CN205462660U - Powder coating rubbing crusher conveying with vibration's sieve device - Google Patents
Powder coating rubbing crusher conveying with vibration's sieve device Download PDFInfo
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- CN205462660U CN205462660U CN201521016810.2U CN201521016810U CN205462660U CN 205462660 U CN205462660 U CN 205462660U CN 201521016810 U CN201521016810 U CN 201521016810U CN 205462660 U CN205462660 U CN 205462660U
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Abstract
The utility model discloses a powder coating rubbing crusher conveying with vibration's sieve device, including fixed beam, connecting plate and cantilever beam, the right side at the fixed beam is fixed to the connecting plate, there are just horizontal extension's a plurality of cantilever beams that are parallel to each other in the welding of the right side of connecting plate, are formed with charging conduit between the double -phase adjacent cantilever beam, be fixed with the screen cloth on the cantilever beam, the screen cloth has a sieve mesh, and the diameter of sieve mesh sets up according to powder coating's particle size. This sieve device can filter thin material among the powder materials and thick material, lets accord with the thin material diameter output that powder coating used, incongruently smashes in being carried the reducing mechanism, reduces the energy consumption, improves and smashes efficiency.
Description
Technical field
This utility model relates to the sieve material device in powdery paints pulverizer, especially vibration conveying mechanism.
Background technology
Powdery paints is a kind of novel without solvent 100% solid powdery coating.There is solvent-free, pollution-free, recyclable, environmental protection, the saving energy and resource, reduce labor intensity and film mechanical strength high.
Powdery paints has the requirement of fineness, particle diameter, and the raw material of some powdery paints may be block or that particle diameter is bigger graininess, and therefore, powdery paints to be mixed to form needs to pulverize raw material, allows its fineness and particle diameter reach requirement.
Crush efficiency to be improved, reduces cost of labor, uses the optimal selection of the equipment of automatization.Existing disintegrating apparatus is directly to be poured in funnel by material, and the material diameter in funnel enters in reducing mechanism, and after material is all introduced in reducing mechanism, the reducing mechanism effect to pulverizing is bad.
In order to allow reducing mechanism can continuous print, quantitative comminuting matter, a conveyer device is set before reducing mechanism and is necessary.
Current conveyer device can not carry out sieve material to powder material, causes to meet in material using the thin material required to be pulverized again also in pulverizer, and the most not only energy consumption is high, and also reduces crush efficiency.
Summary of the invention
The purpose of this utility model is to provide the sieve material device of a kind of powdery paints pulverizer vibrating transportation, thin material in powder material and thick material can be screened by this sieve material device, allow and meet the thin material diameter output that powdery paints uses, incongruent being transported in reducing mechanism is pulverized, reduce energy consumption, improve crush efficiency.
For reaching above-mentioned purpose, the sieve material device of a kind of powdery paints pulverizer vibrating transportation, described sieve material device includes fixing beam, connecting plate and cantilever beam；Connecting plate is fixed on the right side of fixing beam；It is welded with on the right side of connecting plate and is parallel to each other and multiple cantilever beams of horizontal expansion, between two adjacent cantilever beams, be formed with charging conduit；Being fixed with screen cloth on a cantilever beam, screen cloth has sieve aperture, and the diameter of sieve aperture is arranged according to the size of powdery paints.
The beneficial effects of the utility model are: owing to being provided with screen cloth, so, fall through charging conduit less than the powder of sieve diameter through screen cloth and particle diameter, carry out the granule meeting powdery paints screening for the first time, incongruent material is transported in reducing mechanism, thus reduce the energy consumption of pulverizing, improve the efficiency of pulverizing.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of powdery paints pulverizer.
Fig. 2 is the axonometric chart at another visual angle of powdery paints pulverizer.
Fig. 3 is the exploded view of powdery paints pulverizer.
Fig. 4 is the axonometric chart of frame.
Fig. 5 is the axonometric chart at another visual angle of frame.
Fig. 6 is the axonometric chart of vibratory feed.
Fig. 7 is the exploded view of vibratory feed.
Fig. 8 is the axonometric chart of vibrating transportation fixed mount.
Fig. 9 is the exploded view of vibrating transportation fixed mount.
Figure 10 is the assembling figure of vibrating transportation fixed mount, elastic device, vibration conveying mechanism and vibrating device.
Figure 11 is the exploded view of vibrating transportation fixed mount, elastic device, vibration conveying mechanism and vibrating device.
Figure 12 is the schematic diagram of vibration conveying mechanism and vibrating device.
Figure 13 is vibration conveying mechanism and the schematic diagram at another visual angle of vibrating device.
Figure 14 is the exploded view of vibration conveying mechanism and vibrating device.
Detailed description of the invention
With detailed description of the invention, this utility model is further elaborated below in conjunction with the accompanying drawings.
As shown in Figure 1 to Figure 3, powdery paints pulverizer includes frame 1, vibratory feed 2, feeding-distribution device 3, reducing mechanism 4 and conveyer device 5.
As shown in Figure 4 and Figure 5, described frame 1 includes the first bracing frame the 11, second bracing frame 12 and link 13.First bracing frame 11 is positioned at the left side of the second bracing frame 12, has space between the first bracing frame 11 and the second bracing frame 12；Link 13 is connected to the first bracing frame 11 and upper end of the second bracing frame 12.
As shown in Figure 4 and Figure 5, the first bracing frame 11 includes on first crossbeam the 111, first longeron the 112, first column 113, first longitudinal diagonal brace 117 on 115, first time longitudinal diagonal brace 116 and first of the horizontal diagonal brace of longeron 114, first.
First crossbeam 111 is formed by two, and is parallel to each other.The cross section of first crossbeam 111 includes transverse part and first crossbeam vertical portion on transverse part under first crossbeam, first crossbeam, first crossbeam vertical portion allows the cross section of first crossbeam 111 be I-shaped under first crossbeam between transverse part on transverse part and first crossbeam, under first crossbeam, transverse part is positioned at the lower section of first crossbeam vertical portion, and on first crossbeam, transverse part is positioned at the top of first crossbeam vertical portion.The base at first crossbeam 111 two ends has chamfering 1111；If being not provided with chamfering 1111, so base at first crossbeam two ends is the most rectangular sharp edge, so, when mobile pulverizer, easily and human impact and be prone to hurt human body, simultaneously, if pulverizer clashes into harder material, easily it is damaged to first crossbeam, causes first crossbeam to deform, easily affect the original stress performance of frame；It addition, when mobile pulverizer, if being provided with chamfering 1111, then the effect of guiding can be played.First crossbeam 111 uses I-steel, when first longeron 112 is welded between first crossbeam 111, the end of the first longeron 112 can be plugged in the groove of first crossbeam 111, positioning action is played in connection to the first longeron 112, and the weld seam area between the first longeron 112 and first crossbeam 111 increases, thus improve bonding strength.
The cross section of the first longeron 112 includes transverse part and the first longeron vertical portion on transverse part under the first longeron, the first longeron, first longeron vertical portion allows the cross section of the first longeron 112 be I-shaped under the first longeron between transverse part on transverse part and the first longeron, under first longeron, transverse part is positioned at the lower section of the first longeron vertical portion, and on the first longeron, transverse part is positioned at the top of the first longeron vertical portion.
First longeron 112 is formed by two, first longeron 112 is parallel to each other, being respectively mounted at the two ends of the first longeron 112 and be welded with described first crossbeam 111, the first longeron 112 is stretched out at the two ends of first crossbeam 111, and the two ends of the first longeron 112 are respectively protruding in the groove of first crossbeam 111.
The first described column 113 it is respectively welded at the two ends of first crossbeam 111.First column 113 is I-steel.
The cross section of the first column 113 includes the first left transverse part of column, the first right transverse part of column and the first column pars intermedia, first column middle part allows the cross section of the first column 113 be I-shaped between the first left transverse part of column and the right transverse part of the first column, the first left transverse part of column is positioned at the left side of the first column pars intermedia, and the first right transverse part of column is positioned at the right side of the first column pars intermedia.
On same longitudinal direction, in the middle part of the first column 113 between different first crossbeams 111 between be welded with longeron 114 on first.On first, the two ends of longeron 114 are positioned at the groove of the first column 113, and on first, longeron 114 is I-steel.
The first horizontal diagonal brace 115 it is welded with between first crossbeam 111 and first column 113 of the same side, described first laterally diagonal brace 115 it is welded with between the first column 113 and the link 113 of the same side, so, first crossbeam the 111, first column 113 and the first horizontal diagonal brace 115 form three-legged structure, first crossbeam the 111, first column 113 and link 13 form three-legged structure, allowing the first bracing frame 11 that deformation is less likely to occur, structural stability is good.
It is welded with first time longitudinal diagonal brace 116 between the first longeron 112 and first column 113 of same one end, first time longitudinal diagonal brace 116 is I-steel, longitudinal diagonal brace 117 it is welded with on first between longeron 114 and link 13 on first, on first, longitudinal diagonal brace 117 is angle steel, so, allow the first bracing frame 11 in multiple three-legged structures, the structural stability of the first bracing frame 11 is good, the main cause of this design jigging conveyer 2 that meeting installation quality is heavier above the first bracing frame 11, and jigging conveyer operationally can produce and vibrate frequently, therefore, the structural stability of the first bracing frame is required height.
In this utility model, first time longitudinal diagonal brace 116 uses I-steel, and on first, longitudinal diagonal brace 117 uses angle steel, allows the weight of first time longitudinal diagonal brace 116 be more than the weight of longitudinal diagonal brace 117 on first, make the decentralization of the first bracing frame, allow the good stability of whole frame 1.
As shown in Figure 4 and Figure 5, the second bracing frame 12 includes longeron 124 on second cross beam the 121, second longeron the 122, second column 123 and second.
Second cross beam 121 is formed by two, and is parallel to each other.The cross section of second cross beam 121 includes transverse part and second cross beam vertical portion on transverse part under second cross beam, second cross beam, second cross beam vertical portion allows the cross section of second cross beam 121 be I-shaped under second cross beam between transverse part on transverse part and second cross beam, under second cross beam, transverse part is positioned at the lower section of second cross beam vertical portion, and on second cross beam, transverse part is positioned at the top of second cross beam vertical portion.The base at second cross beam 121 two ends has chamfering 1211；If being not provided with chamfering 1211, so base at second cross beam two ends is the most rectangular sharp edge, so, when mobile pulverizer, easily and human impact and be prone to hurt human body, simultaneously, if pulverizer clashes into harder material, easily it is damaged to second cross beam, causes second cross beam to deform, easily affect the original stress performance of frame；It addition, when mobile pulverizer, if being provided with chamfering 1211, then the effect of guiding can be played.Second cross beam 121 uses I-steel, when second longeron 122 is welded between second cross beam 121, the end of the second longeron 122 can be plugged in the groove of second cross beam 121, positioning action is played in connection to the second longeron 122, and the weld seam area between the second longeron 122 and second cross beam 121 increases, thus improve bonding strength.
The cross section of the second longeron 122 includes transverse part and the second longeron vertical portion on transverse part under the second longeron, the second longeron, second longeron vertical portion allows the cross section of the second longeron 122 be I-shaped under the second longeron between transverse part on transverse part and the second longeron, under second longeron, transverse part is positioned at the lower section of the second longeron vertical portion, and on the second longeron, transverse part is positioned at the top of the second longeron vertical portion.
Second longeron 122 is formed by two, second longeron 122 is parallel to each other, being respectively mounted at the two ends of the second longeron 122 and be welded with described second cross beam 121, the second longeron 122 is stretched out at the two ends of second cross beam 121, and the two ends of the second longeron 122 are respectively protruding in the groove of second cross beam 121.
The second described column 123 it is respectively welded at the two ends of second cross beam 121.Second column 123 is I-steel.
The cross section of the second column 123 includes the second left transverse part of column, the second right transverse part of column and the second column pars intermedia, second column middle part allows the cross section of the second column 123 be I-shaped between the second left transverse part of column and the right transverse part of the second column, the second left transverse part of column is positioned at the left side of the second column pars intermedia, and the second right transverse part of column is positioned at the right side of the second column pars intermedia.
On the longitudinal direction of inner side, in the middle part of the second column 123 between different second cross beams 121 between be welded with longeron 124 on second.On second, the two ends of longeron 124 are positioned at the groove of the second column 123, and on second, longeron 124 is I-steel.
In this utility model, the second bracing frame 12 needs the weight carried little, therefore, is not provided to three-legged structure, can save material.
As shown in Figure 4 and Figure 5, link 13 includes connecting cross beam 131, longitudinal beam connected 132 and connects diagonal brace 133.
Connecting cross beam 131 is formed by two, and is parallel to each other, and connecting cross beam 131 is I-steel.Being welded with many longitudinal beam connecteds 132 between two connecting cross beams 131, longitudinal beam connected 132 is I-steel.Being positioned between connecting cross beam 131 with longitudinal beam connected 132 above first bracing frame 11 and be welded with four and be connected diagonal brace 133, four connection diagonal braces 133 constitute prismatic.Use the link 13 of said structure, the first bracing frame 11 can be coupled together reliably with the second bracing frame 12, it addition, the weight that the first bracing frame needs carrying is big, link stability in this place can be improved by arranging connection diagonal brace 133.
Owing to there is space between the first bracing frame 11 and the second bracing frame 12, therefore, conveniently feeding-distribution device 3 and reducing mechanism 4 are set in this place.
As shown in Figure 4 and Figure 5, the upper surface middle part at connecting cross beam 131 is provided with cushion 14, it is simple to install feeding-distribution device 3.
As shown in Figure 6 and Figure 7, described vibratory feed 2 includes vibrating transportation fixed mount 21, elastic device 22, vibration conveying mechanism 23, vibrating device 24 and magazine attachment 25.
As shown in Figure 7 to 9, vibrating transportation fixed mount 21 includes that on the 3rd crossbeam the 211, the 3rd longeron the 212, the 3rd, beam 215 fixed by longeron the 213, the 3rd diagonal brace 214, motor.
3rd crossbeam 211 includes two, the cross section of the 3rd crossbeam 211 includes under the 3rd crossbeam transverse part and the 3rd crossbeam vertical portion on transverse part, the 3rd crossbeam, 3rd crossbeam vertical portion allows the cross section of the 3rd crossbeam 211 be I-shaped under the 3rd crossbeam between transverse part on transverse part and the 3rd crossbeam, under 3rd crossbeam, transverse part is positioned at the lower section of the 3rd crossbeam vertical portion, and on the 3rd crossbeam, transverse part is positioned at the top of the 3rd crossbeam vertical portion.So, the strength and stiffness of the 3rd crossbeam can be improved, the bending resistance of the 3rd crossbeam can be improved simultaneously.
It is provided with the 3rd installing hole 2111 on transverse part under the 3rd crossbeam.Vibratory feed 2 is fixed on link 13 by bolt through the 3rd installing hole 2111, and is positioned at the top of the first bracing frame 11.
The two ends lower limb of the 3rd crossbeam 211 has chamfering 2112.So, when mobile pulverizer, it is not easy to human impact and be prone to hurt human body, meanwhile, if pulverizer clashes into harder material, it is not easy to be damaged to the 3rd crossbeam, cause the 3rd beam deformation, it is not easy to affect the original stress performance of vibrating transportation fixed mount；It addition, when mobile pulverizer, if being provided with chamfering 2112, then the effect of guiding can be played.3rd crossbeam 211 uses I-steel, when 3rd longeron 212 is welded between the 3rd crossbeam 211, the end of the 3rd longeron 212 can be plugged in the groove of the 3rd crossbeam 211, positioning action is played in connection to the 3rd longeron 212, and the weld seam area between the 3rd longeron 212 and the 3rd crossbeam 211 increases, thus improve bonding strength.
As shown in Figure 7 to 9, the 3rd longeron 212 includes three, is respectively welded the 3rd described longeron 212 at the both ends of two the 3rd crossbeams and pars intermedia.3rd longeron 212 is I-steel.The end of the 3rd longeron 212 is plugged in the groove of the 3rd crossbeam 211, and positioning action is played in the connection to the 3rd longeron 212, and the weld seam area between the 3rd longeron 212 and the 3rd crossbeam 211 increases, thus improves bonding strength.
As shown in Figure 7 to 9, being positioned between two the 3rd crossbeams 211 above the 3rd longeron 212 at both ends and be welded with longeron 213 on the 3rd, on the 3rd, longeron 213 is I-steel, and on the 3rd, longeron 213 is welded on transverse part on the 3rd crossbeam, the area making welding is big, improves bonding strength.Gap is had between longeron 213 and the 3rd longeron 212 on 3rd, so, on 3rd, longeron has the space of deformation downwards, make elastic deformation amount longitudinal on the 3rd big, when installing elastic device on longeron on the 3rd, when installing vibration conveying mechanism on elastic device, the Oscillation Amplitude of vibration conveying mechanism is bigger, advantageously carries material in vibration conveying mechanism.
It is being welded with the 3rd diagonal brace 214 between the 3rd longeron and the 3rd longeron of pars intermedia of left part, 3rd diagonal brace 214 is angle steel, 3rd diagonal brace 214 is welded between the 3rd crossbeam 211 and the 3rd longeron 212,3rd diagonal brace is formed by four, four the 3rd diagonal braces are prismatic, so, the structural stability of vibrating transportation fixed mount can be improved.
Between two the 3rd crossbeams, between the 3rd longeron and the 3rd longeron of pars intermedia of right-hand member, it is welded with two motors being parallel to each other fixes beam 215, motor fixes beam 215 for angle steel, motor fixes beam 215 by transverse part support under the 3rd crossbeam, so, motor can be improved and fix the beam 215 bearing value to vibrating motor；Fix at motor and on beam 215, be provided with waist-shaped hole 2151, it is simple to vibrating motor and the position of fine setting vibrating motor are installed.
As shown in Figure 6 and Figure 7, described elastic device 22 includes left elastic parts 221 and right elastic parts 222.
Left elastic parts 221 is formed by two.Left elastic parts 221 includes lower-left seat 2211, left spring 2212 and upper left seat 2213.
As it is shown in fig. 7, lower-left seat 2211 includes lower-left pedestal 22111 and the lower-left locating ring 22112 being located on lower-left pedestal 22111, be positioned at lower-left locating ring 22112 on lower-left pedestal 22111 is respectively provided on two sides with lower-left seat installing hole 22113.Four angles of lower-left pedestal 22111 are formed with chamfering.Lower-left pedestal 22111 is by being arranged on the 3rd on longeron through the screw of lower-left seat installing hole 22113.Lower-left locating ring 22112 is inserted in the lower end of left spring 2212.
As it is shown in fig. 7, upper left seat 2213 includes upper left pedestal 22131 and the upper left locating ring 22132 being located on upper left pedestal 22131, be positioned at upper left locating ring 22132 on upper left pedestal 22131 is respectively provided on two sides with upper left seat installing hole 22133.Four angles of upper left pedestal 22131 are formed with chamfering.Upper left pedestal 22131 is by being installed on vibration conveying mechanism 23 through the screw of upper left seat installing hole 22133.Upper left locating ring 22132 is inserted in the upper end of left spring 2212.
In the structure shown here, location, lower-left 22112 and upper left locating ring 22132 is utilized preferably left spring to be positioned.
As shown in Figure 6 and Figure 7, being welded with balance plate 223 on the 3rd of left end on longeron, two lower-left seats 2211 are all seated on balance plate 223, and the screw through lower-left seat installing hole 22113 is connected on balance plate 223.Use this structure, the elastic force of two left springs 2212 can be balanced, make the vibration force before and after vibrating device of substantially equal, it is not easy to the phenomenon of beat before and after allowing vibrating device occur, material is fed forward by beneficially vibrating device uniformly.It addition, balance plate 223 can also play the effect of damping, reduce the vibration to vibrating transportation fixed mount 21.
Right elastic parts 222 is formed by two.Right elastic parts 222 includes bottom right seat 2221, right spring 2222 and upper right seat 2223.
As shown in Figure 7, bottom right seat 2221 includes bottom right pedestal 22211 and two the bottom right locating rings 22212 being located on bottom right pedestal 22211, two bottom right locating ring 22212 lateral arrangement, be positioned at bottom right locating ring 22212 on bottom right pedestal 22211 is respectively provided on two sides with bottom right seat installing hole 22213.Four angles of bottom right pedestal 22211 are formed with chamfering.Bottom right pedestal 22211 is by being arranged on the 3rd on longeron through the screw of bottom right seat installing hole 22213.Bottom right locating ring 22212 is inserted in the lower end of right spring 2222.
Right spring 2222 is formed by two.
As shown in Figure 7, upper right seat 2223 includes upper right pedestal 22231 and two the upper right locating rings 22232 being located on upper right pedestal 22231, two upper right locating ring 22232 lateral arrangement, be positioned at upper right locating ring 22232 on upper right pedestal 22231 is respectively provided on two sides with upper right seat installing hole 22233.Four angles of upper right pedestal 22231 are formed with chamfering.Upper right pedestal 22231 is by being installed on vibration conveying mechanism 23 through the screw of upper right seat installing hole 22233.Upper right locating ring 22232 is inserted in the upper end of right spring 2222.
In the structure shown here, location, bottom right and upper right locating ring is utilized preferably right spring to be positioned.
The 3rd of right-hand member is fixed with on longeron the force bearing plate 224 of horizontal expansion, force bearing plate 224 is provided with force bearing plate installing hole 2241, screw through bottom right seat installing hole 22213 is connected with force bearing plate 2241, under the effect of force bearing plate, under right spring elastic deformation frequently, plastic deformation is less likely to occur bottom right seat.
For elastic device 22, left elastic parts 221 includes a left spring 2212, right elastic parts 222 includes two right springs 2222, so, when vibrating device 24 works, material on vibration conveying mechanism 23, more than the Oscillation Amplitude of right-hand member, can be transported to right-hand member from left end by continuous print, prevent material to be detained in vibration conveying mechanism 23 by the Oscillation Amplitude of vibration conveying mechanism 23 left end.Two right spring lateral arrangement in same right elastic parts, can realize the supporting of equal power, use same bottom right seat and upper right seat to support two right springs simultaneously, can allow whole right elastic parts homogeneous deformation vibration conveying mechanism 23.
As shown in Fig. 7, Figure 10 to Figure 14, described vibration conveying mechanism 23 includes vibrating transportation framework 231, vibrating transportation base plate 232, vibrating transportation top board 233, muscle beam 234 and sieve material device 235.
Vibrating transportation framework 231 includes the 4th crossbeam 2311 and the 4th longeron 2312.4th crossbeam 2311 includes under the 4th crossbeam being sequentially connected with from bottom to up transverse part on transverse part, the 4th crossbeam vertical portion and the 4th crossbeam, and the 4th crossbeam vertical portion is connected under the 4th crossbeam on transverse part and the 4th crossbeam inside transverse part.4th crossbeam 2311 includes two, and is parallel to each other.
It is welded with the 4th longeron 2312 in the left part of two the 4th crossbeams.4th longeron 2312 includes under the 4th longeron being sequentially connected with from bottom to up transverse part on transverse part, the 4th longeron vertical portion and the 4th longeron, and the 4th longeron vertical portion is connected under the 4th longeron on transverse part and the 4th longeron inside transverse part.
Be outward extended with lug 23111 in the outside of the 4th crossbeam, lug 23111 is seated on upper right seat, makes upper right seat big with the contact area of vibration conveying mechanism, improves supporting stabilizer.
In vibrating transportation framework 231, there is cavity.The right-hand member of vibrating transportation framework 231 has opening.
Being welded with described vibrating transportation base plate 232 in vibrating transportation framework 231, the left end of vibrating transportation base plate 232 self-excited oscillation transportation frame extends right up to middle part.Being positioned in vibrating transportation framework 231 above vibrating transportation base plate 232 and be welded with described vibrating transportation top board 233, the left end of vibrating transportation top board 233 self-excited oscillation transportation frame extends right up to middle part；It is formed above material cavity at vibrating transportation top board 233, for loaded material, utilizes vibrating transportation framework 231 can prevent material side and left side before and after vibration conveying mechanism from slipping away.Being welded with the many muscle beams 234 being longitudinally arranged between vibrating transportation base plate 232 and vibrating transportation top board 233, the cross section of muscle beam 234 is U-shaped, so, does not only interfere with the intensity of muscle beam 234, can alleviate again the weight of vibration conveying mechanism 23.Between adjacent muscle beam 234, there is gap.Said structure, allowing vibration conveying mechanism is box-structure, compares entity structure, and the vibration of vibration conveying mechanism 23 can be bigger, advantageously in the continuous conveying of material.
Described sieve material device 235 includes fixing beam 2351, connecting plate 2352 and cantilever beam 2353.Fix in beam 2351 is fixed on vibrating transportation framework 231 and be positioned at the right side of vibrating transportation base plate；The cross section of fixing beam 2351 is U-shaped, can alleviate the weight of vibration conveying mechanism.Connecting plate 2352 is fixed on the right side of fixing beam 2351, and is positioned at vibrating transportation framework 231.It is welded with on the right side of connecting plate 2352 and is parallel to each other and multiple cantilever beams 2353 of horizontal expansion, cantilever beam 2353 is positioned at vibrating transportation framework 231, being formed with charging conduit 2354 between two adjacent cantilever beams 2353, the cross section of cantilever beam 2353 is I shape, can improve bearing strength.Cantilever beam 2353 is fixed with screen cloth (not shown), the upper surface of screen cloth is concordant with the upper surface of vibrating transportation top board 233, material on vibrating transportation top board 233 can be smoothly entered on screen cloth, screen cloth has sieve aperture, the diameter of sieve aperture is arranged according to the size of powdery paints, so, fall less than the powder of sieve diameter through screen cloth and particle diameter, carry out the granule meeting powdery paints screening for the first time, incongruent material is transported to reducing mechanism from opening, thus reduce the energy consumption of pulverizing, improve the efficiency of pulverizing.
Claims (3)
1.A kind of sieve material device of powdery paints pulverizer vibrating transportation, it is characterised in that: described sieve material device includes fixing beam, connecting plate and cantilever beam；Connecting plate is fixed on the right side of fixing beam；It is welded with on the right side of connecting plate and is parallel to each other and multiple cantilever beams of horizontal expansion, between two adjacent cantilever beams, be formed with charging conduit；Being fixed with screen cloth on a cantilever beam, screen cloth has sieve aperture, and the diameter of sieve aperture is arranged according to the size of powdery paints.
2.According to claim 1 The sieve material device of described powdery paints pulverizer vibrating transportation, it is characterised in that: the cross section of fixing beam is U Shape.
3.According to claim 1 The sieve material device of described powdery paints pulverizer vibrating transportation, it is characterised in that: the cross section of cantilever beam is I shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521016810.2U CN205462660U (en) | 2015-12-09 | 2015-12-09 | Powder coating rubbing crusher conveying with vibration's sieve device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521016810.2U CN205462660U (en) | 2015-12-09 | 2015-12-09 | Powder coating rubbing crusher conveying with vibration's sieve device |
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| Publication Number | Publication Date |
|---|---|
| CN205462660U true CN205462660U (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521016810.2U Expired - Fee Related CN205462660U (en) | 2015-12-09 | 2015-12-09 | Powder coating rubbing crusher conveying with vibration's sieve device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413847A (en) * | 2015-12-09 | 2016-03-23 | 徐妍玲 | Vibration conveying and screening device of powder coating crusher |
| CN110746830A (en) * | 2019-10-31 | 2020-02-04 | 佛山市涂亿装饰材料科技有限公司 | Light-reflecting powder coating for traffic signs and preparation method thereof |
-
2015
- 2015-12-09 CN CN201521016810.2U patent/CN205462660U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413847A (en) * | 2015-12-09 | 2016-03-23 | 徐妍玲 | Vibration conveying and screening device of powder coating crusher |
| CN110746830A (en) * | 2019-10-31 | 2020-02-04 | 佛山市涂亿装饰材料科技有限公司 | Light-reflecting powder coating for traffic signs and preparation method thereof |
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