CN109702213A - Clear powder device for powder by atomization equipment - Google Patents
Clear powder device for powder by atomization equipment Download PDFInfo
- Publication number
- CN109702213A CN109702213A CN201910058115.9A CN201910058115A CN109702213A CN 109702213 A CN109702213 A CN 109702213A CN 201910058115 A CN201910058115 A CN 201910058115A CN 109702213 A CN109702213 A CN 109702213A
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- powder
- atomization
- stock
- cylinder brush
- rotating
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- 239000000843 powder Substances 0.000 title claims abstract description 98
- 238000000889 atomisation Methods 0.000 title claims abstract description 86
- 230000007246 mechanism Effects 0.000 claims abstract description 112
- 230000007480 spreading Effects 0.000 claims abstract description 25
- 238000003892 spreading Methods 0.000 claims abstract description 25
- 230000003028 elevating effect Effects 0.000 claims abstract description 21
- 230000007423 decrease Effects 0.000 claims abstract description 11
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 14
- 239000000428 dust Substances 0.000 claims description 10
- 230000007704 transition Effects 0.000 claims description 10
- 229910003460 diamond Inorganic materials 0.000 claims description 7
- 239000010432 diamond Substances 0.000 claims description 7
- 239000007787 solid Substances 0.000 claims description 5
- 230000008901 benefit Effects 0.000 abstract description 4
- 239000000463 material Substances 0.000 description 30
- 230000033001 locomotion Effects 0.000 description 20
- 229910052751 metal Inorganic materials 0.000 description 18
- 239000002184 metal Substances 0.000 description 18
- 230000008859 change Effects 0.000 description 12
- 238000010586 diagram Methods 0.000 description 11
- 238000004519 manufacturing process Methods 0.000 description 11
- 238000007789 sealing Methods 0.000 description 10
- 230000005540 biological transmission Effects 0.000 description 8
- 238000004140 cleaning Methods 0.000 description 8
- 230000000694 effects Effects 0.000 description 8
- 238000009434 installation Methods 0.000 description 6
- 239000007788 liquid Substances 0.000 description 5
- 238000000746 purification Methods 0.000 description 5
- 230000009471 action Effects 0.000 description 4
- 238000006243 chemical reaction Methods 0.000 description 3
- 230000006872 improvement Effects 0.000 description 3
- 238000002844 melting Methods 0.000 description 3
- 230000008018 melting Effects 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 239000003595 mist Substances 0.000 description 3
- 241000237858 Gastropoda Species 0.000 description 2
- 238000003723 Smelting Methods 0.000 description 2
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- 239000010959 steel Substances 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 1
- 239000000956 alloy Substances 0.000 description 1
- 229910045601 alloy Inorganic materials 0.000 description 1
- 229910052782 aluminium Inorganic materials 0.000 description 1
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 230000008602 contraction Effects 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
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- 238000004880 explosion Methods 0.000 description 1
- 238000000605 extraction Methods 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 239000012530 fluid Substances 0.000 description 1
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
- 239000010931 gold Substances 0.000 description 1
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- 238000005286 illumination Methods 0.000 description 1
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- 125000006850 spacer group Chemical group 0.000 description 1
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- 229910052723 transition metal Inorganic materials 0.000 description 1
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Abstract
The invention discloses a kind of clear powder devices for powder by atomization equipment, including several vertically arranged and cylinder brush to the atomization clear powder of storehouse inner wall and for cylinder brush to be strutted the spreading mechanism to offset afterwards with atomization storehouse inner wall, it further include the rotating mechanism for driving cylinder brush to rotate in atomization storehouse, rotating platform is equipped at the top of rotating mechanism, spreading mechanism is set on the rotating platform, rotating mechanism lower part is equipped with the elevating mechanism for carrying rotating mechanism and going up and down rotating mechanism in atomization storehouse, after rotating mechanism is raised to atomization the top of the warehouse by elevating mechanism, cylinder brush is strutted and is offseted with atomization storehouse inner wall by spreading mechanism, rotating mechanism starts rotation elevating mechanism decline simultaneously, so that cylinder brush carries out clear powder to atomization storehouse inner wall, the present invention has clear powder comprehensive, high-efficient advantage, and adapt to the requirement of a variety of powder by atomization equipment, people is liberated Power improves efficiency.
Description
Technical field
The present invention relates to cleaning equipment fields, and in particular to a kind of clear powder device for powder by atomization equipment.
Background technique
Atomization storehouse is powder manufacturing apparatus for metal, fluid (atomizing medium) impact that is quickly moved in atomization storehouse or
It is otherwise fine drop by metal or alloy liquid crushing, is followed by condensed into the powder extraction method of solid powder, with
Demand of the various industries to metal powder it is increasing, the function and yield of powder manufacturing apparatus are also had higher requirement,
Powder manufacturing apparatus needs to clean when long-time use or more conversion materials, and the general volume of the powder manufacturing apparatus of large-tonnage is also larger,
Powder understands some and is bonded in powder manufacturing apparatus surface after powder processed.
Currently, artificial and blower mode is generallyd use to the cleaning of powder manufacturing apparatus, by being manually entered inside equipment
It is cleared up, equipment intraoral illumination is inconvenient, and operating efficiency is low, and cleaning effect is poor, leads to have difference to the quality of production next time
The influence of degree, and metallic dust has certain harmfulness to body, can damage to body in long-term suction body；Pass through
Blower is blown, and such mode cleaning effect is poor, is also easy to cause flying upward for metallic dust.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of clear powder for powder by atomization equipment
Device, to overcome the problems, such as that powder manufacturing apparatus cleaning is difficult and cleaning is non-uniform.
Above-mentioned technical purpose of the invention has the technical scheme that
A kind of clear powder device for powder by atomization equipment, including several vertically arranged and to the atomization clear powder of storehouse inner wall
Cylinder is brushed and further includes for driving cylinder brush in atomization storehouse for cylinder brush to be strutted the spreading mechanism to offset afterwards with atomization storehouse inner wall
The rotating mechanism of rotation, the rotating mechanism top are equipped with rotating platform, and the spreading mechanism is set on the rotating platform, institute
Rotating mechanism lower part is stated to be equipped with for carrying rotating mechanism and rotating mechanism being made to be atomized the elevating mechanism gone up and down in storehouse, the liter
After rotating mechanism is raised to atomization the top of the warehouse by descending mechanism, cylinder brush is strutted and is offseted with atomization storehouse inner wall by spreading mechanism, whirler
Structure starts rotation elevating mechanism decline simultaneously, so that cylinder brush carries out clear powder to atomization storehouse inner wall.
The present invention has the advantages that elevating mechanism drives rotating mechanism to enter in atomization storehouse until at the top of warehouse, machine is strutted
Rotating mechanism movement drives the rotation of cylinder brush after cylinder brush is strutted and offseted with atomization storehouse inner wall by structure, while elevating mechanism is starting to revolve
Declined after turning with certain rate, to reach comprehensive to atomization storehouse inner wall and efficient purification efficiency, do not need manually into
Enter to be atomized in storehouse and be cleared up, liberated manpower and saves the time, meanwhile, the vertical setting of integral device facilitates clear powder
Device, which enters in atomization storehouse warehouse, to be cleared up.
Further, the spreading mechanism includes vertically arranged electric pushrod, and the electric pushrod periphery has been evenly arranged
Several stocks corresponding with cylinder brush, the stock is hinged by a connecting rod with electric pushrod driving end, and the stock is set to rotation
On platform and can relative rotation platform slide laterally, described stock one end is hinged with connecting rod, and the other end is connect with cylinder brush, by with
Upper improvement, stock is hinged by connecting rod with electric pushrod, and with the rise of electric pushrod, stock drives cylinder brush to shrink, convenient clear
Powder device enters in atomization storehouse warehouse；With the decline of electric pushrod, stock, which struts, drives cylinder brush opening to make cylinder brush and atomization storehouse
Inner wall offsets, meanwhile, multiple stocks electric pushrod circumferential direction setting so that spreading mechanism is in umbrella, increase clear powder product,
Purification efficiency is more comprehensive.
Further, between the stock and connecting rod by guide sleeve it is hinged, the guide sleeve be set to rotating platform on and with
Stock slides laterally, and described guide sleeve one end and connecting rod are hinged, and the guide sleeve other end is equipped with the guide groove protruded into for stock,
Pressure spring is equipped in the guide groove, described pressure spring one end offsets with guide sleeve, and the other end offsets with stock, by improving above,
When spreading mechanism struts, cylinder brush offsets with atomization storehouse inner wall makes pressure spring be pressurized, and by the reaction force of pressure spring cylinder brush is being revolved
Always it is close to atomization storehouse inner wall during turning, while generates certain frictional force, improves purification efficiency；The setting of pressure spring is so that cylinder brush
In rotary course, cylinder brush and atomization storehouse inner wall keep Elastic Contact, and after cylinder brush and atomization storehouse inner wall offset, electric pushrod exists
Continue to decline in pressure spring deformation quantity, strengthen cylinder brush and be atomized the pressing force of storehouse inner wall, to further increase cylinder brush and atomization
The frictional force and purification efficiency of storehouse inner wall；The setting of guide sleeve plays guiding role to stock, and the elastic force because of pressure spring is avoided to cause
The stock direction of motion shifts, and strengthens the stability of equipment.
Further, by a U-shaped frame connection between the cylinder brush and stock, the cylinder brush is rotatably arranged on U-shaped frame opening
Interior, the U-shaped frame upper and lower ends are equipped with elastic wheel assembly, and the elasticity wheel assembly includes being fixedly installed in U-shaped frame one end
Mounting rod, two parallel strips being hinged and two fan plates being hinged, two fan plates are cut with scissors with two parallel strips respectively
Composition diamond shape is connect, the mounting rod upper end is equipped with groove, and the hinge joint of two parallel strips is movably arranged in groove, described
The hinge joints of two fan plates be fixed on mounting rod, one end of described two fans plates are respectively equipped with idler wheel, described two
It fans and is equipped with V-type spring between plate, the elastic tip of V-type spring two sides is fixed with two fan plates respectively, by improving above, made
Must be when electric pushrod contraction, cylinder to be brushed and are moved to atomization storehouse inner wall, cylinder brush can be close to be atomized the inner wall in storehouse, avoid spreading mechanism
It is tilted when rotated because being atomized the bumps of storehouse inner wall with cylinder brush too many；The setting of U-shaped frame facilitates the installation and replacement of cylinder brush,
While so that cylinder brush is rotated with rotary components in scale removal process, itself can also be rotated relative to U-shaped framework, to reach to atomization
The more efficient comprehensive purification efficiency of storehouse inner wall；Two parallel strips and two fan plates hingedly constitute diamond shape, and two are fanned the hinged of plate
Point is fixed so that idler wheel and atomization storehouse inner wall offset when generating movement, and the motion profile of the angle steel joint of diamond shape is a straight line always,
Guarantee that two idler wheels and stock are symmetrical always；The setting of idler wheel, so that rotation of the rotating mechanism in atomization storehouse is more smooth；V-type
The setting of spring resets idler wheel when electric pushrod rises, while further ensuring cylinder brush and being atomized the bullet of storehouse inner wall
Property cooperation, when V-type spring reaches largest deformation amount, electric pushrod stop decline, play pole position-limiting action.
Further, the idler wheel is connect by roller rod with fan plate, and the roller rod side is equipped with sliding groove, the idler wheel
The elasticity bolt for adjusting roller rod extension elongation is equipped between bar and fan plate, described elasticity bolt one end is embedded in sliding groove, separately
One end is fixedly connected with fan plate, by improving above, idler wheel is enabled to carry out extension elongation according to the diameter of atomization storehouse inner wall
Adjusting, improve the suitability of equipment.
Further, powder-suction structure is additionally provided between the rotating mechanism and hoistable platform, the powder-suction structure includes total inhales
Mouthful and the suction powder set on total suction inlet upper end be flared, total suction inlet inner wall is equipped with to the interface that connect with dust catcher, the suction
Powder is flared upper and lower surfaces and is equipped with through-hole, and the lower surface through-hole diameter is greater than upper surface through-hole and is made by improving above
After the metal powder that must be atomized in storehouse is cleaned, inhales powder and be flared the collecting action played to metal powder, dust catcher interface is set
It sets, avoids the clear powder efficiency for improving metal powder because the rotation of cylinder brush causes metal powder to fly upward in atomization storehouse and again benefit
With rate.
Further, the suction powder flaring is made of at least two circumferential petaloid flaring rings around arrangement, described total
Suction inlet is equipped with the baffle the flaring of adjacent petaloid is isolated, and the interface quantity and petaloid are flared quantity and are correspondingly arranged, by with
Upper improvement avoids metallic dust accumulation in flaring so that the suction of each flared surfaces is uniformly distributed.
Further, the rotary components include the pedestal for being fixedly installed on hoistable platform upper end, the fixation on pedestal
Swivel base and the rotating electric machine for being fixed on base bottom, the fixed swivel base is interior to be equipped with vertical shaft, the shaft and electric rotating
The gear of output end of machine connects, and the shaft upper end is equipped with transition plates, and the transition plates is fixedly connected with rotating platform.By with
Upper improvement, the setting of transition plates improve reliability so that the transmission between shaft and rotating platform is more stable.
Further, the elevating mechanism include fork type elevator, pedestal and the liter at the top of fork type elevator
Platform drops, and the bottom of the pedestal is equipped with movable pulley and stiffleg, by improving above, the setting of scissor-type lifting platform, tool
There is higher stability, bearing capacity is big, and lifting is steady；The setting of movable pulley facilitates the movement of equipment；The setting of stiffleg is protected
Demonstrate,prove the stabilization when level and work of equipment.
Detailed description of the invention
Fig. 1 is powder by atomization equipment overall structure schematic diagram of the present invention；
Fig. 2 is the axonometric schematic diagram of Liao Bao mobile mechanism of the present invention；
Fig. 3 is the elevational schematic view of Liao Bao mobile mechanism of the present invention；
Fig. 4 is the schematic diagram of the switching device of Liao Bao mobile mechanism of the present invention；
Fig. 5 is the broken isometric structural schematic diagram that driving mechanism is worm and gear cooperation in present invention lifting sealing device；
Fig. 6 is that driving mechanism is schematic perspective view at worm and gear cooperation in present invention lifting sealing device；
Fig. 7 is worm gear schematic perspective view in present invention lifting sealing device；
Fig. 8 is the schematic diagram of the section structure when driving mechanism is corrugated plate or air bag in present invention lifting sealing device；
Fig. 9 is the axonometric schematic diagram of the clear powder device of the present invention；
Figure 10 is the working state schematic representation of clear powder device of the invention；
Figure 11 is the spreading mechanism of the clear powder device of the present invention and the structural schematic diagram of cylinder brush；
Figure 12 is the cross-sectional view of A in Figure 11；
Figure 13 is the structural schematic diagram of the elastic wheel assembly of the clear powder device of the present invention；
Figure 14 is the configuration schematic diagram of the elastic wheel of the clear powder device of the present invention；
Figure 15 is the bottom view of the elastic wheel assembly of the clear powder device of the present invention；
Figure 16 is the structural schematic diagram of the spreading mechanism of the clear powder device of the present invention, rotating mechanism and cylinder brush；
Figure 17 is the sectional view of the spreading mechanism of the clear powder device of the present invention, rotating mechanism and cylinder brush；
Figure 18 is the enlarged drawing in Figure 17 at B；
Figure 19 is the powder-suction structure perspective view of the explosion of the clear powder device of the present invention；
Figure 20 is the structural schematic diagram of the elevating mechanism of the clear powder device of the present invention.
1- material packet, 2- track, 3- support plate, 3.1- bulb, 4- inlet orifice, 5- transmission mechanism, 6- driving motor, 7- installation
Plate, 5.1- driving gear, 5.2-X to rack gear, the first X of 5.2.1- to rack gear, the 2nd X of 5.2.2- to rack gear, 5.3-Y to rack gear,
5.4-X switches to gear, the first engaging section of 5.4.1-, the second engaging section of 5.4.2-, 5.5-Y to gear, 8- switching device, 8.1-
Gear, 8.2- reversing plate, 8.3- telescopic cylinder, 8.4- sliding slot, 9- position sensor, 10- are atomized storehouse, 11- seal receptacle, 11.1-
It is lifted slot, 11.2- first baffle, 11.3- second baffle, 12- fixing seat, 12.1- gas nozzle, 12.2- inflation/deflation channel, 13- lift
Liter cone, 14- worm screw, 15- worm gear, 15.1- lifting item, 15.1.1- lifting inclined-plane, 16- worm gear seat, the positioning region 16.1-,
16.2- supporting part, 17- elastic component, 18- are lifted part, 18.1- air cavity, 19- guiding mechanism, 19.1- guide post, 19.2- guiding
Seat, 19.3- guide sleeve, 19.4- nut, 19.5- spring, 21- brushes, 22- spreading mechanism, 22.1- electric pushrod, 22.2- long
Bar, 22.3- connecting rod, 22.4- guide sleeve, 22.5- jacking block, 22.6- pressure spring, 22.7- guide rail, 22.8- slide plate, 22.9- guide sleeve are matched
Part, 23- rotating mechanism, 23.1- rotating platform, 23.2- pedestal, the fixed swivel base of 23.3-, 23.4- rotating electric machine, 23.5- shaft,
23.6- transition plates, 23.7- pinion gear, 23.8- gear wheel, 24- elevating mechanism, 24.1- fork type elevator, 24.2- pedestal,
24.3- hoistable platform, 24.4- movable pulley, 24.5- stiffleg, 25- powder-suction structure, the total suction inlet of 25.1-, 25.2- inhale powder flaring,
25.3 interfaces, the flaring of 25.4- petaloid, 25.5- baffle, 26- elasticity wheel assembly, 26.1-U type frame, 26.2- mounting rod, 26.3- are flat
Row item, 26.4- fan plate, 26.5- idler wheel, 26.6-V type spring, 26.7- roller rod, 26.8- removable pin, 26.9, fixed pin, 30-
Crucible, 31- atomizer.
Specific embodiment
Embodiments of the present invention will be further described with reference to the accompanying drawing.
As shown,
A kind of powder by atomization equipment, including smelting apparatus, tundish device, atomising device, smelting apparatus include crucible 30,
Crucible 30 is for melting raw material, and tundish device includes 1, atomizer 31 of material packet, and the poured molten metal after melting is extremely
Material packet 1, the setting of atomizer 31 are used to for metal liquid being broken into fine droplets in 1 bottom of material packet, and atomising device includes atomization storehouse
10, atomization storehouse 10 is finally collected for being atomized to fine droplets.
And before prepared by different dusty materials, it needs to clear up the inside for being atomized storehouse 10, to avoid freshly prepared
Powder be mixed into the powder materials in preceding preparation, due to atomization storehouse 10 height be more than ten meters, be manually entered atomization storehouse 10 inside
It is cleared up, interior lighting is inconvenient, and operating efficiency is low, and cleaning effect is poor, and metallic dust has certain harmfulness to body,
Body can be damaged in long-term suction body；It is blown by blower, such mode cleaning effect is poor, is also easy to make
At flying upward for metallic dust
Tundish device includes mobile mechanism, and including the material packet 1 for transition metal molten liquid, material packet 1 is equipped with for metal
The inlet and outlet that molten liquid is toppled over further includes the track 2 along X to the setting that is staggeredly connected with Y-direction, and final is in net distribution
Matrix pattern, track 2 are equipped with the support plate 3 that can be slided in track 2, multiple material packets 1 are provided on support plate 3, material packet 1 is in support plate 3
On proper alignment in order, 3 bottom of support plate is equipped with and the inlet orifice 4 of the outlet cooperation on material packet 1, each 4 lower section of inlet orifice
It further include a batch turning station corresponding with lower section atomization storehouse entrance equipped with atomizer, the side of the bottom of support plate 3 is equipped with transmission
Mechanism 5 and driving motor 6, transmission mechanism 5 are realized for driving support plate 3 to slide on track 2 and deliver multiple material packets 1 in support plate 3
It is moved in 2 plane of track, and each material packet 1 is switched into batch turning station respectively.
Multiple material packets 1 are delivered by simple structure realization support plate 3 and are planar moved freely, and are then not only met
The multi-faceted free movement of plane in the confined space, moreover it is possible to which the fixed point met in special circumstances is mobile, and can be according to specific feelings
Condition realizes the movement of friction speed, realizes movement of multiple material packets 1 on track 2 gradually；The quantity of material packet 1 is unrestricted, and
And the primary property installation on support plate 3 of multiple material packets 1, limited space is taken full advantage of, replacement number is reduced, improves effect
Rate；After a certain period of time, transmission mechanism 5 drives support plate 3 to move on track 2, so that upper one for the work of material packet 1 of same batch turning position
The next material packet 1 while toppling over that a material packet 1 leaves point molten metal, which is moved to, topples over position, realizes the replacement of material packet 1,
It avoids when point molten metal cooling in material packet 1 causing to occur blocking or point molten metal temperature is excessively high material is wrapped 1 melts
Change, and can be according to the melting of metal different in powder manufacturing apparatus, targetedly position of the setting material packet 1 on support plate 3, solves
The difficult problem of 1 replacement of material packet in high-volume powder manufacturing apparatus,
Specifically, transmission mechanism 5 is set to 3 bottom of support plate by a mounting plate 7, mounting plate 7 be set to support plate 3 and track 2 it
Between, transmission mechanism 5 includes being set to support plate set on the driving gear 5.1 cooperated between mounting plate 7 and support plate 3 and with driving motor 6
The X of 3 bottoms to rack gear 5.2 and Y-direction rack gear 5.3, X to rack gear 5.2 and Y-direction rack gear 5.3 be bolted with 3 bottom of support plate,
Mounting plate 7 is equipped with the Y-direction gear 5.5 with X to the X that rack gear 5.2 cooperates to gear 5.4 and with the cooperation of Y-direction rack gear 5.3, wherein X
It is respectively embedded into mounting plate 7, the end face of Y-direction gear 5.5 and the end face of mounting plate to gear 5.4 and Y-direction gear 5.5, is engaged
The end face of part stretching mounting plate 7 and X are to rack gear 5.2, and Y-direction rack gear 5.3 cooperates, and driving gear 5.1 is divided by a switching device 8
It is not engaged with X to gear 5.4 and Y-direction gear 5.5, the switching device 8 is by driving gear 5.1 and X to gear 5.4 and Y-direction gear
5.5 one of engagement, when so that driving gear 5.1 being engaged with X to gear 5.4, support plate 3 is moved in X on rack gear 5.2, main
Support plate 3 moves on Y-direction rack gear 5.3 when moving gear 5.1 is engaged with Y-axis gear.In this way, enabling support plate 3 in X-axis side
Therefore, expect to the movement in Y direction, the setting of switching device 8 so that fixed point of the realization of support plate 3 on track 2 is mobile
There are many arrangements on support plate 3 for packet 1, so that changing when toppling over the metal material in position, point molten metal physical property
Difference, material packet 1 originally are unable to reach requirement；Same to topple in position, there is the case where " closure " and " flaring " in material packet 1, to gold
Belong to the transition effect decline of molten liquid, when influencing working efficiency, support plate 3 can pass through the shifting in X-axis and Y-axis in these cases
The dynamic replacement function of reaching material packet 1.
Specifically, driving gear 5.1 is embedded in installation and the end face with mounting plate 7 in mounting plate 7, installation axle and driving
The driving end of motor 6 cooperates.
Specifically, switching mechanism includes change gear 8.1, reversing plate 8.2 and the telescopic cylinder for being fixed on 7 bottom of mounting plate
8.3, mounting plate 7 is equipped with the sliding slot 8.4 being embedded in for change gear 8.1, and change gear 8.1 can be slided in the sliding slot 8.4, be cut
The telescopic end of one end axis connection of gear changing 8.1 and reversing plate 8.2,8.2 other end of reversing plate and telescopic cylinder 8.3 is cut with scissors
It connects, telescopic cylinder 8.3 for driving reversing plate 8.2 to slide change gear 8.1 in sliding slot 8.4, stretch completely by telescopic cylinder 8.3
Out, driving reversing plate 8.2 drives change gear 8.1 to slide into 8.4 top of sliding slot and engage with X to gear 5.4, telescopic cylinder
8.3 withdraw completely, and driving reversing plate 8.2 drives change gear 8.1 to slide into 8.4 top of sliding slot and engage with Y-direction gear 5.5,
Wherein, the shape with change gear 8.1 of sliding slot 8.4 is consistent in X to motion profile when switching between gear 5.4 and Y-direction gear 5.5
It closes；Telescopic cylinder 8.3 is preferably servo cylinder, with servo cylinder, so that speed of the change gear 8.1 in sliding slot 8.4 can
Control is smoothly turned to realizing that support plate 3 is more accurate in track 2, has better practicability.
Specifically, X is two to 5.2 quantity of rack gear, including symmetrically arranged first X is to rack gear 5.2.1 and the 2nd X to tooth
5.2.2, X are set to the first X to rack gear 5.2.1 and the 2nd X between rack gear 5.2.2 to gear 5.4, X to gear 5.4 respectively with
First X is engaged to rack gear 5.2.1 and the 2nd X to rack gear 5.2.2, wherein the first X is to rack gear 5.2.1 and the 2nd X to rack gear
5.2.2 teeth direction is opposite, towards mounting plate 7；Mobile support plate 3 is equipped with elongated pore, and the 2nd X is to rack gear 5.2.2 by prolonging
Long hole is mounted on mobile support plate 3, in this way, adjusting the 2nd X in elongated pore to rack gear 5.2.2, meets Special Ring
Mobile demand under border, more flexible, more easily adjusting position；The setting for two rack gears being spaced in the X direction, passes through Y-direction
The transmission of 5.5 rack gear of gear, X required for reaching to carried out behind position again X to movement, realize mobile support plate 3 X to and Y
Upward multipoint movement.
Specifically, X is embedded in 7 side of mounting plate to gear 5.4, X includes vertically arranged first engaging section to gear 5.4
5.4.1 it is higher than the end face of mounting plate 7 with the second engaging section 5.4.2, the first engaging section 5.4.1 and is nibbled with the first X to rack gear 5.2.1
It closing, the second engaging section 5.4.2 is the part that X stretches out on mounting plate 7 to gear 5.4, and is engaged with the 2nd X to rack gear 5.2.2,
Wherein, X is higher than mounting plate 7 to the face height of the first engaging section 5.4.1 of gear 5.4, so that support plate 3 is in 5.3 He of Y-direction rack gear
When being moved to the first X along Y-direction under the action of Y-direction gear 5.4 to rack gear 5.2.1 and engage, X to gear 5.4 first
Engaging section 5.4.1 can be engaged with the first X to rack gear 5.2.1, realize switching in the X direction.
Specifically, mounting plate 7 is equipped with the groove cooperated for the first X to rack gear 5.2.1 and the first engaging section 5.4.1, the
One X is set in the groove to the first engaging section 5.4.1 of rack gear 5.2.1, facilitates the installation of rack gear, is the 2nd X to rack gear
5.2.2 space is provided to engaging for gear 5.4 with X, meanwhile, the bottom surface of groove offsets with the 2nd X to rack gear 5.2.2, plays
Certain guiding role improves the stability of movement.
Specifically, 3 bottom of support plate is equipped with bulb 3.1, bulb 3.1 is embedded in track 2, real in track 2 by bulb 3.1
It now slides, the setting of bulb 3.1 provides the rotation of multi-angle, the power of different directions can be preferably transmitted, so that support plate 3 exists
It is smoothly turned on track 2, reduces vibration, improve the mobile stability of support plate 3.
Specifically, track 2 is equipped with the position sensor 9 for incuding 3 position of support plate, position sensor 9 is set to track 2
One end and batch turning position side, the position of movable panel is incuded by position sensor 9, is stopped working and anti-to control motor
The position of support plate 3 is presented, when support plate 3 reaches the limit of position on track 2, motor stops rotating, and support plate 3 is avoided to deviate from track 2；
Guarantee that support plate 3 reaches designated position, avoids material packet 1 from not reaching and topple over position, point molten metal, which is toppled over, to cause the accident, and increases equipment
Reliability.
Sealing device setting is lifted on atomization 10 top of storehouse, including seal receptacle 11, for what is be fixedly connected with atomization storehouse 10
Fixing seat 12, be fixedly connected on 11 center of seal receptacle and with atomization storehouse 10 cooperate lifting cone 13, setting seal receptacle 11 with
Driving mechanism between fixing seat 12,3 clearance fit of support plate of seal receptacle 11 and top, driving mechanism drive seal receptacle 11 to rise
And it offsets and is sealed with support plate 3.
It is lifted cone 13 and atomization storehouse 10 cooperates, fixing seat 12 and atomization storehouse 10 are fixed, and seal receptacle 11 passes through driving mechanism
Opposite atomization storehouse 10 is lifted and offsets with support plate 3, eliminates the gap of seal receptacle 11 and support plate 3, to guarantee to be atomized storehouse 10 and mist
Change the sealed connection between device, guarantees the atomizing effect of metal powder.
Specifically, driving mechanism includes worm screw 14, worm gear 15, worm gear 15 is set in 11 periphery of seal receptacle, and worm screw 14 is arranged
Cooperate in 15 side of worm gear and with worm gear 15, rotation is driven by motor to drive worm gear 15 around the rotation of seal receptacle 11, snail in worm screw 14
The lifting item 15.1 that 15 upper surfaces are equipped with several circumferentially spaced settings is taken turns, the upper surface of lifting item 15.1 is angularly disposed
It is lifted inclined-plane 15.1.1, seal receptacle 11 is equipped with the lifting slot 11.1 for cooperating with lifting item 15.1, is lifted the bottom surface of slot 11.1
It offsets for inclined-plane and with lifting inclined-plane 15.1.1.
Motor driven worm screw 14 rotates, and worm screw 14 and worm gear 15 cooperate and worm gear 15 driven to rotate around seal receptacle 11, snail
The lifting slot 11.1 of the lifting item 15.1 and seal receptacle 11 of taking turns 15 upper surfaces cooperates, and is lifted inclined-plane 15.1.1 and is lifted slot 11.1
Bottom surface relatively rotates, and seal receptacle 11 is circumferentially rotated by limitation, the opposite lifting inclined-plane 15.1.1 vertical upward movement of lifting slot 11.1,
So that seal receptacle 11 moves straight up relative to worm gear 15, the lifting of seal receptacle 11 is realized, worm gear 15 is matched with worm screw 14
It closes reliably, the precision of vertical position adjustment is higher.
Specifically, driving mechanism further includes worm gear seat 16, worm gear seat 16 includes being erected between worm gear 15 and seal receptacle 11
Positioning region 16.1, be located under worm gear 15 for carrying the supporting part 16.2 of worm gear 15.
Supporting part 16.2 is for carrying worm gear 15, and positioning region 16.1 is for guaranteeing that the axis in 15 rotation process of worm gear is not sent out
Raw play ensure that the cooperation precision of 15 worm screw 14 of worm gear to guarantee the steady reliable of the operation of worm gear 15.
Specifically, driving mechanism further includes elastic component 17, it is equipped between seal receptacle 11 and fixing seat 12 for accommodating elasticity
The upper end of the accommodating cavity of part 17, elastic component 17 is connect with seal receptacle 11, and elastic lower end is connect with fixing seat 12.
On the one hand, elastic component 17 can move down seal receptacle 11 and buffer, and on the other hand, elastic component 17 can limit close
The maximum distance that the relatively fixed seat 12 of seat 11 is lifted is sealed, elastic component 17 can be the flexible elements such as pressure spring or bellows.
Specifically, driving mechanism include lifting part 18, seal receptacle 11 and between fixing seat 12 be equipped with for accommodate lifting
The lifting chamber of part 18, lifting 18 upper end of part are connect with seal receptacle 11, and lifting 18 lower end of part is connect with fixing seat 12, are lifted in part 18
Equipped with air cavity 18.1,12 side of fixing seat is equipped with gas nozzle 12.1, is equipped in fixing seat 12 for being connected to air cavity 18.1 and gas nozzle
12.1 inflation/deflation channel 12.2.
Lifting mechanism be worm screw 14 drive worm gear 15 rotation seal receptacle 11 is lifted, due to worm gear 15 diameter compared with
Greatly, therefore seal receptacle 11 is lifted certain height and needs the rotation of motor driven worm screw 14 compared with multi-turn number, the speed of lifting is slower, leads
Cause the response of the sealing of seal receptacle 11 and support plate 3 slower, and the cost of manufacture of 15 worm screw 14 of worm gear is higher, part is more, dress
With complexity；For lifting mechanism by setting lifting part 18, lifting part 18 is inflated by inflation/deflation channel 12.2 can be to sealing
Seat 11 is lifted, while being lifted part 18 and can not only be fallen to seal receptacle 11 and buffer, but also can be relatively solid to seal receptacle 11
The maximum position that reservation 12 is lifted is defined, and lifting part 18 is lifted by inflation, response quickly, compact-sized simple.
Specifically, being equipped with first baffle 11.2 on the outside of lifting part 18, it is lifted on the inside of part 18 and is equipped with second baffle 11.3, first
Baffle 11.2 and second baffle 11.3 are fixedly connected on 11 lower end of seal receptacle.
First baffle 11.2 and second baffle 11.3 can be defined the position of lifting part 18, and lifting part 18 is avoided to fill
Radial play is generated in deflation course, so that seal receptacle 11 and the axis of fixing seat 12 are consistent.
Specifically, lifting part 18 is sequentially bonded by multiple corrugated plates and is constituted, corrugated plate center is equipped with through-hole, multiple through-hole structures
At air cavity 18.1.
Corrugated plate bonding constitutes the lifting part 18 of corrugated tube shape, and air cavity 18.1 is for inflating, compact overall structure, corrugated plate
Bearing capacity is strong, and physical life is long.
Specifically, lifting part 18 is air bag, air cavity 18.1 is located in air bag.
Lifting part 18 is air bag, and structure is more simple compared to bellows, but opposite corrugated plate service life is short, and holds
Radial-play easily occurs.
Specifically, being additionally provided with guiding mechanism 19 between seal receptacle 11 and fixing seat 12, guiding mechanism 19 includes guide post
19.1, guide holder 19.2, guide sleeve 19.3, guide holder 19.2 are arranged on seal receptacle 11, and guide sleeve 19.3 is correspondingly arranged at solid
In reservation 12, guide post 19.1 is fixed on guide holder 19.2 and cooperates with guide sleeve 19.3 so that seal receptacle 11 is relatively fixed
Seat 12 vertically carries out guiding movement.
Guide post 19.1 is oriented to when can be lifted to seal receptacle 11 with the cooperation of guide sleeve 19.3.
Specifically, guide post 19.1 is pierced by the setting of guide sleeve 19.3 far from one end of guide holder 19.2 and is connected with nut
19.4, spring 19.5 is equipped between nut 19.4 and guide sleeve 19.3.
Spring 19.5 can restore initial position with flexible drive seal receptacle 11, avoid seal receptacle 11 Nian Jie with support plate 3.
Specifically, 11 upper surface of seal receptacle is equipped with seal groove, sealing ring, the lower part of fixing seat 12 and mist are equipped in seal groove
Change the sealed connection of storehouse 10, when seal receptacle 11 drives lifting cone 13 mobile relative to atomization storehouse 10, passes through fixing seat 12 and and mist
The sealing for changing storehouse 10 guarantees to be atomized the vacuum environment inside storehouse 10.
Specifically, 12 center of fixing seat is equipped with through slot, and seal receptacle 11 is equipped with the plug division of insertion through slot, 11 He of seal receptacle
When fixing seat 12 relatively moves, by the cooperation of plug division and through slot to carry out mutual sealing, 11 He of seal receptacle is avoided
Gap between fixing seat 12 influences vacuum, and plug division is second baffle 11.3 in ripple chip architecture.
It is a kind of for being atomized the clear powder device in storehouse 10, including it is several vertically arranged and to atomization the clear powder of 10 inner wall of storehouse cylinder
Brush 21 and for strutting cylinder brush 21 afterwards with the spreading mechanism 22 that offsets of atomization 10 inner wall of storehouse, further includes for driving cylinder brush 21 to exist
It is atomized the rotating mechanism 23 rotated in storehouse 10, is equipped with rotating platform 23.1 at the top of the rotating mechanism 23, spreading mechanism 22 is set to
On rotating platform 23.1,23 lower part of rotating mechanism is equipped with for carrying rotating mechanism 23 and making rotating mechanism 23 in atomization storehouse 10
The elevating mechanism 24 of lifting, after rotating mechanism 23 is raised to 10 top of atomization storehouse by elevating mechanism 24, spreading mechanism 22 brushes cylinder
21 strut with atomization 10 inner wall of storehouse offset, rotating mechanism 23 start rotation simultaneously elevating mechanism 24 decline so that 21 pairs of mists of cylinder brush
Change 10 inner wall of storehouse and carries out clear powder.
In the present embodiment, spreading mechanism 22 includes vertically arranged electric pushrod 22.1, is arranged in the middle part of rotating platform 23.1
There is cavity, which is set in cavity, and driving end is equipped with a jacking block 22.5, the uniform cloth in 22.1 periphery of electric pushrod
It sets there are six stock 22.2 corresponding with cylinder brush 21, each stock 22.2 passes through a connecting rod 22.3 hingedly with jacking block 22.5, each
It is connected between stock 22.2 and rotating platform 23.1 by guide rail 22.7, each guide rail 22.7 is fixed by screws in rotating platform
It on 23.1, is set on each guide rail 22.7 there are two sliding block, two sliding blocks are equipped with slide plate 22.8, and slide plate 22.8 and stock 22.2 are solid
Fixed connection, such rise of electric pushrod 22.1 drive stock 22.2 to shrink to electric pushrod 22.1 and draw close, facilitate clear powder device into
Enter to be atomized storehouse 10, the decline of electric pushrod 22.1 drives stock 22.2 to strut, and so that cylinder brush 21 is offseted with the inner wall for being atomized storehouse 10, rotates
The rotation of mechanism 23 drives cylinder brush 21 to rotate in atomization storehouse 10, to reach clear powder function.
In the present embodiment, it is equipped with through guide sleeve 22.4 hingedly between stock 22.2 and connecting rod 22.3, guide sleeve 22.4 is set
In on rotating platform 23.1 and being set on guide rail 22.7 by a sliding block and slide laterally with stock 22.2,22.4 one end of guide sleeve with
Connecting rod 22.3 is hinged, and 22.4 other end of guide sleeve is equipped with the guide groove protruded into for stock 22.2, and the cross-sectional shape of guide groove is to open
The downward concave character type of mouth, 22.2 upper cover of stock set the guide fittings 3.9 being adapted to the guide groove of guide sleeve 22.4, which matches
Part 3.9 is fixed by screws on slide plate 22.8 and stock 22.2 is pressed together on slide plate 22.8, guide sleeve 22.4 and stock
Pressure spring 22.6 is equipped between 22.2,22.6 one end of pressure spring offsets with guide sleeve 22.4, and the other end offsets with stock 22.2, in this way,
Electric pushrod 22.1 decline, stock 22.2 strut drive cylinder brush 21 and atomization 10 inner wall of storehouse offset after, pressure spring 22.6 be pressurized, pressure spring
When 22.6 reaction force makes rotating mechanism 23 that cylinder brush 21 be driven to rotate, cylinder brush 21 is adjacent to atomization 10 inner wall of storehouse always, and adds
Strong friction, which improves, asks powder effect.
In the present embodiment, the U-shaped frame 26.1 being laterally arranged between cylinder brush 21 and stock 22.2 by one is connected, and 21 turns of cylinder brush
Dynamic setting is in U-shaped frame 26.1 is open, and U-shaped 26.1 upper and lower ends of frame are equipped with elastic wheel assembly 26, and elastic wheel assembly 26 includes
It is fixedly installed in the elastic wheel mounting rod 26.2 of U-shaped 26.1 one end of frame, two parallel strips 26.3 and two fan plates 26.4, two fans
Plate 26.4 and two parallel strips 26.3 constitute diamond shape, and elastic 26.2 upper end of mounting rod is equipped with groove, two 26.3 phase of parallel strip hinges
It connects and is movably arranged in groove, two fan plates 26.4 are hinged and are fixed on elastic wheel mounting rod 26.2, two fan plates 26.4
Be respectively equipped with idler wheel 26.5, be equipped with V-type spring 26.6 between two fan plates 26.4,26.6 two sides of V-type spring respectively with two
It is fixed to fan plate 26.4.Wherein, two parallel strips 26.3 are hinged by a removable pin 26.8, and removable pin 26.8 is placed in groove
It is interior, it is elastic by nut adjustment, to be slidably connected with elastic wheel mounting rod 26.2；Two fan plates 26.4 pass through a fixed pin
26.9 are hinged, and spacer pin is fixed in groove, and two parallel strips 26.3 are again hinged with two fan plates 26.4, and composition has
The diamond shape of four hinge joints, fixed pin 26.9 and removable pin 26.8 are respectively provided with the motion profile for making removable pin 26.8 in the trench
Always point-blank with fixed pin 26.9, specifically, the bottom of the fan plate 26.4 is identical with 26.3 structure of parallel strip, on
Portion is the extension of L-type, and L-type extension is equipped with and extends in vertical direction towards warehouse inner wall and with parallel strip 26.3
Extension plate；One end fixed idler whell 26.5 of each extension plate；The fixed pin 26.9 of two fan plates 26.4 is hinged on bottom and top
L-type on, V-type spring 26.6 is threaded through on fixed pin 26.9, in this way, two fan plates 26.4 hinge joints fix so that idler wheel
26.5 with atomization 10 inner wall of storehouse offset generation movement when, the motion profile of the angle steel joint of diamond shape is a straight line always, guarantee two rolling
Wheel 26.5 is symmetrical always with stock；The setting of idler wheel 26.5, so that rotation of the rotating mechanism 23 in atomization storehouse 10 is more smooth；
The setting of V-type spring 26.6 resets idler wheel 26.5, while further ensuring cylinder brush 21
With being elastically engaged for atomization 10 inner wall of storehouse, when V-type spring 26.6 reaches largest deformation amount, electric pushrod 22.1 stops decline,
Play pole position-limiting action.
In the present embodiment, roller rod 26.7 is equipped between the fan plate 26.4 and idler wheel 26.5, the roller rod 26.7 is specific
Refer to that side is equipped with the roller rod 26.7 of sliding slot, which preferably uses aluminum profile, on the extension plate for fanning plate 26.4
If being connected between roller rod 26.7 and the extension plate for fanning plate 26.4 by elasticity bolt, and can be according to atomization there are two threaded hole
The actual conditions of indoor diameter adjust elasticity bolt, to adjust the extension elongation of roller rod 26.7.
In the present embodiment, powder-suction structure 25 is equipped between rotating mechanism 23 and hoistable platform 24.3, powder-suction structure 25 includes
Always suction inlet 25.1 and the suction powder set on total 25.1 upper end of suction inlet are flared 25.2, and total 25.1 inner wall of suction inlet is equipped with to connect with dust catcher
The interface 25.3 connect inhales powder and is flared 25.2 upper and lower surfaces equipped with through-hole, and lower surface through-hole diameter is greater than upper surface through-hole,
Wherein, powder flaring 25.2 is inhaled for the round table-like of annular, and big end is bolted to connection towards atomization the top of the warehouse, total suction inlet 25.1
25.2 rotary table small ends are flared inhaling powder, the interface 25.3 of total 25.1 inner wall of suction inlet is connect with dust catcher；Inhale the upper of powder flaring 25.2
Surface is intensively disposed with tiny mesh, the biggish through-hole of lower surface arrangement internal diameter, so that the suction of powder flaring 25.2 is inhaled at every place
It is evenly distributed, metal powder is avoided to accumulate.
In the present embodiment, powder flaring 25.2 is inhaled by six circumferential petaloids and is flared 25.4 around being spliced to form, always
Suction inlet 25.1 is equipped with the baffle 25.5 adjacent petaloid flaring 25.4 is isolated, and the corresponding each petaloid of interface 25.3 is flared 25.4
It installs.
In the present embodiment, rotary components include the pedestal 23.2 for being fixedly installed on 24.3 upper end of hoistable platform, are fixed on base
The rotating electric machine 23.4 and the fixation swivel base 23.3 on pedestal 23.2 of 23.2 bottoms of seat are worn inside fixed swivel base 23.3 perpendicular
Straight shaft 23.5, the driving end of the rotating electric machine 23.4 connect pinion gear 23.7, and 23.5 bottom of shaft connects a gear wheel
23.8, pinion gear 23.7 is engaged with gear wheel 23.8 so that shaft 23.5 rotates, wherein between shaft 23.5 and gear wheel 23.8
With keyway limit radial movement, is limited and be axially moved with circlip for shaft；23.5 upper end of shaft is equipped with transition plates 23.6, shaft
23.5 are connect with transition plates 23.6 by multiple bolt fastenings, and transition plates 23.6 connects with rotating platform 23.1 also by bolt fastening
It connects；It is provided with threading hole in shaft 23.5, the part between the thrust bearing and small bearing of shaft 23.5 is fixed with conduction
Slip ring, lead thereon pass through the electric pushrod 22.1 on threading hole to rotating platform 23.1 to reach power supply purpose.
In the present embodiment, elevating mechanism 24 is including fork type elevator 24.1, pedestal 24.2 and is set to fork type elevator
The bottom of the hoistable platform 24.3 at 24.1 tops, pedestal 24.2 is equipped with movable pulley 24.4, facilitates the movement and use of whole equipment,
Stiffleg 24.5 is arranged in the surrounding of pedestal 24.2, which is the common support cup foot of mechanical equipment, can pass through adjusting
Bolt adjusts the level of hoistable platform 24.3, while playing the role of supporting and fixing.The fork type elevator 24.1 also can be used
Other chain-type elevator, hydraulic elevators etc. have the lifting device for stablizing elevating function.
The work step of the present embodiment:
1. after mobile device and atomization 10 centering of storehouse, putting down stiffleg 24.5 and adjusting equipment to level；
2. electric pushrod 22.1 rises, spreading mechanism 22 is shunk until cylinder brush 21 is able to enter in atomization 10 warehouse of storehouse；
3. elevating mechanism 24 is raised to 10 top of atomization storehouse, electric pushrod 22.1 declines, and spreading mechanism 22 struts cylinder brush 21
It offsets with inner wall；
4. rotating mechanism 23 drives cylinder brush 21 to rotate, while elevating mechanism 24 is declined with given pace until spreading mechanism 22
Atomization storehouse 10 is left, clear powder is completed.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.
Claims (9)
1. a kind of clear powder device for powder by atomization equipment, it is characterised in that: including it is several vertically arranged and to atomization storehouse
(10) the cylinder brush (21) of the clear powder of inner wall and the spreading mechanism for offseting after strutting cylinder brush (21) with atomization storehouse (10) inner wall
It (22), further include for driving cylinder brush (21) in the interior rotating mechanism (23) rotated of atomization storehouse (10), the rotating mechanism (23)
Top is equipped with rotating platform (23.1), and the spreading mechanism (22) is set on the rotating platform (23.1), the rotating mechanism
(23) lower part is equipped with the elevating mechanism for carrying rotating mechanism (23) and going up and down rotating mechanism (23) in atomization storehouse (10)
(24), after rotating mechanism (23) is raised at the top of atomization storehouse (10) by the elevating mechanism (24), spreading mechanism (22) brushes cylinder
(21) it struts and offsets with atomization storehouse (10) inner wall, rotating mechanism (23) starts rotation elevating mechanism (24) decline simultaneously, so that cylinder
It brushes (21) and clear powder is carried out to atomization storehouse (10) inner wall.
2. the clear powder device according to claim 1 for powder by atomization equipment, it is characterised in that: the spreading mechanism
It (22) include vertically arranged electric pushrod (22.1), electric pushrod (22.1) periphery has been evenly arranged several and cylinder brush
(21) corresponding stock (22.2), the stock (22.2) and electric pushrod (22.1) driving end are cut with scissors by a connecting rod (22.3)
Connect, the stock (22.2) be set to rotating platform (23.1) on and can relative rotation platform (23.1) slide laterally, the stock
(22.2) hingedly, the other end is connect with cylinder brush (21) for one end and connecting rod (22.3).
3. the clear powder device according to claim 2 for powder by atomization equipment, it is characterised in that: the stock (22.2)
Between connecting rod (22.3) by guide sleeve (22.4) hingedly, the guide sleeve (22.4) be set to rotating platform (23.1) on and with
Stock (22.2) slides laterally, and hingedly, the guide sleeve (22.4) is another for described guide sleeve (22.4) one end and connecting rod (22.3)
End is equipped with the guide groove protruded into for stock (22.2), is equipped with pressure spring (22.6) in the guide groove, described pressure spring (22.6) one end
It offsets with guide sleeve (22.4), the other end offsets with stock (22.2).
4. the clear powder device according to claim 3 for powder by atomization equipment, it is characterised in that: the cylinder brush (21) with
By U-shaped frame (26.1) connection between stock (22.2), the cylinder brush (21) is rotatably arranged on U-shaped frame (26.1), the U
Type frame (26.1) upper and lower ends are equipped with elastic wheel assembly (26), and the elasticity wheel assembly (26) includes being fixedly installed in U-shaped frame
(26.1) mounting rod (26.2) of one end, two parallel strips (26.3) being hinged and two fan plates (26.4) being hinged, institute
The two fan plates (26.4) stated hingedly constitute diamond shape with two parallel strips (26.3) respectively, and mounting rod (26.2) upper end is equipped with
The hinge joint of groove, two parallel strips (26.3) is movably arranged in groove, the hinged solid point of two fans plate (26.4)
Due on mounting rod (26.2), one end of two fans plate (26.4) is respectively equipped with idler wheel (26.5), two fan plates
(26.4) between be equipped with V-type spring (26.6), the elastic tip of V-type spring (26.6) two sides respectively with two fan plates (26.4)
It is fixed.
5. the clear powder device according to claim 4 for powder by atomization equipment, it is characterised in that: the idler wheel (26.5)
It is connect by idler wheel (26.5) bar with fan plate (26.4), idler wheel (26.5) the bar side is equipped with sliding groove, the idler wheel
(26.5) elasticity bolt for adjusting idler wheel (26.5) bar extension elongation, the elasticity bolt are equipped between bar and fan plate (26.4)
One end is embedded in sliding groove, and the other end is fixedly connected with fan plate (26.4).
6. the clear powder device according to claim 1 for powder by atomization equipment, it is characterised in that: the rotating mechanism
(23) be additionally provided between hoistable platform (24.3) powder-suction structure (25), the powder-suction structure (25) include total suction inlet (25.1) and
Suction powder set on total suction inlet (25.1) upper end is flared (25.2), and total suction inlet (25.1) inner wall is equipped with to connect with dust catcher
Interface (25.3), suction powder flaring (25.2) upper and lower surfaces are equipped with through-hole, and the lower surface through-hole diameter is greater than
Upper surface through-hole.
7. the clear powder device according to claim 6 for powder by atomization equipment, it is characterised in that: the suction powder flaring
(25.2) it is made of at least two circumferential petaloid flarings (25.4) around arrangement, total suction inlet (25.1), which is equipped with, to be used
The baffle (25.5) of adjacent petaloid flaring (25.4) is isolated, interface (25.3) quantity and petaloid are flared (25.4) quantity pair
It should be arranged.
8. the clear powder device according to claim 1 for powder by atomization equipment, it is characterised in that: the rotary components packet
Include the pedestal (23.2) for being fixedly installed on hoistable platform (24.3) upper end, be set to pedestal (23.2) on fixation swivel base (23.3) and
It is fixed on the rotating electric machine (23.4) of pedestal (23.2) bottom, is equipped with vertical shaft inside the fixed swivel base (23.3)
(23.5), the shaft (23.5) connect with the gear of output end of rotating electric machine (23.4), and shaft (23.5) upper end is equipped with
Transition plates (23.6), the transition plates (23.6) are fixedly connected with rotating platform (23.1).
9. the clear powder device according to claim 1 for powder by atomization equipment, it is characterised in that: the elevating mechanism
It (24) include fork type elevator (24.1), pedestal (24.2) and the hoistable platform being set at the top of fork type elevator (24.1)
(24.3), the bottom of the pedestal (24.2) is equipped with movable pulley (24.4) and stiffleg (24.5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910058115.9A CN109702213B (en) | 2019-01-22 | 2019-01-22 | Powder cleaning device for atomization powder making equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910058115.9A CN109702213B (en) | 2019-01-22 | 2019-01-22 | Powder cleaning device for atomization powder making equipment |
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| Publication Number | Publication Date |
|---|---|
| CN109702213A true CN109702213A (en) | 2019-05-03 |
| CN109702213B CN109702213B (en) | 2024-04-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910058115.9A Active CN109702213B (en) | 2019-01-22 | 2019-01-22 | Powder cleaning device for atomization powder making equipment |
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| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112625840A (en) * | 2020-12-30 | 2021-04-09 | 安徽宴泰食品有限公司 | Cooking wine fermenting installation with adjustable temperature |
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| JPH10216667A (en) * | 1997-02-04 | 1998-08-18 | Ishino Sangyo Kk | Washing machine for tea cups |
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|---|---|
| CN109702213B (en) | 2024-04-12 |
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