CN207256035U - A kind of floating sand removal device of emery cloth production - Google Patents
A kind of floating sand removal device of emery cloth production Download PDFInfo
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- CN207256035U CN207256035U CN201721219666.1U CN201721219666U CN207256035U CN 207256035 U CN207256035 U CN 207256035U CN 201721219666 U CN201721219666 U CN 201721219666U CN 207256035 U CN207256035 U CN 207256035U
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Abstract
A kind of floating sand removal device of emery cloth production；The floating sand removal device includes sanding roller, driving motor and floating sand pallet, and the both sides of the sanding roller are equipped with the first guide roller and the second guide roller, and the driving motor drives the sanding roller to rotate；First guide roller, sanding roller and the second guide roller are successively set on mounting bracket from top to bottom, and first guide roller, sanding roller and the second guide roller are sequentially distributed from right to left on the mounting bracket, the right side of the mounting bracket is equipped with electrostatic sand-planting device, and the floating sand pallet accepts the lower section for being arranged on the sanding roller；The emery cloth for completing to plant sand on the electrostatic sand-planting device passes sequentially through first guide roller, the sanding roller and second guide roller, and emery cloth is tangent with first guide roller, sanding roller and the second guide roller successively by its back side.Dropped to avoid floating sand in subsequent job step in glue groove, influence the quality of final products.
Description
Technical field
It the utility model is related to emery cloth sand embedding equipment field, more particularly to a kind of floating sand removal device of emery cloth production.
Background technology
The emery cloth for having completed to plant sand to come from electrostatic sand-planting device has a small part abrasive material due to quiet during sand is planted
Electro ultrafiltration is attached to emery cloth surface, forms floating sand, float sand not with gauze cloth base strong bond, in the re-glue process of follow-up emery cloth
In, floating sand easily falls into glue groove so that final emery cloth product in use, the problem of easy sand fallout, not wear-resisting occurs.
Utility model content
In view of the foregoing drawbacks, the purpose of this utility model is that proposing a kind of floating sand removal device of emery cloth production.
For this purpose, the utility model uses following technical scheme：
A kind of floating sand removal device of emery cloth production；The floating sand removal device includes sanding roller, driving motor and floating sand
Pallet, the both sides of the sanding roller are equipped with the first guide roller and the second guide roller, and the driving motor drives the sanding roller to turn
It is dynamic；
First guide roller, sanding roller and the second guide roller are successively set on mounting bracket, and described first from top to bottom
Guide roller, sanding roller and the second guide roller are sequentially distributed from right to left on the mounting bracket, and the right side of the mounting bracket is equipped with
Electrostatic sand-planting device, the floating sand pallet accept the lower section for being arranged on the sanding roller；Completed on the electrostatic sand-planting device
The emery cloth for planting sand passes sequentially through first guide roller, the sanding roller and second guide roller, and emery cloth passes through its back side
It is tangent with first guide roller, sanding roller and the second guide roller successively.
Preferably, the sanding roller is six rib sanding rollers.
Preferably, the mounting bracket includes upper beam, bottom end rail, left longeron and right vertical beam, the left longeron and right vertical beam
It is spaced and is vertically arranged, the upper beam and bottom end rail is parallel to each other and is horizontally disposed with, both both ends are separately fixed at institute
Left longeron and right vertical beam are stated, the upper beam is located at the upper position of the mounting bracket, and the bottom end rail is located at the mounting bracket
Lower position；
First guide roller is installed on downwards the bottom end rail, and the sanding roller and second guide roller are from top to bottom
The left longeron is sequentially arranged at, and second guide roller is installed on the outside of the sanding roller.
Preferably, feeding assembly is further included, the feeding assembly includes the first cloth feeding roller, the second cloth feeding roller, the 3rd cloth feeding
Roller, the 4th cloth feeding roller, the 5th cloth feeding roller and the 6th cloth feeding roller, gauze is successively around first cloth feeding roller, second cloth feeding
Enter the electrostatic after roller, the 3rd cloth feeding roller, the 4th cloth feeding roller, the 5th cloth feeding roller and the 6th cloth feeding roller
Plant sand device；
First cloth feeding roller and the second cloth feeding roller are arranged on sustained height, wherein, first cloth feeding roller is installed on institute
Right vertical beam is stated, second cloth feeding roller is installed on the upper beam；
3rd cloth feeding roller and the 4th cloth feeding roller are set gradually from top to bottom, wherein, the 3rd cloth feeding roller peace
Mounted in the left longeron, and it is located at the lower left of second cloth feeding roller；
4th cloth feeding roller and the 5th cloth feeding roller are arranged on sustained height, wherein, the 4th cloth feeding roller installation
In the bottom end rail；
5th cloth feeding roller and the 6th cloth feeding roller are successively set on the right vertical beam from top to bottom.
Preferably, sizer, the sizer are provided between the 5th cloth feeding roller and the 6th cloth feeding roller
Rubber roller, right part regulating roller are wrapped up in including left part regulating roller, upper press roller, lower part and deposit glue groove, the left part regulating roller, top pressure
Roller processed, lower part wrap up in rubber roller and deposit the gluing mounting base that glue groove is arranged on the left of the right vertical beam, and the upper press roller is arranged on
The top of rubber roller is wrapped up in the lower part, and tangent, and the lower end infiltration that rubber roller is wrapped up in the lower part is deposited in glue groove described；
The right part regulating roller is arranged on the right vertical beam, and positioned at the top of the 5th cloth feeding roller；The left part tune
Section roller is arranged on the left side of the upper press roller, and its height is less than the 6th cloth feeding roller；The right part regulating roller is set
On the right side of the upper press roller, and its height wraps up in the section institute between rubber roller more than the upper press roller and the lower part
The height at place；The left part regulating roller and the right part regulating roller can be adjusted into row position in the horizontal direction；
Gauze continues to bypass from the right part regulating roller after laying out from the 5th cloth feeding roller, is then passed through the upper press
The section between rubber roller is wrapped up in roller and the lower part, then bypasses the right part regulating roller and the 6th cloth feeding roller successively.
Preferably, the electrostatic sand-planting device is arranged on the right side of the mounting bracket, it includes planting sand hopper, insulate and send sand
Band, plant sand mounting bracket, electrostatic sand-planting component, the first feed preparation unit roller, the second feed preparation unit roller and driving device, and first feed preparation unit roller is set
On the right side of the plant sand mounting bracket, emery cloth bypasses to the right from first feed preparation unit roller again after being bypassed from the 6th cloth feeding roller；
The electrostatic sand-planting component includes top crown, bottom crown and the power supply unit being arranged in parallel, the top crown and institute
State bottom crown and be separately fixed at the plant sand mounting bracket, and lower end tilts the right end of the top crown and the bottom crown to the left
Set；The top crown and the bottom crown are electrically connected with the power supply unit respectively；The top crown and the bottom crown
Both sides are respectively equipped with second feed preparation unit roller, second feed preparation unit roller driven after rotating be paved with the emery cloth of colloid from the right side turn left through
Gap between the top crown and the bottom crown；
The right side planted sand hopper and be arranged on the plant sand mounting bracket, the sand material planted in sand hopper falls on described exhausted
Edge is sent on abrasive band；Under the drive of the driving device, abrasive band is sent to turn left from the right side through on described with the insulation of sand material
Gap between pole plate and bottom crown, meanwhile, second feed preparation unit roller rotates, and drives the emery cloth that surface is paved with colloid to turn left from the right side
Gap through the top crown and bottom crown, the at this time insulation send abrasive band to be right against on the emery cloth and are paved with colloid
Side.
Preferably, the emery cloth between the 6th cloth feeding roller and first feed preparation unit roller, in the inclined state in lower right side.
Preferably, two ends of the top crown all upsweep to form fillet, and two ends of the bottom crown are all downward
Curl into fillet.
Preferably, the both ends of the top crown are fixed on the upper side wall of the plant sand mounting bracket, institute by L-type workpiece respectively
The both ends for stating bottom crown are fixed on the lower wall of the mounting bracket by height-adjustable connecting plate.
Preferably, it is loop configuration that abrasive band is sent in the insulation, and the driving device is set in the annular including two
The rotating roller at structure both ends.
Centrally-mounted driving is set in the technical program drives sanding roller to rotate, and makes the roll surface of sanding roller and the back side rule of emery cloth
Contact, removes floating sand unnecessary on desanding face, to avoid floating sand in subsequent job step to produce continuous vibration on emery cloth
In drop in glue groove, influence the quality of final products, during emery cloth is sent to next processing link, that is, complete to emery cloth
The removal work of sand is floated on surface, and setting structure is also simple, using being also convenient for；And the floating sand to be dropped by vibration directly drops to floating sand
In pallet, secondary cleaning is on the one hand avoided, on the other hand facilitates recycling.
Brief description of the drawings
Fig. 1 is the structure diagram of one embodiment of the utility model；
Fig. 2 is the structure diagram that sand removal device and feeding assembly are floated in the utility model；
Fig. 3 is the structure diagram of electrostatic sand-planting device in the utility model；
Fig. 4 is the structure diagram of electrostatic sand-planting component in the utility model.
Wherein：Floating sand removal device 1, sanding roller 11, floats sand pallet 12；First guide roller 2, the second guide roller 3；Mounting bracket
4, upper beam 41, bottom end rail 42, left longeron 43, right vertical beam 44；Electrostatic sand-planting device 5, plants sand hopper 52, and abrasive band 53 is sent in insulation,
Plant sand mounting bracket 54, electrostatic sand-planting component 55, top crown 551, bottom crown 552, gap 553, the first feed preparation unit roller 56, the second work feed
Roller 57, driving device 58, rotating roller 581；Feeding assembly 6, the first cloth feeding roller 61, the second cloth feeding roller 62, the 3rd cloth feeding roller 63, the
Four cloth feeding rollers 64, the 5th cloth feeding roller 65, the 6th cloth feeding roller 66；Sizer 7, left part regulating roller 71, upper press roller 72, lower part
Rubber roller 73 is wrapped up in, right part regulating roller 74, deposits glue groove 75；L-type workpiece 8, connecting plate 9, emery cloth 10.
Embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in Figure 1 and shown in Fig. 2, a kind of floating sand removal device of emery cloth production；The floating sand removal device 1 includes beating
Sand roller 11, driving motor and floating sand pallet 12, the both sides of the sanding roller 11 are equipped with the first guide roller 2 and the second guide roller 3, institute
Stating driving motor drives the sanding roller 11 to rotate；
First guide roller 2,11 and second guide roller 3 of sanding roller are successively set on mounting bracket 4 from top to bottom, and described
First guide roller 2,11 and second guide roller 3 of sanding roller are sequentially distributed from right to left on the mounting bracket 4, the mounting bracket 4
Right side be equipped with electrostatic sand-planting device 5, the floating sand pallet 12 accepts the lower section for being arranged on the sanding roller 11；In the electrostatic
The emery cloth for planting completion plant sand in sand device 5 passes sequentially through first guide roller 2, the sanding roller 11 and second guide roller
3, and emery cloth is tangent with first guide roller 2,11 and second guide roller 3 of sanding roller successively by its back side.
Centrally-mounted driving is set in the technical program drives sanding roller 11 to rotate, and makes the roll surface of sanding roller 11 and the back side of emery cloth
Rule contacts, and floating sand unnecessary on desanding face is removed to produce continuous vibration on emery cloth, to avoid floating sand in following process
Dropped in step in glue groove, influence the quality of final products, during emery cloth is sent to next processing link, i.e. completion pair
The removal work of sand is floated on emery cloth surface, and setting structure is also simple, using being also convenient for；And the floating sand to be dropped by vibration directly drops to
In floating sand pallet 12, secondary cleaning is on the one hand avoided, on the other hand facilitates recycling.
The sanding roller 11 is six rib sanding rollers.Improve the efficiency that floating sand removes.
The mounting bracket 4 includes upper beam 41, bottom end rail 42, left longeron 43 and right vertical beam 44, the left longeron 43 and the right side
Longeron 44 is spaced and is vertically arranged, and the upper beam 41 and bottom end rail 42 are parallel to each other and horizontally disposed, both both ends point
The left longeron 43 and right vertical beam 44 are not fixed on, and the upper beam 41 is located at the upper position of the mounting bracket 4, the lower horizontal stroke
Beam 42 is located at the lower position of the mounting bracket 4；
First guide roller 2 be installed on downwards the bottom end rail 42, the sanding roller 11 and second guide roller 3 from
Under to being above sequentially arranged at the left longeron 43, and second guide roller 3 is installed on the outside of the sanding roller 11.
Include the structure of upper beam 41, bottom end rail 42, left longeron 43 and right vertical beam 44 using mounting bracket 4, according to emery cloth
Its trend of processing technology rational deployment, the compact structure of device, saves space.
Feeding assembly 6 is further included, the feeding assembly 6 includes the first cloth feeding roller 61, the second cloth feeding roller 62, the 3rd cloth feeding roller
63rd, the 4th cloth feeding roller 64, the 5th cloth feeding roller 65 and the 6th cloth feeding roller 66, gauze is successively around first cloth feeding roller 61, described
Second cloth feeding roller 62, the 3rd cloth feeding roller 63, the 4th cloth feeding roller 64, the 5th cloth feeding roller 65 and the 6th cloth feeding
Enter the electrostatic sand-planting device 5 after roller 66；
First cloth feeding roller, 61 and second cloth feeding roller 62 is arranged on sustained height, wherein, first cloth feeding roller 61 is pacified
Mounted in the right vertical beam 44, second cloth feeding roller 62 is installed on the upper beam 41；
3rd cloth feeding roller 63 and the 4th cloth feeding roller 64 are set gradually from top to bottom, wherein, the 3rd cloth feeding
Roller 63 is installed on the left longeron 43, and it is located at the lower left of second cloth feeding roller 62；
4th cloth feeding roller 64 and the 5th cloth feeding roller 65 are arranged on sustained height, wherein, the 4th cloth feeding roller
64 are installed on the bottom end rail 42；
5th cloth feeding roller 65 and the 6th cloth feeding roller 66 are successively set on the right vertical beam 44 from top to bottom.
Include the structure of upper beam 41, bottom end rail 42, left longeron 43 and right vertical beam 44 using mounting bracket 4, according to emery cloth
Its trend of processing technology rational deployment, the compact structure of device, saves space.
Sizer 7 is provided between 5th cloth feeding roller 65 and the 6th cloth feeding roller 66, the sizer 7 wraps
Include left part regulating roller 71, upper press roller 72, lower part wrap up in rubber roller 73, right part regulating roller 74 and deposit glue groove 75, the left part is adjusted
Roller 71, upper press roller 72, lower part wrap up in rubber roller 73 and deposit the gluing mounting base that glue groove 75 is arranged on the left of the right vertical beam, described
Upper press roller 72 is arranged on the top that rubber roller 73 is wrapped up in the lower part, and tangent, and the lower end leaching of rubber roller 73 is wrapped up in the lower part
Profit is deposited in glue groove 75 described；
The right part regulating roller 74 is arranged on the right vertical beam 44, and positioned at the top of the 5th cloth feeding roller 65；It is described
Left part regulating roller 71 is arranged on the left side of the upper press roller 72, and its height is less than the 6th cloth feeding roller 66；The right side
Portion's regulating roller 74 is arranged on the right side of the upper press roller 72, and its height is more than the upper press roller 72 and the lower part
Wrap up in the height residing for the section between rubber roller 73；The left part regulating roller 71 and the right part regulating roller 74 can be in level sides
Adjusted into row position；
The lower part is wrapped up in rubber roller 74 and is constantly contacted in rotation process with depositing the sizing material in glue groove 75, protects its surface moment
The state adhered to by sizing material is held, gauze continues to bypass from the right part regulating roller 74 after laying out from the 5th cloth feeding roller 65, then
The section rubber roller 73 is wrapped up in through the upper press roller 72 and the lower part, the sizing material that 73 surface of rubber roller is wrapped up in the lower part is equal
Even to be delivered to emery cloth surface, the emery cloth that uniformly gluing is completed bypasses the right part regulating roller 74 and the 6th cloth feeding roller successively again
66。
The left part regulating roller 71 or the right part regulating roller 74 carry out leftward or rightward position and adjust in the horizontal direction
When, cause the tension force on emery cloth in device, avoid its high strung of the tension or Tai Song and influence to plant the efficiency of sand.71 He of left part regulating roller
Set upper press roller 72 tangent up and down and lower part to wrap up in rubber roller 73 among right part regulating roller 74, improve the stabilization of tension force when adjusting
Property.
As shown in Figures 1 and 3, the electrostatic sand-planting device 5 is arranged on the right side of the mounting bracket 4, it includes planting sand material
Bucket 52, insulation send abrasive band 53, plant sand mounting bracket 54, electrostatic sand-planting component 55, the first feed preparation unit roller 56, the second feed preparation unit roller 57 and driving
Device 58, first feed preparation unit roller 56 are arranged on the right side of the plant sand mounting bracket 54, emery cloth from the 6th cloth feeding roller 66 around
Later bypassed again from first feed preparation unit roller 56 to the right；
The electrostatic sand-planting component 55 includes the top crown 551, bottom crown 552 and the power supply unit that are arranged in parallel, it is described on
Pole plate 551 and the bottom crown 552 are separately fixed at the plant sand mounting bracket 54, and the top crown 551 and the bottom crown
Lower end is obliquely installed 552 right end to the left；The top crown 551 and the bottom crown 552 are electric with the power supply unit respectively
Connection；The both sides of the top crown 551 and the bottom crown 552 are respectively equipped with second feed preparation unit roller 57, second work feed
Roller 57 drives the emery cloth 10 for being paved with colloid to turn left from the right side through the top crown 551 and the bottom crown 552 after rotating
Gap 553；
The right side planted sand hopper 52 and be arranged on the plant sand mounting bracket 54, the sand material planted in sand hopper 52 are fallen on
The insulation is sent on abrasive band 53；Under the drive of the driving device 58, send abrasive band 53 past from the right side with the insulation of sand material
The left gap 553 through the top crown 551 and bottom crown 552, meanwhile, second feed preparation unit roller 57 rotates, and drives table
Face is paved with the gap 553 that the emery cloth of colloid is turned left through the top crown 551 and bottom crown 552 from the right side, described at this time exhausted
Edge send abrasive band 53 to be right against the side for being paved with colloid on the emery cloth.
First feed preparation unit roller 56 drives the emery cloth 10 for being paved with glue-line by sizer 7 to bypass the second feed preparation unit roller 57, and second
Feed preparation unit roller 57 drives emery cloth 10 to enter between top crown 551 and bottom crown 552, meanwhile, driving device 58 drives and is paved with sand material
Insulation send abrasive band 53 to turn left from the right side into the gap 553 between top crown 551 and bottom crown 552, at this time, glue is paved with emery cloth 10
The side of body is right against the side that 53 upper berth sand filling material of abrasive band is sent in insulation, the work of electric field between top crown 551 and bottom crown 552
Under, sand material becomes dielectric, and dielectric is implanted into the glue-line on emery cloth 10 under the action of electric field force, reaches the plant of high quality
Sand effect.
From the situation analysis of sand material stress in high voltage electric field, larger pole plate distance should be selected preferably, this is because two
Pole plate distance is big, and sand material is drawn onto that the distance that top crown 551 is walked is longer from bottom crown 552, and the time consumed also is grown, thus sand
The obtained energy of material is also big, is so conducive to sand material and is implanted into glue-line with the impact force of bigger.And from the electric field strength of another side
To analyze, because the electric field strength between pole plate, except having outside the Pass with applied voltage, the distance dependent also between pole plate, i.e. electric field
Square being inversely proportional for distance between intensity and pole plate, so if increasing the distance at the two poles of the earth, then greatly reduces electricity therebetween
Field intensity, is unfavorable for the acquisition of sand material energy, in order to coordinate both sides influence factor, in the technical program, by top crown
551 and bottom crown 552 set in a slanted state, be not the route perpendicular to any pole plate 51 when sand material moves upwards, and
The route vertically with ground, in the right angled triangle that two lines are formed with top crown 551, sand material it is actual walked route be
The bevel edge of right angled triangle, and in the prior art, top crown 551 and bottom crown 552 are arranged in parallel, then the walking of sand material is vertical
The route of straight pole plate, in the case where pole plate spacing is equal, according to the longest principle of hypotenuse, it is clear that be in this skill
Being obliquely installed in art scheme, the route that sand material is walked is longer, then the energy obtained is also bigger, is more advantageous to sand material with bigger
Impact force is implanted into glue-line, obtains optimal plant sand effect.
Emery cloth between 6th cloth feeding roller 66 and first feed preparation unit roller 56, in the inclined state in lower right side.
On emery cloth 10 according to incline direction walking, its movement road before electrostatic sand-planting component 55 is entered is increased
Line, while by the effect of gravity so that colloid is spread out and put on evenly on emery cloth 10, easy to use, improves processing efficiency.
As shown in figure 4, two ends of the top crown 551 all upsweep to form fillet, two ends of the bottom crown 552
End all curls into downwards fillet.
The extreme electric discharge of the acute angle at pole plate edge in order to prevent, particularly in the high voltage of tens of thousands of volts, this phenomenon is more
To be serious, two ends of pole plate, in the technical program, are upsweeped into arc-shaped by the generation of point discharge phenomenon in order to prevent
Structure, just like a square basin apperance, as shown in figure 4, the R of the circular arc of fillet, about between 20~30mm, this design can have
Effect prevents the generation of marginal discharge during high voltage.Moreover, this structure design is also prevented from and reduces in " anti-(turning over) sand "
Phenomenon.So-called " anti-(turning over) sand " is acted on i.e. in continuous production by fringe field, and sand leap top crown, falls on top crown
Above, and accumulation is more long-pending bigger, is a trouble in production, and the designed arc-shaped appearance of pole plate, greatly reduce edge
Electric field strength, be the powerless leap of abrasive particle to above pole plate, therefore prevent the generation of " anti-(turning over) sand "
The material of the top crown 551 and bottom crown 552 is cast aluminium or copper.
Its essence is the number of free charge aggregation under high voltages for electric field strength between top crown 551 and bottom crown 552
Amount and velocity correlation, are all to obtain abrasive particle under a stable positive or negative voltage either in ac high-voltage and high direct voltage
With polarization, so as to achieve the purpose that to plant sand.In this sense, the electric conductivity of pole plate is more strong better, but also needs to examine at the same time
Consider the convenience made, it is of low cost to wait many factors, then optimal selected as cast aluminium and copper.
The both ends of the top crown 551 are fixed on the upper side wall of the plant sand mounting bracket 54, institute by L-type workpiece 8 respectively
The both ends for stating bottom crown 552 are fixed on the lower wall of the mounting bracket 4 by height-adjustable connecting plate 9.
Top crown 551 is fixed by L-type workpiece 8, it is simple in structure, it is strong easy to the laying of circuit, mounting stability；Pass through height
Spend adjustable connecting plate 9, either by cylinder or other can realize linear telescopic and fixed device, under adjusting
The height of pole plate 552, that is, adjust spacing between top crown 551 and bottom crown 552, and the size of spacing influences electric field strength, therefore
And the processing request according to different product is realized, device adaptively provides required electric field strength and completes to plant sand, improves dress
The adaptability put.
It is loop configuration that abrasive band 53 is sent in the insulation, and the driving device 58 is set in the loop configuration including two
The rotating roller 581 at both ends.
The insulation of annular send 53 shuttling movement of abrasive band to provide sand material for the plant sand of emery cloth, saves installation space, structure letter
It is single, it is cost-effective, suitably widely popularize.
The technical principle of the utility model is described above in association with specific embodiment.These descriptions are intended merely to explain this reality
With new principle, and the limitation to scope of protection of the utility model cannot be construed in any way.Based on explanation herein,
Those skilled in the art would not require any inventive effort the other embodiments that can associate the utility model,
These modes are fallen within the scope of protection of the utility model.
Claims (10)
- A kind of 1. floating sand removal device of emery cloth production, it is characterised in that：The floating sand removal device includes sanding roller, driving electricity Machine and floating sand pallet, the both sides of the sanding roller are equipped with the first guide roller and the second guide roller, described to drive described in motor drive Sanding roller rotates；First guide roller, sanding roller and the second guide roller are successively set on mounting bracket from top to bottom, and described first is oriented to Roller, sanding roller and the second guide roller are sequentially distributed from right to left on the mounting bracket, and the right side of the mounting bracket is equipped with electrostatic Sand device is planted, the floating sand pallet accepts the lower section for being arranged on the sanding roller；Complete to plant sand on the electrostatic sand-planting device Emery cloth pass sequentially through first guide roller, the sanding roller and second guide roller, and emery cloth by its back side successively It is tangent with first guide roller, sanding roller and the second guide roller.
- 2. floating sand removal device according to claim 1, it is characterised in that：The sanding roller is six rib sanding rollers.
- 3. floating sand removal device according to claim 1, it is characterised in that：The mounting bracket include upper beam, bottom end rail, Left longeron and right vertical beam, the left longeron and right vertical beam interval and be vertically arranged, the upper beam and bottom end rail be parallel to each other and Horizontally disposed, both both ends are separately fixed at the left longeron and right vertical beam, and the upper beam is located at the mounting bracket Upper position, the bottom end rail are located at the lower position of the mounting bracket；First guide roller is installed on downwards the bottom end rail, and the sanding roller and second guide roller are from top to bottom successively Installed in the left longeron, and second guide roller is installed on the outside of the sanding roller.
- 4. floating sand removal device according to claim 3, it is characterised in that：Further include feeding assembly, the feeding assembly Including the first cloth feeding roller, the second cloth feeding roller, the 3rd cloth feeding roller, the 4th cloth feeding roller, the 5th cloth feeding roller and the 6th cloth feeding roller, gauze according to It is secondary around first cloth feeding roller, second cloth feeding roller, the 3rd cloth feeding roller, the 4th cloth feeding roller, the described 5th into Enter the electrostatic sand-planting device after cloth rewinder roll and the 6th cloth feeding roller；First cloth feeding roller and the second cloth feeding roller are arranged on sustained height, wherein, first cloth feeding roller is installed on the right side Longeron, second cloth feeding roller are installed on the upper beam；3rd cloth feeding roller and the 4th cloth feeding roller are set gradually from top to bottom, wherein, the 3rd cloth feeding roller is installed on The left longeron, and it is located at the lower left of second cloth feeding roller；4th cloth feeding roller and the 5th cloth feeding roller are arranged on sustained height, wherein, the 4th cloth feeding roller is installed on institute State bottom end rail；5th cloth feeding roller and the 6th cloth feeding roller are successively set on the right vertical beam from top to bottom.
- 5. floating sand removal device according to claim 4, it is characterised in that：5th cloth feeding roller and the 6th cloth feeding Sizer is provided between roller, the sizer wraps up in rubber roller, right part tune including left part regulating roller, upper press roller, lower part Section roller wraps up in rubber roller and deposits glue groove and is arranged on the left of the right vertical beam with glue groove, the left part regulating roller, upper press roller, lower part is deposited Gluing mounting base, the upper press roller is arranged on the top that rubber roller is wrapped up in the lower part, and tangent, and glue is wrapped up in the lower part The lower end infiltration of roller is deposited in glue groove described；The right part regulating roller is arranged on the right vertical beam, and positioned at the top of the 5th cloth feeding roller；The left part regulating roller The left side of the upper press roller is arranged on, and its height is less than the 6th cloth feeding roller；The right part regulating roller is arranged on institute The right side of upper press roller is stated, and its height is more than the upper press roller and the lower part is wrapped up in residing for the section between rubber roller Highly；The left part regulating roller and the right part regulating roller can be adjusted into row position in the horizontal direction；Gauze continues to bypass from the right part regulating roller after laying out from the 5th cloth feeding roller, be then passed through the upper press roller with The section between rubber roller is wrapped up in the lower part, then bypasses the right part regulating roller and the 6th cloth feeding roller successively.
- 6. floating sand removal device according to claim 4, it is characterised in that：The electrostatic sand-planting device is arranged on the peace The right side shelved, it includes planting sand hopper, insulate and send abrasive band, plant sand mounting bracket, electrostatic sand-planting component, the first feed preparation unit roller, second Feed preparation unit roller and driving device, first feed preparation unit roller are arranged on the right side of the plant sand mounting bracket, and emery cloth is from the 6th cloth feeding Roller bypasses to the right from first feed preparation unit roller again after bypassing；The electrostatic sand-planting component includes the top crown, bottom crown and the power supply unit that are arranged in parallel, the top crown and it is described under Pole plate is separately fixed at the plant sand mounting bracket, and the lower end inclination to the left of the right end of the top crown and the bottom crown is set Put；The top crown and the bottom crown are electrically connected with the power supply unit respectively；The two of the top crown and the bottom crown Side is respectively equipped with second feed preparation unit roller, and second feed preparation unit roller drives the emery cloth for being paved with colloid to turn left from the right side through institute after rotating State the gap between top crown and the bottom crown；The right side planted sand hopper and be arranged on the plant sand mounting bracket, the sand material planted in sand hopper fall on the insulation and send On abrasive band；Under the drive of the driving device, abrasive band is sent to turn left from the right side through the top crown with the insulation of sand material Gap between bottom crown, meanwhile, second feed preparation unit roller rotates, drive surface be paved with the emery cloth of colloid from the right side turn left through Gap between the top crown and bottom crown, the at this time insulation send abrasive band to be right against the side for being paved with colloid on the emery cloth Face.
- 7. floating sand removal device according to claim 6, it is characterised in that：6th cloth feeding roller and first work feed Emery cloth between roller, in the inclined state in lower right side.
- 8. floating sand removal device according to claim 6, it is characterised in that：Two ends of the top crown all upsweep Fillet is formed, two ends of the bottom crown all curl into downwards fillet.
- 9. floating sand removal device according to claim 6, it is characterised in that：The both ends of the top crown pass through L-type respectively Workpiece is fixed on the upper side wall of the plant sand mounting bracket, and the both ends of the bottom crown are fixed on by height-adjustable connecting plate The lower wall of the mounting bracket.
- 10. floating sand removal device according to claim 6, it is characterised in that：It is loop configuration that abrasive band is sent in the insulation, institute Stating driving device includes two rotating rollers for being set in the loop configuration both ends.
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| CN201721219666.1U CN207256035U (en) | 2017-09-22 | 2017-09-22 | A kind of floating sand removal device of emery cloth production |
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| CN201721219666.1U CN207256035U (en) | 2017-09-22 | 2017-09-22 | A kind of floating sand removal device of emery cloth production |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111673629A (en) * | 2020-05-14 | 2020-09-18 | 俞楚荣 | Electrostatic sand planting machine capable of improving sand stability |
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2017
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111673629A (en) * | 2020-05-14 | 2020-09-18 | 俞楚荣 | Electrostatic sand planting machine capable of improving sand stability |
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