-mentioned setting, placement space can be saved, improving use can by the way that front shoe is packed up
By property.
A kind of understructure for precision casting machining center of the present utility model, rear adjusting means include rear groups of springs
14th, rear contiguous block and rear fixed block 15, rear groups of springs front-end and back-end are connected with placing block rear end and rear contiguous block front end respectively,
Fixed block is hinged on rear contiguous block rear end afterwards, and rear fixed plate bottom is connected with rear fixed block top, places plate top right lateral side and sets
The 4th mounting groove is equipped with, the 4th mounting groove left end connects with rear standing groove right-hand member, and rear fixed plate can be placed by being rotated down
Enter in the 4th mounting groove；By above-mentioned setting, placement space can be saved, improving use can by the way that rear fixed plate is packed up
By property.
A kind of understructure for precision casting machining center of the present utility model, in addition to left connection board 16, left rubber
Offset plate, right connection board, right rubber slab 17, preceding connecting plate 18, preceding rubber slab, rear connecting plate 19 and rear rubber slab 20, left fixed plate
Top is provided with the first standing groove, and left connection board is placed in the first standing groove, and left rubber slab is arranged on left connection board right-hand member, and
Left connection board left end and left rubber slab right-hand member are contacted with left side wall in the first standing groove and right side wall respectively, and right fixed plate top is set
The second standing groove is equipped with, right connection board is placed in the second standing groove, and right rubber slab is arranged on right connection board left end, and right company
Fishplate bar right-hand member and right rubber slab left end are contacted with right side wall in the second standing groove and left side wall respectively, and front shoe top is provided with
3rd standing groove, preceding connecting plate are placed in the 3rd standing groove, and preceding rubber slab is arranged on preceding connecting plate rear end, and before preceding connecting plate
End and preceding rubber slab rear end contact with front side wall in the 3rd standing groove and rear wall respectively, and rear fixed plate top is provided with the 4th and put
Groove is put, rear connecting plate is placed in the 4th standing groove, and rear rubber slab connects front edge of board after being arranged on, and rear connecting plate rear end is with after
Rubber front edge of board contacts with rear wall in the 3rd standing groove and front side wall respectively；By above-mentioned setting, can by by left connection board,
Right connection board, preceding connecting plate and rear connecting plate pull out out of left fixed plate, right fixed plate, front shoe and rear fixed plate respectively,
So as to increase the contact area between this device and larger casting, increase stability during its fixation.
A kind of understructure for precision casting machining center of the present utility model, in addition to Zola's hand, it is right handle 21,
Preceding handle 22 and rear handle, Zola's hand, right handle, preceding handle and rear handle are separately positioned on left connection board, right connection board, preceding company
Fishplate bar and rear connecting plate top；By above-mentioned setting, can facilitate left connection board, right connection board, preceding connecting plate and rear connecting plate
Pulled out out of left fixed plate, right fixed plate, front shoe and rear fixed plate, improve usability.
A kind of understructure for precision casting machining center of the present utility model, in addition to support block 23 on five groups,
Support block 25 under five groups of buffer springs 24 and five groups, support block, which is separately positioned on, on five groups places plate bottom left side, right side, preceding
Side, rear side and middle part, support block is separately positioned on bottom plate top left hand, right side, front side, rear side and middle part under five groups, and five groups are delayed
Spring top and bottom is rushed to be connected with support block top under support block bottom on five groups and five groups respectively；, can by above-mentioned setting
Improve the support force between placement plate and bottom plate and frictional force improves use reliability.
A kind of base for precision casting machining center of the present utility model, it is when in use first by rotating simultaneously
Four groups of screwed pipes are highly adjusted to placing plate,, can if casting is larger between casting then is placed on into four groups of fixed plates
Left connection board, right connection board, preceding connecting plate and rear connecting plate are consolidated from left fixed plate, right fixed plate, front shoe and afterwards respectively
Pull out in fixed board, and casting is entered by four groups of fixed plates and left connection board, right connection board, preceding connecting plate and rear connecting plate
Row is fixed, while enters row buffering to casting by left rubber slab, right rubber slab, preceding rubber slab and rear rubber slab, right after having fixed
It is processed；After the completion of use, can by by left fixed plate, right fixed plate, front shoe and rear fixed plate respectively to
Backspin turns to be placed into the first mounting groove, the second mounting groove, the 3rd mounting groove and the 4th mounting groove, so as to by left fixed plate, the right side
Fixed plate, front shoe and rear fixed plate are packed up.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvement and modification can also be made, these change
Enter and also should be regarded as the scope of protection of the utility model with modification.
Claims (8)
1. a kind of understructure for precision casting machining center of the present utility model, including place plate (1), four groups of fixed plates
With bottom plate (2)；Characterized in that, also including four groups of screwed pipes (3) and four groups of threaded rods (4), bottom plate (2) top is left front
Lower standing groove is provided with side, left rear side, forward right side and right lateral side, and ball bearing (5), institute are provided with lower standing groove
State four groups of screwed pipe (3) bottoms and be inserted into four groups of ball bearings (5) inside respectively, four groups of threaded rod (4) bottoms are inserted simultaneously respectively
Spiral shell is filled to inside four groups of screwed pipe (3) tops, and it is left front that four groups of threaded rods (4) top is separately positioned on placement plate (1) bottom
Side, left rear side, forward right side and right lateral side；Also include placing block (6), left adjusting means (7), right adjusting means, preceding adjusting means
With rear adjusting means, four groups of fixed plates include left fixed plate (8), right fixed plate, front shoe (9) and rear fixed plate, institute
State placement plate (1) top and be provided with standing groove, place block (6) and be placed in standing groove, place plate (1) top left hand and set
There is left standing groove, and left standing groove communicates with upper standing groove, the left adjusting means (7) is arranged in left standing groove, and left tune
Regulating device (7) right-hand member is connected with placing block (6) left end, and the left fixed plate (8) is arranged on left adjusting means (7) top left hand,
Right standing groove is provided with the right side of described placement plate (1) top, and right standing groove communicates with upper standing groove, the right adjusting means is set
Put in right standing groove, and right adjusting means left end is connected with placing block (6) right-hand member, the right fixed plate is arranged on right regulation dress
On the right side of top set end, preceding standing groove is provided with front side of described placement plate (1) top, and preceding standing groove communicates with upper standing groove, it is described
Before preceding adjusting means is arranged in standing groove, and preceding adjusting means rear end is connected with placing block (6) front end, the front shoe
(9) before being arranged on front side of adjusting means top, be provided with rear standing groove on rear side of described placement plate (1) top, and rear standing groove with
Upper standing groove is communicated, and the rear adjusting means is arranged in rear standing groove, and rear adjusting means front end connects with placing block (6) rear end
Connect, the rear fixed plate is arranged on rear side of rear adjusting means top.
A kind of 2. understructure for precision casting machining center as claimed in claim 1, it is characterised in that the left tune
Regulating device (7) includes left spring group (10), left contiguous block and left fixed block (11), left spring group (10) left end and right-hand member point
It is not connected with left contiguous block right-hand member and placement block (6) left end, the left fixed block (11) is hinged on left contiguous block left end, the left side
Fixed plate (8) bottom is connected with left fixed block (11) top, is placed plate (1) top left rear side and is provided with the first mounting groove, and first
Front of the slot is laid to connect with left standing groove rear end.
A kind of 3. understructure for precision casting machining center as claimed in claim 1, it is characterised in that the right tune
Regulating device includes right groups of springs, right contiguous block (12) and right fixed block, and the right groups of springs left end and right-hand member are respectively with placing block
(6) right-hand member connects with right contiguous block (12) left end, and the right fixed block is hinged on right contiguous block (12) right-hand member, the right fixed plate
Bottom is connected with right fixed block top, is placed plate (1) top forward right side and is provided with the second mounting groove, the second mounting groove rear end and the right side
Place front of the slot connection.
4. a kind of understructure for precision casting machining center as claimed in claim 1, it is characterised in that adjusted before described
Regulating device includes preceding groups of springs, preceding contiguous block (13) and preceding fixed block, the preceding groups of springs front-end and back-end respectively with preceding connection
Block (13) rear end connects with block (6) front end is placed, and the preceding fixed block is hinged on preceding contiguous block (13) front end, the front shoe
(9) bottom is connected with preceding fixed block top, is placed plate (1) top front left side and is provided with the 3rd mounting groove, the 3rd mounting groove right-hand member
Connected with preceding standing groove left end.
5. a kind of understructure for precision casting machining center as claimed in claim 1, it is characterised in that adjusted after described
Regulating device includes rear groups of springs (14), rear contiguous block and rear fixed block (15), rear groups of springs (14) front-end and back-end difference
It is connected with placing block (6) rear end and rear contiguous block front end, the rear fixed block (15) is hinged on rear contiguous block rear end, solid after described
Fixed board bottom is connected with rear fixed block (15) top, is placed plate (1) top right lateral side and is provided with the 4th mounting groove, the 4th mounting groove
Left end connects with rear standing groove right-hand member.
6. a kind of understructure for precision casting machining center as claimed in claim 5, it is characterised in that also include a left side
Connecting plate (16), left rubber slab, right connection board, right rubber slab (17), preceding connecting plate (18), preceding rubber slab, rear connecting plate (19)
With rear rubber slab (20), left fixed plate (8) top is provided with the first standing groove, and the left connection board (16) is placed on first
In standing groove, left rubber slab is arranged on left connection board (16) right-hand member, and left connection board (16) left end and left rubber slab right-hand member difference
Contacted with left side wall and right side wall in the first standing groove, the right fixed plate top is provided with the second standing groove, the right connection
Plate is placed in the second standing groove, and right rubber slab (17) is arranged on right connection board left end, and right connection board right-hand member and right rubber slab
(17) left end contacts with right side wall in the second standing groove and left side wall respectively, and front shoe (9) top is provided with the 3rd and put
Groove is put, the preceding connecting plate (18) is placed in the 3rd standing groove, and preceding rubber slab is arranged on preceding connecting plate (18) rear end, and preceding company
Fishplate bar (18) front end and preceding rubber slab rear end contact with front side wall in the 3rd standing groove and rear wall respectively, the rear fixed plate top
End is provided with the 4th standing groove, and the rear connecting plate (19) is placed in the 4th standing groove, and rear rubber slab (20) connects after being arranged on
Fishplate bar (19) front end, and rear connecting plate (19) rear end and rear rubber slab (20) front end respectively with rear wall in the 3rd standing groove and before
Side wall contacts.
7. a kind of understructure for precision casting machining center as claimed in claim 6, it is characterised in that also include a left side
Handle, right handle (21), preceding handle (22) and rear handle, Zola's hand, right handle (21), preceding handle (22) and rear handle point
Left connection board (16), right connection board, preceding connecting plate (18) and rear connecting plate (19) top are not arranged on.
8. a kind of understructure for precision casting machining center as claimed in claim 7, it is characterised in that also including five
Support block (25) under support block (23), five groups of buffer springs (24) and five groups in group, support block (23) is set respectively on described five groups
Put the support block (25) under placement plate (1) bottom left side, right side, front side, rear side and middle part, described five groups and be separately positioned on bottom plate
(2) top left hand, right side, front side, rear side and middle part, five groups of buffer springs (24) top and bottom on five groups respectively with propping up
Bracer (23) bottom connects with support block (25) top under five groups.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720498570.7U CN206952547U (en) | 2017-05-06 | 2017-05-06 | A kind of understructure for precision casting machining center |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720498570.7U CN206952547U (en) | 2017-05-06 | 2017-05-06 | A kind of understructure for precision casting machining center |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206952547U true CN206952547U (en) | 2018-02-02 |
Family
ID=61375884
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720498570.7U Expired - Fee Related CN206952547U (en) | 2017-05-06 | 2017-05-06 | A kind of understructure for precision casting machining center |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206952547U (en) |
-
2017
- 2017-05-06 CN CN201720498570.7U patent/CN206952547U/en not_active Expired - Fee Related
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