CN206464886U - Milling wheel toothholder positioner - Google Patents
Milling wheel toothholder positioner Download PDFInfo
- Publication number
- CN206464886U CN206464886U CN201720101649.1U CN201720101649U CN206464886U CN 206464886 U CN206464886 U CN 206464886U CN 201720101649 U CN201720101649 U CN 201720101649U CN 206464886 U CN206464886 U CN 206464886U
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- CN
- China
- Prior art keywords
- toothholder
- milling wheel
- positioning
- bushing assembly
- columns assemblies
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Abstract
The utility model discloses a kind of milling wheel toothholder positioner, for welding positioning of the two-wheel flute milling machine milling wheel toothholder on milling wheel matrix, including base, columns assemblies, slide bushing assembly, corner cut positioning component, drift angle location-plate and plug, columns assemblies are arranged on base, for realizing toothholder circumferential angle position and positioning to milling wheel central axis distance on milling wheel matrix；Slide bushing assembly is arranged in columns assemblies, the positioning for realizing toothholder height and position on milling wheel matrix；The axle of corner cut positioning component passes through the hole of slide bushing assembly front end, and is connected with slide bushing assembly, for realizing positioning of the toothholder relative to milling wheel matrix cut-in angle；Drift angle location-plate is connected with the lower end of corner cut positioning component；Plug is connected with drift angle location-plate, for realizing positioning of the toothholder relative to milling wheel matrix deflection angle；Plug upper link point center is overlapped with pick crown position.The utility model can be that milling wheel toothholder locus and angle provide accurate positioning.
Description
Technical field
The utility model is related to a kind of milling wheel toothholder positioner, belongs to technical field of engineering machinery.
Background technology
Two-wheel flute milling machine milling wheel is that the locus of toothholder and the accuracy of angle are straight above the equipment of equipment, milling wheel
Connect influence construction effect and efficiency.And distance of the toothholder positioning comprising toothholder to milling wheel central axis, toothholder are with respect to the circle of milling wheel
The cut-in angle of height and position, toothholder axis with respect to milling wheel of all angle positions, toothholder relative to milling wheel basal plane, toothholder axis phase
To the deflection angle of milling wheel totally five frees degree, therefore toothholder must have in the welding positioning of milling wheel substrates and can provide accurately
The positioner of positioning is realized.
The content of the invention
In view of the above-mentioned problems of the prior art, the utility model provides a kind of milling wheel toothholder positioner, can be milling
Take turns toothholder locus and angle provides accurate positioning.
To achieve these goals, a kind of milling wheel toothholder positioner that the utility model is used, for two-wheel flute milling machine
Welding positioning of the milling wheel toothholder on milling wheel matrix, including base, columns assemblies, slide bushing assembly, corner cut positioning component, drift angle are fixed
Position plate and plug, the base are used for carrying and positioning milling wheel matrix；The columns assemblies are arranged on base, pass through fixation
Toothholder circumferential angle position and positioning to milling wheel central axis distance on milling wheel matrix are realized in diverse location；The sliding sleeve
Component is arranged in columns assemblies, and the positioning of toothholder height and position on milling wheel matrix is realized by being fixed on different height；Institute
The axle for stating corner cut positioning component passes through the hole of slide bushing assembly front end, and is connected with slide bushing assembly, for realizing toothholder relative to milling
Take turns the positioning of matrix cut-in angle；The drift angle location-plate is connected with the lower end of corner cut positioning component；Plug and drift angle location-plate
Connection, for realizing positioning of the toothholder relative to milling wheel matrix deflection angle；Plug upper link point center and pick crown
Position overlap, plug be inserted into toothholder endoporus assemble can complete toothholder welding positioning.
Preferably, the slide bushing assembly is enclosed in columns assemblies, and can be moved up and down along columns assemblies；In columns assemblies by
Up to it is provided with multiple positioning holes, slide bushing assembly down and is provided with through hole, pin II is passed through on through hole and columns assemblies on slide bushing assembly
Different positioning holes, realize the fixation of slide bushing assembly different height position in columns assemblies.
Preferably, the columns assemblies can be moved horizontally along base baseplane, and the bottom of the columns assemblies passes through two
Pin I is arranged on base.
Preferably, the axle of the corner cut positioning component passes through the hole of slide bushing assembly front end and fixed by pin III.
Preferably, the drift angle location-plate is connected with corner cut positioning component by two pins IV.
Preferably, the plug is connected with drift angle location-plate by pin V, and is fixed by pin VI；Plug is hinged with pin V
Dot center position is overlapped with pick crown position.
Compared with prior art, the utility model passes through base, columns assemblies, slide bushing assembly, corner cut positioning component, drift angle
The cooperation of location-plate and plug, realizes the angle of circumference of the distance comprising toothholder to milling wheel central axis, toothholder with respect to milling wheel
Spend the height and position of position, toothholder relative to milling wheel basal plane, the relative milling of the toothholder axis cut-in angle of milling wheel, toothholder axis relatively
The positioning of the deflection angle of wheel totally five frees degree.Finally, accurate positioning, behaviour are provided for milling wheel toothholder locus and angle
Make simple, accuracy is high.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the schematic diagram of the utility model positional parameter；
Fig. 3 is Fig. 2 left view.
In figure：1st, base, 2, pin I, 3, columns assemblies, 4, pin II, 5, slide bushing assembly, 6, pin III, 7, corner cut positioning component,
8th, pin IV, 9, drift angle location-plate, 10, pin V, 11, pin VI, 12, plug, the distance crown of R, toothholder to milling wheel central axis
Point arrives the distance of milling wheel central axis, circumferential angle position the crown point and milling wheel central axis place of θ, toothholder with respect to milling wheel
Plane is with respect to the angle of 0 ° of plane rotate counterclockwise, the height and position crown point to milling wheel base of H, toothholder relative to milling wheel basal plane
The distance in face, α, toothholder axis with respect to milling wheel cut-in angle with projection line of the toothholder axis on basal plane and crown point in basal plane
The angle of tangent line of the circle at crown subpoint where upper subpoint, β, toothholder axis are with respect to the deflection angle of milling wheel toothholder axle
Line is in the projection line of 0 ° of plane and the angle of milling wheel basal plane.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
As shown in Figure 1 to Figure 3, a kind of milling wheel toothholder positioner, for two-wheel flute milling machine milling wheel toothholder 31 in milling wheel base
On body 32 welding positioning, including base 1, columns assemblies 3, slide bushing assembly 5, corner cut positioning component 7, drift angle location-plate 9 and
Plug 12, the base 1 is used for carrying and positioning milling wheel matrix 32；The columns assemblies 3 are arranged on base 1, pass through fixation
Toothholder 31 circumferential angle position and positioning to milling wheel central axis distance on milling wheel matrix 32 are realized in diverse location；It is described
Slide bushing assembly 5 is arranged in columns assemblies 3, and the height and position on milling wheel matrix 32 of toothholder 31 is realized by being fixed on different height
Positioning；The axle of the corner cut positioning component 7 passes through the hole of the front end of slide bushing assembly 5, and is connected with slide bushing assembly 5, for realizing
Positioning of the toothholder 31 relative to the cut-in angle of milling wheel matrix 32；The lower end of the drift angle location-plate 9 and corner cut positioning component 7 connects
Connect；Plug 12 is connected with drift angle location-plate 9, for realizing positioning of the toothholder 31 relative to the deflection angle of milling wheel matrix 32；Plug
12 upper link point centers are overlapped with the crown position of pick 33, and plug 12, which is inserted into the endoporus of toothholder 31 and assembled, can complete tooth
The welding positioning of seat 31.
Preferably, the slide bushing assembly 5 is enclosed in columns assemblies 3, and can be moved up and down along columns assemblies 3；Columns assemblies 3
On be from top to bottom provided with multiple positioning holes, slide bushing assembly 5 and be provided with through hole, pin II 4 is through the through hole and column on slide bushing assembly 5
Different positioning holes on component 3, realize the fixation of the different height position in columns assemblies 3 of slide bushing assembly 5, and then realize toothholder
The positioning of height and position on matrix, as needed, position of the adjustment slide bushing assembly 5 in columns assemblies 3, it is different fixed to realize
Position.
Preferably, the columns assemblies 3 can be moved along the planar horizontal of base 1, and the bottom of the columns assemblies 3 is provided with two
Two holes being provided with hole, base baseplane in multiple positioning holes, columns assemblies positioning hole pair different from base baseplane
Together, and by two pins I 2 connect, realize the positioning of the diverse location on base 1 of columns assemblies 3, change column group as needed
The position of part 3, so as to realize toothholder 31 circumferential angle position and positioning to milling wheel central axis distance on milling wheel matrix 32.
Preferably, the axle of the corner cut positioning component 7 passes through the hole of the front end of slide bushing assembly 5 and can rotated, corner cut positioning
The hole of component 7 is alignd with the positioning hole of slide bushing assembly 5 and fixed by pin III 6, realizes incision of the toothholder relative to milling wheel matrix
The positioning of angle.
Preferably, the drift angle location-plate 9 is connected with corner cut positioning component 7 by two pins IV 8.
Preferably, the plug 12 is connected with drift angle location-plate 9 by pin V 10, and is fixed by pin VI 11；Plug 12
Overlapped with the pin joint center of pin V 10 with the crown position of pick 33.
As shown in Figure 1 to Figure 3, during operation, first, toothholder 31 is carried out into volume according to its position on milling wheel matrix 32
Number, and it is inverse apart from R, crown point 0 ° of plane relative with plane where milling wheel central axis according to crown point to milling wheel central axis
The angle, θ of hour hands rotation, crown point to milling wheel basal plane apart from projection line on basal plane of H, toothholder axis and crown point in base
The projection line and milling wheel base of the angle α of tangent line of the circle at crown subpoint, toothholder axis in 0 ° of plane where subpoint on face
The angle β in face carries out parameter list；Then, corresponding positioning welding is carried out as steps described below：
Step one, milling wheel matrix 32 is placed into and positioning is fixed and carried out on base 1.
Step 2, columns assemblies 3 are placed on the baseplane of base 1, parameter list are searched, by two in columns assemblies 3
Hole is alignd with the corresponding hole on the baseplane of base 1 and connected by two pins I 2, realizes the circle on milling wheel matrix 32 of toothholder 31
All angle positions and the positioning to matrix centre distance；
Step 3, slide bushing assembly 5 can be slided up and down along columns assemblies 3, parameter list be searched, by the hole on slide assemblies 3
Positioning hole corresponding with columns assemblies 3 aligns and connected by pin II 4, realizes the height position on milling wheel matrix 32 of toothholder 31
The positioning put；
Step 4, the axle of corner cut positioning component 7 passes through the hole of the front end of slide bushing assembly 5 and can rotated, and searches parameter list, will
The hole of corner cut positioning component 7 positioning hole corresponding with slide bushing assembly 5 aligns and fixed by pin III, realizes determining for cut-in angle
Position；
Step 5, plug 12 is connected by pin V 10 with drift angle location-plate 9 and can rotated, and parameter list is searched, by plug
Hole positioning hole corresponding with drift angle location-plate 9 on 12 is connected by pin VI, realizes the positioning of toothholder deflection angle；
Step 6, plug is inserted in by toothholder 31, and carrying out spot welding to the toothholder having good positioning fixes；
Repeat step two is to step 6, and the positioning and spot welding for carrying out next toothholder are fixed, until completing to own on milling wheel
The positioning welding of toothholder.
From said structure, the utility model passes through base, columns assemblies, slide bushing assembly, corner cut positioning component, drift angle
The cooperation of location-plate and plug, realizes the angle of circumference of the distance comprising toothholder to milling wheel central axis, toothholder with respect to milling wheel
Spend the height and position of position, toothholder relative to milling wheel basal plane, the relative milling of the toothholder axis cut-in angle of milling wheel, toothholder axis relatively
The positioning of the deflection angle of wheel totally five frees degree.Finally, accurate positioning, behaviour are provided for milling wheel toothholder locus and angle
Make simple, accuracy is high.
Claims (6)
1. a kind of milling wheel toothholder positioner, it is characterised in that milling wheel toothholder positioner is used for two-wheel flute milling machine milling wheel toothholder
(31) the welding positioning on milling wheel matrix (32), including base (1), columns assemblies (3), slide bushing assembly (5), corner cut positioning group
Part (7), drift angle location-plate (9) and plug (12),
The base (1) is used for carrying and positioning milling wheel matrix (32)；
The columns assemblies (3) are arranged on base (1), realize toothholder (31) in milling wheel matrix by being fixed on diverse location
(32) circumferential angle position and the positioning to milling wheel central axis distance on；
The slide bushing assembly (5) is arranged in columns assemblies (3), realizes toothholder (31) in milling wheel base by being fixed on different height
The positioning of height and position on body (32)；
The axle of the corner cut positioning component (7) passes through the hole of slide bushing assembly (5) front end, and is connected with slide bushing assembly (5), for reality
Positioning of the existing toothholder (31) relative to milling wheel matrix (32) cut-in angle；
The drift angle location-plate (9) is connected with the lower end of corner cut positioning component (7)；
Plug (12) is connected with drift angle location-plate (9), for realizing toothholder (31) relative to milling wheel matrix (32) deflection angle
Positioning；
Plug (12) upper link point center is overlapped with pick (33) crown position, and plug (12) is inserted into toothholder (31) endoporus
The welding positioning of toothholder (31) can be completed by assembling.
2. a kind of milling wheel toothholder positioner according to claim 1, it is characterised in that the slide bushing assembly (5) is enclosed on
In columns assemblies (3), and it can be moved up and down along columns assemblies (3)；Columns assemblies are from top to bottom provided with multiple positioning holes on (3),
Through hole is provided with slide bushing assembly (5), pin II (4) is positioned through the difference on the through hole and columns assemblies (3) on slide bushing assembly (5)
Hole, realizes the fixation of slide bushing assembly (5) different height position in columns assemblies (3).
3. a kind of milling wheel toothholder positioner according to claim 1 or 2, it is characterised in that the columns assemblies (3) can
Moved horizontally along base (1) baseplane, the bottom of the columns assemblies (3) is arranged on base (1) by two pins I (2).
4. a kind of milling wheel toothholder positioner according to claim 1 or 2, it is characterised in that the corner cut positioning component
(7) axle passes through the hole of slide bushing assembly (5) front end and fixed by pin III (6).
5. a kind of milling wheel toothholder positioner according to claim 1 or 2, it is characterised in that the drift angle location-plate (9)
It is connected with corner cut positioning component (7) by two pins IV (8).
6. a kind of milling wheel toothholder positioner according to claim 1 or 2, it is characterised in that the plug (12) with partially
Angle location-plate (9) is connected by pin V (10), and fixed by pin VI (11)；Plug (12) and pin V (10) pin joint centre bit
Put and overlapped with pick (33) crown position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720101649.1U CN206464886U (en) | 2017-01-25 | 2017-01-25 | Milling wheel toothholder positioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720101649.1U CN206464886U (en) | 2017-01-25 | 2017-01-25 | Milling wheel toothholder positioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206464886U true CN206464886U (en) | 2017-09-05 |
Family
ID=59704339
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720101649.1U Active CN206464886U (en) | 2017-01-25 | 2017-01-25 | Milling wheel toothholder positioner |
Country Status (1)
| Country | Link |
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| CN (1) | CN206464886U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106914787A (en) * | 2017-01-25 | 2017-07-04 | 徐州徐工基础工程机械有限公司 | A kind of milling wheel toothholder positioner |
-
2017
- 2017-01-25 CN CN201720101649.1U patent/CN206464886U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106914787A (en) * | 2017-01-25 | 2017-07-04 | 徐州徐工基础工程机械有限公司 | A kind of milling wheel toothholder positioner |
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