CN205870255U - Unipolar transmission is moved beam type and is ground processingequipment - Google Patents
Unipolar transmission is moved beam type and is ground processingequipment Download PDFInfo
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- CN205870255U CN205870255U CN201620831535.8U CN201620831535U CN205870255U CN 205870255 U CN205870255 U CN 205870255U CN 201620831535 U CN201620831535 U CN 201620831535U CN 205870255 U CN205870255 U CN 205870255U
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Abstract
The utility model provides an unipolar transmission is moved beam type and is ground processingequipment, contains a pay -off unit, integrative longmen unit, one and moves the beam element, and one found grinding unit, and the pay -off unit includes a pay -off module, and integrative longmen unit includes that left right direction interval on two edges sets up in the base and is located the double -phase stand of tossing about of pay -off module, a connection respectively the binding roof beam of stand, stand and binding roof beam shaping making as an organic whole is moved the beam element and is included that is moved a roof beam spare, reaches one and can drive the unipolar transmission module of moving roof beam spare and following a perpendicular left right direction's upper and lower direction removal, and upright grinding unit includes that two upright grinding millers, two difference can drive founding the grinding miller pivoted and founding grinding module, it can drive respectively to reach two found the horizontal drive module that grinding module removed, through stand and join as an organic whole the taking shape of roof beam and make, and can just can drive two simultaneously and found grinding millers and remove along upper and lower direction by the single roof beam spare that moves, and can carry high pressure heater and be good at the precision.
Description
Technical field
This utility model relates to a kind of abrasive working appts, particularly relates to a kind of single shaft transmission movable beam type attrition process dress
Put.
Background technology
Refering to Fig. 1,2, a kind of existing abrasive working appts, including one carrying one workpiece 11 to be added feeding unit
12,13, ground way 14 being arranged at this gantry unit 13 of gantry unit being located at this feeding unit 12, and two
The individual horizontal conveyor module 15, two being arranged at this ground way 14 is respectively arranged at the vertical biography of described horizontal conveyor module 15
16, two vertical grinding modules 17 being respectively arranged at described vertical-transmission module 16 of dynamic model block, and two vertical ground by described respectively
The vertical abrasive wheel 18 that mill module 17 drives.
This gantry unit 13 has two spaced columns 131, and one is assembled in above described column 131 and supplies
The crossbeam 132 that this ground way 14 is arranged, each vertical-transmission module 16 has a vertical drive shaft 161, and a company
Connect this vertical grinding module 17 respective and by the driving of this vertical drive shaft 161 and the vertical sliding 162 of movement.
By operating described horizontal conveyor module 15 and the movement of described vertical-transmission module 16, it becomes possible to interlock institute respectively
State vertical grinding module 17, and then make described vertical abrasive wheel 18 move the both sides to this workpiece 11 to be added, and by this feeding unit 12
Driving makes this workpiece 11 to be added by the grinding of described vertical abrasive wheel 18.
Vertically move when described vertical drive shaft 161 to drive described vertical sliding 162 to interlock described vertical abrasive wheel 18 respectively
Time dynamic, height error between two the vertical-transmission modules 16 controlled respectively, can be produced, therefore can cause the whole machining accuracy cannot
Promote.
Summary of the invention
The purpose of this utility model is to provide a kind of single shaft transmission movable beam type abrasive working appts.
This utility model single shaft transmission movable beam type abrasive working appts, for grinding a workpiece to be added, this single shaft transmission
Movable beam type abrasive working appts comprises a feeding unit, one gantry unit, a dynamic beam element, and a vertical grinding
Unit.
This feeding unit includes a pedestal, and one is arranged at this pedestal and this workpiece to be added can be driven to send along one
The feeding module that material direction is moved, this one gantry unit includes that two left and right directions along this feed direction vertical are spaced
It is arranged at this pedestal and lays respectively at the column of this feeding module two opposition side, a described column of connection and be positioned at this feeding list
Link beam above unit, described column and this link beam are one of the forming and make, and this dynamic beam element includes one along this right and left
To the dynamic beam extended, and one is arranged at this link beam and this dynamic beam can be driven to be respectively perpendicular this feed direction along one
And the single shaft transmission module that the above-below direction of this left and right directions moves, this vertical grinding unit include two vertical abrasive wheels, two points
Can not drive the vertical grinding module that described vertical abrasive wheel rotates, and two are arranged at intervals at this dynamic beam also along this left and right directions
The horizontal conveyor module that described vertical grinding module moves along this left and right directions can be driven respectively.
Single shaft transmission movable beam type abrasive working appts described in the utility model, this single shaft transmission module has one and is arranged at
This link beam first driving motor, one along this above-below direction extend and by this first drive motor around Pivot Point Center
The first driving screw rotated, and one be arranged at this first driving screw and connect the first nut seat of this dynamic beam.
Single shaft transmission movable beam type abrasive working appts described in the utility model, this single shaft transmission module also has two difference
It is positioned between described column and this dynamic beam with spacing first spacing group that makes this dynamic beam can only move along this above-below direction.
Single shaft transmission movable beam type abrasive working appts described in the utility model, each first spacing group has two edges and is somebody's turn to do
Left and right directions is arranged at intervals at the first orbit portion of this column respective, and two are positioned at this dynamic beam and respectively for described first
The first rail groove that orbit portion is accommodating.
Single shaft transmission movable beam type abrasive working appts described in the utility model, each horizontal conveyor module has one and sets
Be placed in this dynamic beam second driving motor, one along this left and right directions extend and by this second drive motor around self
Second driving screw of axis rotation, second nut seat being arranged at this second driving screw, and this second nut of connection
Seat also connects the horizontal movable base of this vertical grinding module respective.
Single shaft transmission movable beam type abrasive working appts described in the utility model, each horizontal conveyor module also has one
It is positioned between this dynamic beam and this horizontal movable base respective and makes this horizontal movable base can only move along this left and right directions with spacing
Second spacing group.
Single shaft transmission movable beam type abrasive working appts described in the utility model, each second spacing group has two edges and is somebody's turn to do
Above-below direction is arranged at intervals at the second orbit portion of this dynamic beam, and two are positioned at this horizontal movable base respective and respectively for institute
State the second rail groove that the second orbit portion is accommodating.
Single shaft transmission movable beam type abrasive working appts described in the utility model, each vertical abrasive wheel can be around parallel on this
One vertical shaft line in lower direction rotates.
Single shaft transmission movable beam type abrasive working appts described in the utility model, this single shaft transmission movable beam type abrasive working appts
Also comprising a sleeping grinding unit, this sleeping grinding unit includes a sleeping abrasive wheel, and one is arranged at described horizontal conveyor mould
Block one of them and the sleeping grinding module that this sleeping abrasive wheel rotates can be driven.
Single shaft transmission movable beam type abrasive working appts described in the utility model, this sleeping abrasive wheel can be around this right and left parallel
To horizontal axis line rotate.
The beneficial effects of the utility model are: be one of the forming made by described column and this link beam, and can be by
This single dynamic beam just can drive the vertical abrasive wheel of described two to move along this above-below direction simultaneously, and can reduce alignment error
And height error, therefore can improve machining accuracy.
Accompanying drawing explanation
Fig. 1 is an axonometric chart of an existing abrasive working appts；
Fig. 2 is a front view of this existing abrasive working appts；
Fig. 3 is a three-dimensional combination of an embodiment of this utility model single shaft transmission movable beam type abrasive working appts
Figure；
Fig. 4 is a three-dimensional exploded view of this embodiment；
Fig. 5 is a front view of this embodiment；
Fig. 6 is a right side view of this embodiment；
Mono-front view being similar to Fig. 5 of Fig. 7, illustrates that dynamic beam is driven and drives two vertical grinding units upward
The state of movement；
Fig. 8 is a front view being similar to Fig. 7, illustrate that two horizontal movable base are driven and drive one sleeping grind single
The state moved left the Yuan Dynasty.
Detailed description of the invention
Below in conjunction with the accompanying drawings and this utility model is described in detail by embodiment.
Refering to Fig. 3,4,5, an embodiment of this utility model single shaft transmission movable beam type abrasive working appts, it is used for grinding
One workpiece 9 to be added, this single shaft transmission movable beam type abrasive working appts comprises a feeding unit 2, one gantry unit
3,4, vertical grinding unit 5 of a dynamic beam element, an and sleeping grinding unit 6.
This feeding unit 2 includes a pedestal 21, and one is arranged at this pedestal 21 and can drive this workpiece 9 edge to be added
The feeding module 22 that one feed direction X moves.In the present embodiment, this feeding module 22 is to drive motor through a feeding
The driving of (not shown) and drive this workpiece 9 to be added to move.
This one gantry unit 3 includes that two left and right directions Y along vertical this feed direction X are arranged at intervals at this base
Seat 21 and lay respectively at 31, one, the column of these 22 liang of opposition sides of feeding module and connect described column 31 and be positioned at this feeding unit
Link beam 32 above in the of 2, described column 31 and this link beam 32 are one of the forming and make.
Refering to Fig. 4,5,6, this dynamic beam element 4 includes a dynamic beam 41 extended along this left and right directions Y, and a setting
In this link beam 32 and this dynamic beam 41 can be driven to be respectively perpendicular the upper and lower of this feed direction X and this left and right directions Y along one
The single shaft transmission module 42 that direction Z moves.
This single shaft transmission module 42 has first 421, one, a motor of driving being arranged at this link beam 32 along this
Lower direction Z extends and first is driven motor 421 to drive and the first driving screw 422, setting of rotating around Pivot Point Center by this
In this first driving screw 422 and the first nut seat 423 of connecting this dynamic beam 41, and two lay respectively at described column 31 and should
With spacing first spacing group 424 that makes this dynamic beam 41 can only move along this above-below direction Z between dynamic beam 41.
Each first spacing group 424 has two and is arranged at intervals at the of this column 31 respective along this left and right directions Y
One orbit portion 425, and two be positioned at this dynamic beam 41 and respectively for the first rail groove 426 that described first orbit portion 425 is accommodating.
This vertical grinding unit 5 includes that two vertical abrasive wheels 51, two are able to drive described vertical abrasive wheel 51 to rotate
Vertical grinding module 52, and two be arranged at intervals at this dynamic beam 41 along this left and right directions Y and can drive described vertical grinding respectively
The horizontal conveyor module 53 that module 52 moves along this left and right directions Y.In the present embodiment, described vertical grinding module 52 drives respectively
The mode that described vertical abrasive wheel 51 rotates is existing technology, and therefore its thin portion principle is no longer illustrated by this specification.
Each vertical abrasive wheel 51 can rotate around a vertical shaft line L 1 of parallel this above-below direction Z.
Each horizontal conveyor module 53 has second driving 531, the edge of motor being arranged at this dynamic beam 41
This left and right directions Y extends and second is driven motor 531 to drive and the second driving screw 532, of rotating around Pivot Point Center by this
Be arranged at this second driving screw 532 the second nut seat 533, connect this second nut seat 533 and connect respective this stand
The horizontal movable base 534 of grinding module 52, and one be positioned between this dynamic beam 41 and this horizontal movable base 534 and make this water with spacing
Can only move along this left and right directions Y second spacing group 535 of flat Mobile base 534.
Each second spacing group 535 has two the second rails being arranged at intervals at this dynamic beam 41 along this above-below direction Z
Road portion 536, and two be positioned at this horizontal movable base 534 respective and respectively for the second rail that described second orbit portion 536 is accommodating
Road groove 537.In the present embodiment, each described second orbit portion 536 of second spacing group 535 be respectively with another second
Described second orbit portion 536 of spacing group 535 is integrated to be made.
This sleeping grinding unit 6 includes a sleeping abrasive wheel 61, and one is arranged at described horizontal conveyor module 53 wherein
One and sleeping grinding module 62 that this sleeping abrasive wheel 61 can be driven to rotate.In the present embodiment, this sleeping grinding module 62 is to set
It is placed in Fig. 5 this horizontal movable base 534 of this horizontal conveyor module 53 on right side, but also is able to be installed on left side depending on demand
This horizontal movable base 534 of this horizontal conveyor module 53, it addition, this sleeping grinding module 62 drives this sleeping abrasive wheel 61 to rotate
Mode is existing technology, and therefore its thin portion principle is no longer illustrated by this specification.
This sleeping abrasive wheel 61 can rotate around a horizontal axis line L2 of parallel this left and right directions Y.
In the present embodiment, this workpiece 9 to be added is linear track, and has and multiple be reversed along this left and right directions Y
Groove 91, described groove 91 is ground for described vertical abrasive wheel 51 respectively simultaneously, and the end face of this workpiece 9 to be added is then for being somebody's turn to do
Sleeping abrasive wheel 61 is ground.
During use, this feeding module 22 is to fix this workpiece 9 to be added in the way of magnetic, and controls this first driving motor
421 drive these first driving screws 422 to rotate, and then interlock and make this first nut seat 423 drive this dynamic beam 41 can be along described
First orbit portion 425 and move along this above-below direction Z, and control make each second drive motor 531 drive respective should
Second driving screw 532 rotates, and then gearing makes this second nut seat 533 respective drive this horizontal movable base 534 energy respective
Move along this left and right directions Y along corresponding described second orbit portion 536, and then make described vertical abrasive wheel 51 be respectively moved to
At the described groove 91 of these workpiece 9 both sides to be added, then control to make described vertical grinding module 52 drive described vertical abrasive wheel 51 turns
Dynamic, and control to make this feeding module 22 drive this workpiece 9 to be added to move along this feed direction X, just can make this workpiece to be added 9 liang
The described groove 91 of side is respectively by the grinding of described vertical abrasive wheel 51.
Refering to Fig. 4,7,8, when to grind the end face of this workpiece 9 to be added, control respectively described second drive motor 531 and
Drive make the described groove 91 that described vertical abrasive wheel 51 exits this workpiece 9 to be added respectively along this left and right directions Y after, control this first
Drive motor 421 to drive the vertical abrasive wheel of described two 51 to be moved upwardly by (see Fig. 7) simultaneously, just can be through controlling this first driving
Motor 421 and described second drives motor 531 to drive the end face making this sleeping abrasive wheel 61 move to this workpiece 9 to be added (see figure
8), then control to make this sleeping grinding module 62 drive this sleeping abrasive wheel 61 to rotate, and control to make this feeding module 22 send along this
Material direction X drives this workpiece 9 to be added to move, and just can make the end face grinding by this sleeping abrasive wheel 61 of this workpiece 9 to be added.
Be noted that this workpiece 9 to be added except being the linear track such as the present embodiment, in other enforcement aspect,
Any workpiece to be added 9 needing the simultaneous grinding left and right sides also can be applied to this single shaft transmission movable beam type abrasive working appts.
Owing to this single shaft transmission movable beam type abrasive working appts is to drive described two with this single dynamic beam 41 simultaneously
Individual vertical abrasive wheel 51 moves along this above-below direction Z, and two therefore described vertical abrasive wheels 51 are with moving and nothing at this above-below direction Z
Error on position, therefore, it is possible to avoid existing abrasive working appts to use two vertical axises to drive two vertical abrasive wheels respectively
51 and the height error that both sides are different can be produced, therefore accuracy is higher.
Additionally, due to this single shaft transmission movable beam type abrasive working appts is to have lacked one compared to existing abrasive working appts
Individual vertical shaft design, therefore, it is possible to the most cost-effective, and this sleeping grinding unit 6 subsidiary can also further provide for another and grind
Mill direction, and then improve the convenience used.
Described column 31 and this link beam 32 system of being one of the forming due to this single shaft transmission movable beam type abrasive working appts
Become, thus without producing alignment error, and can have higher machining accuracy.
In sum, it is one of the forming makes by described column 31 and this link beam 32, and can be by this single dynamic beam
Part 41 just can drive the vertical abrasive wheel of described two 51 to move along this above-below direction Z simultaneously, and can reduce alignment error and this is treated
The height error of the described groove 91 of workpiece 9 left and right sides, therefore can improve machining accuracy, so really can reach this practicality
Novel purpose.
Claims (10)
1. a single shaft transmission movable beam type abrasive working appts, for grinding a workpiece to be added, this single shaft transmission movable beam type grinds
Mill processing unit (plant) comprises a feeding unit, and this feeding unit includes a pedestal, and one is arranged at this pedestal and can carry
The feeding module that this workpiece to be added dynamic moves along a feed direction, it is characterised in that: this single shaft transmission movable beam type attrition process
Device also comprises one gantry unit, a dynamic beam element, and a vertical grinding unit, and this one gantry unit includes two
The individual left and right directions along this feed direction vertical is arranged at intervals at this pedestal and lays respectively at this feeding module two opposition side
Column, one connect described column and be positioned at the link beam above this feeding unit, described column and this link beam are integrated
Shaping is made, and this dynamic beam element includes a dynamic beam extended along this left and right directions, and one is arranged at this link Liang Bingneng
Enough drive the single shaft transmission mould that this dynamic beam moves along an above-below direction being respectively perpendicular this feed direction and this left and right directions
Block, this vertical grinding unit include two vertical abrasive wheels, two be able to the vertical grinding module that drives described vertical abrasive wheel to rotate,
And two be arranged at intervals at this dynamic beam along this left and right directions and described vertical grinding module can be driven respectively along this left and right directions
The horizontal conveyor module of movement.
Single shaft transmission movable beam type abrasive working appts the most according to claim 1, it is characterised in that: this single shaft transmission module
Have one be arranged at this link beam first driving motor, one along this above-below direction extend and by this first drive motor drive
The first driving screw that is dynamic and that rotate around Pivot Point Center, and one be arranged at this first driving screw and connect the first spiral shell of this dynamic beam
Cap seat.
Single shaft transmission movable beam type abrasive working appts the most according to claim 2, it is characterised in that: this single shaft transmission module
Also there are two lay respectively at and make this dynamic beam can only move along this above-below direction with spacing between described column and this dynamic beam
First spacing group.
Single shaft transmission movable beam type abrasive working appts the most according to claim 3, it is characterised in that: each is first spacing
Group has two the first orbit portions being arranged at intervals at this column respective along this left and right directions, and two are positioned at this dynamic beam also
The first rail groove housed for described first orbit portion respectively.
Single shaft transmission movable beam type abrasive working appts the most according to claim 1, it is characterised in that: each horizontal conveyor
Module have one be arranged at this dynamic beam second driving motor, one along this left and right directions extend and by this second drive horse
Reach the second driving screw driven and rotate around Pivot Point Center, second nut seat being arranged at this second driving screw, and one
Connect this second nut seat and connect the horizontal movable base of this vertical grinding module respective.
Single shaft transmission movable beam type abrasive working appts the most according to claim 5, it is characterised in that: each horizontal conveyor
Module also has one and is positioned between this dynamic beam and this horizontal movable base respective and makes this horizontal movable base can only be along this with spacing
Move second spacing group of left and right directions.
Single shaft transmission movable beam type abrasive working appts the most according to claim 6, it is characterised in that: each is second spacing
Group has two the second orbit portions being arranged at intervals at this dynamic beam along this above-below direction, and two are positioned at this level respective and move
Dynamic seat the second rail groove housed for described second orbit portion respectively.
Single shaft transmission movable beam type abrasive working appts the most according to claim 1, it is characterised in that: each vertical abrasive wheel
Can rotate around this above-below direction parallel vertical shaft line.
Single shaft transmission movable beam type abrasive working appts the most according to claim 1, it is characterised in that: beam is moved in this single shaft transmission
Formula abrasive working appts also comprises a sleeping grinding unit, and this sleeping grinding unit includes a sleeping abrasive wheel, and one is arranged at
Described horizontal conveyor module one of them and the sleeping grinding module that this sleeping abrasive wheel rotates can be driven.
Single shaft transmission movable beam type abrasive working appts the most according to claim 9, it is characterised in that: this sleeping abrasive wheel energy
Enough horizontal axis lines around this left and right directions parallel rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620831535.8U CN205870255U (en) | 2016-08-03 | 2016-08-03 | Unipolar transmission is moved beam type and is ground processingequipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620831535.8U CN205870255U (en) | 2016-08-03 | 2016-08-03 | Unipolar transmission is moved beam type and is ground processingequipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205870255U true CN205870255U (en) | 2017-01-11 |
Family
ID=57702241
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620831535.8U Active CN205870255U (en) | 2016-08-03 | 2016-08-03 | Unipolar transmission is moved beam type and is ground processingequipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205870255U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106078489A (en) * | 2016-08-03 | 2016-11-09 | 南京南特精密机械有限公司 | Single shaft transmission movable beam type abrasive working appts |
| CN113977423A (en) * | 2021-10-18 | 2022-01-28 | 德清勤龙磨床制造有限公司 | Numerical control vertical double-grinding head multifunctional grinding machine |
-
2016
- 2016-08-03 CN CN201620831535.8U patent/CN205870255U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106078489A (en) * | 2016-08-03 | 2016-11-09 | 南京南特精密机械有限公司 | Single shaft transmission movable beam type abrasive working appts |
| CN113977423A (en) * | 2021-10-18 | 2022-01-28 | 德清勤龙磨床制造有限公司 | Numerical control vertical double-grinding head multifunctional grinding machine |
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