CN208066668U - The upper cover bilayer coating unit of receiver automatic flexible production line - Google Patents
The upper cover bilayer coating unit of receiver automatic flexible production line Download PDFInfo
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- CN208066668U CN208066668U CN201721815546.8U CN201721815546U CN208066668U CN 208066668 U CN208066668 U CN 208066668U CN 201721815546 U CN201721815546 U CN 201721815546U CN 208066668 U CN208066668 U CN 208066668U
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Abstract
The utility model proposes a kind of upper cover bilayer coating units of receiver automatic flexible production line, including pretreatment mechanism and brush mechanism；Space in pretreatment mechanism shell is separated into crushing chamber, collecting chamber, the first mixing chamber, the second mixing chamber and regulation and control chamber, brush mechanism includes brushing workbench, it brushes workbench and is equipped with brushing component fixed frame, it brushes and is equipped with the first glue applying mechanism, the first compressing glue mechanism, the first heating mechanism, second point glue laminated gluing mechanism and the second heating mechanism on component fixed frame successively from left to right, the first discharge nozzle is connected by first pipe with the first glue inlet tube road；Second discharge nozzle is connected by second pipe with the second glue inlet tube road, and the utility model is used to cover applied in two coats protective film upper, improves the adhesive rate and flatness of coating, improves the degree of automation, improve production efficiency, reduce production cost.
Description
Technical field
The utility model is related to a kind of coating units, and in particular to a kind of upper cover of receiver automatic flexible production line is double
Layer coating unit.
Background technology
Under the background of electronic technology fast development, tracking exchage portable electronic device becomes towards light, thin direction
Change, the thickness of receiver required in this way is more and more thinner, but can ensure certain area.Therefore, people start using big
Vibrating diaphragm ultra-thin telephone receiver is applied in mobile communication equipment, takes full advantage of the big and thin space characteristics of mobile communication equipment, but
Often many practical problems are generated because bad and corresponding complicated technology is breathed freely.
General receiver include holder and the protecgulum being fixed on holder, top dome, vibrating diaphragm, voice coil, top crown, magnet, under
Pole plate and shrapnel improve its service life to increase the tolerance performance of receiver, need to coat one layer of guarantor on its outer surface
Cuticula, at present still unspecial equipment can realize its automate coating protective film production operation.
Utility model content
The utility model proposes a kind of upper cover bilayer coating of receiver automatic flexible production line regarding to the issue above
Device improves the adhesive rate and flatness of coating, improves the degree of automation, carry for covering applied in two coats protective film upper
High production efficiency, reduces production cost.
Specific technical solution is as follows：
The upper cover bilayer coating unit of receiver automatic flexible production line, including pretreatment mechanism and brush mechanism；
Pretreatment mechanism includes the pretreatment mechanism shell of cylindrical structure, is pre-processed in mechanism shell from top to bottom successively
Horizontal is equipped with the first demarcation strip, the second demarcation strip, third demarcation strip, the 4th demarcation strip and the 5th demarcation strip, by preprocessor
Space in structure shell is separated into crushing chamber, collecting chamber, the first mixing chamber, the second mixing chamber and regulation and control chamber；
Rotation fixing axle one end be rotatably fixed on the top of pretreatment mechanism shell, the other end it is vertical pass through first
It is rotatable after demarcation strip, the second demarcation strip, third demarcation strip, the 4th demarcation strip to be fixed on the 5th demarcation strip；
Disintegrating mechanism is equipped in crushing chamber, disintegrating mechanism includes the disintegrating mechanism main body of cylindrical structure, disintegrating mechanism master
Body be fixed on rotation fixing axle on, on the outer wall of disintegrating mechanism main body from top to bottom successively be equipped with one circle first crush fixed seat,
Second crushes fixed seat and third sub-sieve fixed seat, and first, which crushes fixed seat, the second crushing fixed seat and third, crushes fixed seat
The distance between madial wall to pretreatment mechanism shell is gradually reduced, and first crushes fixed seat, second crushes fixed seat and the
If being equipped with dry grinding terminal on the outer wall of three crushing fixed seats, crushing terminal is positive tetragonous wimble structure；
Second demarcation strip is equipped with several blanking ports；
Third demarcation strip includes demarcation strip in third, demarcation strip and third control panel under third, and third control panel is rotatable
Setting in third under demarcation strip, third between demarcation strip, the outer wall of third control panel is equipped with rack, rack be fixed on
First gear in first motor is meshed, and being equipped on one group first for one side semicircular in shape structure is led on demarcation strip in third
Hole, another side semicircular in shape structure are equipped with through-hole on one group second, corresponding with demarcation strip in third on demarcation strip under third
Be equipped with one group of first lower through-hole and one group of second lower through-hole, on third control panel rounded structure be equipped with it is several on first
The corresponding adjusting through-hole of through-hole on through-hole and second, first motor control the rotation of third control panel to the first lower through-hole of control
With the folding of the second lower through-hole, third demarcation strip bottom is equipped with conveying pipeline, and conveying pipeline one end is connected with the second lower through-hole, is another
End is connected across the 4th demarcation strip with the second mixing chamber；
It is respectively equipped with a rabbling mechanism in first mixing chamber and the second mixing chamber, rabbling mechanism includes stirring
Axis and paddle, agitating shaft are fixed in rotation fixing axle, and paddle is circumferentially fixed on agitating shaft；
First, which is mixed cavity wall, is equipped with the first inlet tube and the first discharge nozzle；
Second, which is mixed cavity wall, is equipped with the second inlet tube and the second discharge nozzle；
The bottom for rotating fixing axle enters across the 5th demarcation strip in regulation and control chamber, and the bottom for rotating fixing axle is equipped with the second tooth
Wheel, second gear are meshed with the third gear being fixed on the second motor；
It pre-processes mechanism case top and is equipped with feed pipe, charging bottom of the tube is equipped with several feed pipes, and branch feed pipe passes through
First demarcation strip is located above disintegrating mechanism；
Brush mechanism includes brushing workbench, brushes workbench and is equipped with brushing component fixed frame, brushes component fixed frame
On be equipped with the first glue applying mechanism, the first compressing glue mechanism, the first heating mechanism, second point glue laminated gluing mechanism and the successively from left to right
Two heating mechanisms；
Brush workbench on along its length by bearing block rotatably be equipped with the first leading screw and the second leading screw, first
Leading screw is connected with third motor, and the second leading screw is connected with the 4th motor, is matched by screw thread on the first leading screw and the second leading screw
That closes is equipped with firm banking, and firm banking is equipped with stationary fixture, and firm banking edge is controlled by third motor and the 4th motor
First leading screw and the second leading screw move back and forth；
First glue applying mechanism includes being fixed on the first glue applying mechanism fixed seat brushed on component fixed frame, the first dispenser
Structure fixed seat is fixedly connected with one end of several guide rods, and the other end of guide rod, which movably passes through, brushes component fixed frame,
Cylinder, which is fixed on, brushes on component fixed frame, and the push rod of cylinder is connected with the first glue applying mechanism fixed seat, the first glue applying mechanism
Fixed seat is equipped at least two dispensing components；
Dispensing component includes exterior point sebific duct, interior sebific duct and dispensing chamber, and the dispensing chamber of cylindrical structure is arranged at first point
In gluing mechanism fixed seat, the bottom of dispensing chamber is equipped with a circle inside support ring and a circle outer support ring, inside support ring and outer support ring
Between around forming cushion chamber, a upper support ring is fixed at the top of inside support ring and outer support ring, interior sebific duct passes through first
Glue applying mechanism fixed seat is fixedly connected with the inner wall of inside support ring and upper support ring, is set in cushion chamber there are one piston ring, exterior point
The outside of sebific duct is put in the setting of sebific duct cladding inside, and the top of exterior point sebific duct is fixed across the first glue applying mechanism fixed seat with piston ring
Connection；It is set at the top of interior sebific duct there are one corking, corking top is equipped with several stopper rods, and stopper rod bottom passes through upper support ring and work
Plug ring is fixedly connected, and one compressed spring of cladding setting, compressed spring are fixed on support ring bottom and piston ring outside stopper rod
Between top, when compressed spring in a free state, the minimum point of interior sebific duct is located at the top of the minimum point of exterior point sebific duct,
Dispensing top of chamber is equipped with the first glue inlet tube road, injects coating to dispensing intracavitary by the first glue inlet tube road；
First compressing glue mechanism includes the first dandy roll, and the first dandy roll is spindle rotationally arranged in the first dandy roll fixed seat
On, the first dandy roll fixed seat, which is fixed on, brushes on component fixed frame；
First heating mechanism and the second heating mechanism are the electric boiling plate for being fixed on and brushing on component fixed frame；
Second point glue laminated gluing mechanism includes being fixed on the second glue applying mechanism fixed seat brushed on component fixed frame, second point
Gluing mechanism fixed seat is equipped with string configuration and goes out offset plate, go out at the top of offset plate to pass through the second glue applying mechanism fixed seat with second into
Plastic pipe is connected, and goes out and is equipped with glue scraping plate on the right side of offset plate, and the second glue inlet tube road is used for going out to inject coating in offset plate；
First discharge nozzle is connected by first pipe with the first glue inlet tube road, and first pipe is equipped with the first control valve；
Second discharge nozzle is connected by second pipe with the second glue inlet tube road, and second pipe is equipped with the second control valve.
Further, first demarcation strip is intermediate high external low circular slab；The upper table of disintegrating mechanism main body towards
On raise into intermediate high external low structure.
Further, the described first lower section for crushing fixed seat, the second crushing fixed seat and third sub-sieve fixed seat is distinguished
Equipped with a circle banister brush group, setting is spaced between the banister brush in every group of banister brush group.
Further, stationary fixture includes stationary fixture bottom plate, and there are two support-sides for vertical setting on stationary fixture bottom plate
Wall is respectively equipped with a regulating tank on the opposite inner wall of two supporting side walls, passes through second spring and fixation clip in regulating tank
It is connected.
Further, the coating concentration in the first glue applying mechanism is less than the coating concentration in second point glue laminated gluing mechanism.
The beneficial effects of the utility model are：
When the utility model is used, unmixing material enters from feed pipe in crushing chamber, and disintegrating mechanism is fixed in rotation
It is rotated under the drive of axis, material is fallen under dead weight between disintegrating mechanism main body and the inner wall for pre-processing mechanism shell, is led to
Cross the first crushing fixed seat, the second crushing terminal crushed in fixed seat and third sub-sieve fixed seat carries out classification grinding；
Primary mix material after crushing enters from blanking in collecting chamber；
First motor controls the first lower through-hole and the second lower through-hole timing switching, and material enters first from the first lower through-hole to be mixed
It closes in stir chamber, entering second through conveying pipeline from the second lower through-hole is mixed in chamber；
First inlet tube and the second inlet tube are mixed chamber and second to first respectively and input difference in chamber are mixed
The water of quality, and the coating of various concentration is obtained after being stirred by rabbling mechanism, then discharge respectively from the first discharge nozzle and second
It is exported in pipe to next step and carries out coating operation；
When coating operation, the upper cover after polishing is fixed in stationary fixture, is controlled by third motor and the 4th motor
Firm banking moves right along the first leading screw and the second leading screw, and when being moved to below the first glue applying mechanism, cylinder starts, dispensing group
The exterior point sebific duct of part is pressed on lid and moves up therewith, and to drive stopper rod movement to lift corking, coating is from interior dispensing
It is dropped on lid in pipe, lifts cylinder, firm banking continues to move to, and the first compressing glue mechanism is stirred the coating in chamber by first
It smoothes out and after the first heating mechanism heating, drying, continuously moves to below second point glue laminated gluing mechanism, go out offset plate and cover upwards
Upper instillation second is stirred the coating in chamber and after glue scraping plate strikes off, and send to the second heating mechanism and carries out heating, drying i.e.
It can.
In conclusion the utility model is used to upper cover applied in two coats protective film, the adhesive rate of coating and smooth is improved
Degree, improves the degree of automation, improves production efficiency, reduce production cost.
Description of the drawings
Fig. 1 is the utility model structure chart.
Fig. 2 is that the utility model pre-processes mechanism sectional view.
Fig. 3 is the portions A enlarged drawing in Fig. 2.
Fig. 4 is the utility model disintegrating mechanism side view.
Fig. 5 is the utility model third demarcation strip vertical view.
Fig. 6 is the utility model third demarcation strip sectional view.
Fig. 7 is the utility model brush mechanism structure chart.
Fig. 8 is that the utility model brushes workbench vertical view.
Fig. 9 is the utility model the first glue applying mechanism partial sectional view.
Figure 10 is the utility model the second glue applying mechanism sectional view.
Reference numeral：
Pre-process mechanism 1, brush mechanism 2, first pipe 3, second pipe 4,
Pre-process mechanism shell 11, the first demarcation strip 12, the second demarcation strip 13, third demarcation strip 14, the 4th demarcation strip 15, the
Five demarcation strips 16, crushing chamber 17, collecting chamber 18, first are mixed chamber 19, second and chamber 110, regulation and control chamber 111, rotation are mixed
Turn fixing axle 112, disintegrating mechanism main body 113, first crushes the crushing of fixed seat 114, second fixed seat 115, third sub-sieve is fixed
Seat 116 crushes terminal 117, blanking port 118, demarcation strip 120 under demarcation strip 119, third in third, third control panel 121, the
Through-hole 125, adjusting through-hole 126, conveying pipeline 127, stirring on through-hole 124, second on one motor 122, first gear 123, first
Mechanism 128, the first inlet tube 129, the first discharge nozzle 130, the second inlet tube 131, the second discharge nozzle 132, second gear 133,
Second motor 134, third gear 135, feed pipe 136, branch feed pipe 137, banister brush group 138,
It brushes workbench 21, brush component fixed frame 22, the first leading screw 23, the second leading screw 24, the 25, the 4th electricity of third motor
Machine 26, firm banking 27, stationary fixture 28, the first glue applying mechanism fixed seat 29, guide rod 210, cylinder 211, dispensing component
212, exterior point sebific duct 213, interior sebific duct 214, dispensing chamber 215, inside support ring 216, outer support ring 217, upper support ring 218, work
Plug ring 219, corking 220, stopper rod 221, compressed spring 222, the first glue inlet tube road 223, the first dandy roll 224, the first dandy roll
Fixed seat 225, the second heating mechanism 227, the second glue applying mechanism fixed seat 228, goes out offset plate 229, at first heating mechanism 226
Two glue inlet tube roads 230, glue scraping plate 231, stationary fixture bottom plate 232, regulating tank 234, second spring 235, fixation clip 236.
Specific implementation mode
It is clear to make the technical solution of the utility model be more clear, the utility model is described further below,
Any technical characteristic to technical solutions of the utility model carries out the scheme that equivalencing is obtained with conventional reasoning and each falls within this reality
With novel protected range.
The upper cover bilayer coating unit of receiver automatic flexible production line as shown in the figure, including pretreatment mechanism 1 and brush
Apply mechanism 2；
Pretreatment mechanism include cylindrical structure pretreatment mechanism shell 11, pre-process mechanism shell in from top to bottom according to
Sub-level is equipped with the first demarcation strip 12, the second demarcation strip 13, third demarcation strip 14, the 4th demarcation strip 15 and the 5th demarcation strip
16, the space pre-processed in mechanism shell is separated into crushing chamber 17, collecting chamber 18, first is mixed chamber 19, second and mixes
Stir chamber 110 and regulation and control chamber 111；
Rotation fixing axle 112 one end is rotatably fixed on that the top of pretreatment mechanism shell, the other end is vertical passes through
It is rotatable after first demarcation strip, the second demarcation strip, third demarcation strip, the 4th demarcation strip to be fixed on the 5th demarcation strip；
Disintegrating mechanism is equipped in crushing chamber, disintegrating mechanism includes the disintegrating mechanism main body 113 of cylindrical structure, disintegrating mechanism
Main body is fixed in rotation fixing axle, is equipped with a circle first on the outer wall of disintegrating mechanism main body successively from top to bottom and is crushed fixed seat
114, second fixed seat 115 and third sub-sieve fixed seat 116 are crushed, first crushes fixed seat, the second crushing fixed seat and third
The distance between the madial wall for crushing fixed seat to pretreatment mechanism shell is gradually reduced, and first crushes fixed seat, the second crushing
If being equipped with dry grinding terminal 117 on the outer wall of fixed seat and third crushing fixed seat, crushing terminal is positive tetragonous wimble structure；
Second demarcation strip is equipped with several blanking ports 118；
Third demarcation strip includes demarcation strip 120 and third control panel 121, third control under demarcation strip 119, third in third
Plate is rotatably arranged on demarcation strip in third, under third between demarcation strip, and the outer wall of third control panel is equipped with rack, rack
It is meshed with the first gear 123 being fixed in first motor 122, semicircular in shape structure in one side is equipped on demarcation strip in third
Through-hole 124 on one group first, another side semicircular in shape structure are equipped with through-hole 125 on one group second, under third on demarcation strip with
Demarcation strip is corresponding in third is equipped with one group of first lower through-hole and one group of second lower through-hole, rounded structure on third control panel
Be equipped with several adjusting through-holes 126 corresponding with through-hole on through-hole on first and second, first motor control third control panel
To the folding of control the first lower through-hole and the second lower through-hole, third demarcation strip bottom is equipped with conveying pipeline 127, conveying pipeline one for rotation
End is connected with the second lower through-hole, the other end passes through the 4th demarcation strip to be connected with the second mixing chamber；
It is respectively equipped with a rabbling mechanism 128 in first mixing chamber and the second mixing chamber, rabbling mechanism includes
Agitating shaft and paddle, agitating shaft are fixed in rotation fixing axle, and paddle is circumferentially fixed on agitating shaft；
First, which is mixed cavity wall, is equipped with the first inlet tube 129 and the first discharge nozzle 130；
Second, which is mixed cavity wall, is equipped with the second inlet tube 131 and the second discharge nozzle 132；
The bottom for rotating fixing axle enters across the 5th demarcation strip in regulation and control chamber, and the bottom for rotating fixing axle is equipped with the second tooth
Wheel 133, second gear is meshed with the third gear 135 being fixed on the second motor 134；
It pre-processes mechanism case top and is equipped with feed pipe 136, charging bottom of the tube is equipped with several feed pipes 137, branch charging
Pipe is located at across the first demarcation strip above disintegrating mechanism；
First demarcation strip is intermediate high external low circular slab；During the upper surface of disintegrating mechanism main body is raised up into
Between high external low structure；
The first crushing fixed seat, the second crushing fixed seat and third sub-sieve fixed seat to be respectively arranged below with a circle soft
Hairbrush group 138 is spaced setting between the banister brush in every group of banister brush group；
Brush mechanism, including workbench 21 is brushed, it brushes workbench and is equipped with brushing component fixed frame 22, it is solid to brush component
Determine to be equipped with the first glue applying mechanism, the first compressing glue mechanism, the first heating mechanism, second point glue laminated gluing mechanism on frame successively from left to right
With the second heating mechanism；
It brushes and the first leading screw 23 and the second leading screw 24 is rotatably equipped with by bearing block along its length on workbench,
First leading screw is connected with third motor 25, and the second leading screw is connected with the 4th motor 26, leads on the first leading screw and the second leading screw
That crosses screw-thread fit is equipped with firm banking 27, and firm banking is equipped with stationary fixture 28, passes through third motor and the 4th motor control
Firm banking processed moves back and forth along the first leading screw and the second leading screw；
First glue applying mechanism includes being fixed on the first glue applying mechanism fixed seat 29 brushed on component fixed frame, the first dispensing
Mechanism fixed seat is fixedly connected with one end of several guide rods 210, and the other end of guide rod movably passes through brushing component solid
Determine frame, cylinder 211, which is fixed on, brushes on component fixed frame, and the push rod of cylinder is connected with the first glue applying mechanism fixed seat, and first
Glue applying mechanism fixed seat is equipped at least two dispensing components 212；
Dispensing component includes exterior point sebific duct 213, interior sebific duct 214 and dispensing chamber 215, the dispensing chamber setting of cylindrical structure
In the first glue applying mechanism fixed seat, the bottom of dispensing chamber is equipped with a circle inside support ring 216 and one and encloses outer support ring 217, interior branch
Around cushion chamber is formed between pushing out ring and outer support ring, a upper support ring 218 is fixed at the top of inside support ring and outer support ring,
Interior sebific duct is fixedly connected across the first glue applying mechanism fixed seat with the inner wall of inside support ring and upper support ring, is equipped in cushion chamber
The outside of sebific duct is put in one piston ring 219, the setting of exterior point sebific duct cladding inside, and the top of exterior point sebific duct passes through the first glue applying mechanism
Fixed seat is fixedly connected with piston ring；It being set at the top of interior sebific duct there are one corking 220, corking top is equipped with several stopper rods 221,
Stopper rod bottom is fixedly connected across upper support ring with piston ring, one compressed spring 222 of cladding setting, compressed spring outside stopper rod
Between being fixed at the top of support ring bottom and piston ring, when compressed spring in a free state, the minimum point of interior sebific duct
Positioned at the top of the minimum point of exterior point sebific duct, dispensing top of chamber is equipped with the first glue inlet tube road 223, by the first glue inlet tube road to
Dispensing intracavitary injects coating；
First compressing glue mechanism includes the first dandy roll 224, and the first dandy roll is spindle rotationally arranged in the first dandy roll and fixes
On seat 225, the first dandy roll fixed seat, which is fixed on, brushes on component fixed frame；
First heating mechanism 226 and the second heating mechanism 227 are the electric boiling plate for being fixed on and brushing on component fixed frame；
Second point glue laminated gluing mechanism includes being fixed on the second glue applying mechanism fixed seat 228 brushed on component fixed frame, the
Two glue applying mechanism fixed seats go out offset plate 229 equipped with string configuration, go out and pass through the second glue applying mechanism fixed seat at the top of offset plate
It is connected with the second glue inlet tube road 230, goes out and be equipped with glue scraping plate 231 on the right side of offset plate, the second glue inlet tube road is used for going out in offset plate to note
Enter coating；
Stationary fixture includes stationary fixture bottom plate 232, vertical on stationary fixture bottom plate to set there are two supporting side walls 233,
It is respectively equipped with a regulating tank 234 on the opposite inner wall of two supporting side walls, is pressed with fixed by second spring 235 in regulating tank
Plate 236 is connected；
Coating concentration in first glue applying mechanism is less than the coating concentration in second point glue laminated gluing mechanism；
First discharge nozzle is connected by first pipe 3 with the first glue inlet tube road, and first pipe is equipped with the first control valve；
Second discharge nozzle is connected by second pipe 4 with the second glue inlet tube road, and second pipe is equipped with the second control valve.
Claims (5)
1. the upper cover bilayer coating unit of receiver automatic flexible production line, it is characterized in that, including pretreatment mechanism and brushing
Mechanism；
Pretreatment mechanism includes the pretreatment mechanism shell of cylindrical structure, is pre-processed horizontal successively from top to bottom in mechanism shell
Be equipped with the first demarcation strip, the second demarcation strip, third demarcation strip, the 4th demarcation strip and the 5th demarcation strip, will pretreatment mechanism shell
Internal space is separated into crushing chamber, collecting chamber, the first mixing chamber, the second mixing chamber and regulation and control chamber；
Rotation fixing axle one end be rotatably fixed on the top of pretreatment mechanism shell, the other end it is vertical pass through first to separate
It is rotatable after plate, the second demarcation strip, third demarcation strip, the 4th demarcation strip to be fixed on the 5th demarcation strip；
Disintegrating mechanism is equipped in crushing chamber, disintegrating mechanism includes the disintegrating mechanism main body of cylindrical structure, and disintegrating mechanism main body is solid
It is scheduled in rotation fixing axle, is equipped with a circle first on the outer wall of disintegrating mechanism main body successively from top to bottom and crushes fixed seat, second
Fixed seat and third sub-sieve fixed seat are crushed, first, which crushes fixed seat, the second crushing fixed seat and third, crushes fixed seat in advance
The distance between the madial wall of processing mechanism shell is gradually reduced, and first crushes fixed seat, the second crushing fixed seat and third powder
If being equipped with dry grinding terminal on the outer wall of broken fixed seat, crushing terminal is positive tetragonous wimble structure；
Second demarcation strip is equipped with several blanking ports；
Third demarcation strip includes demarcation strip in third, demarcation strip and third control panel under third, and third control panel is rotatable to be set
It sets in third under demarcation strip, third between demarcation strip, the outer wall of third control panel is equipped with rack, rack and is fixed on first
First gear on motor is meshed, and semicircular in shape structure in one side is equipped with through-hole on one group first, another on demarcation strip in third
One side semicircular in shape structure is equipped with through-hole on one group second, corresponding with demarcation strip in third on demarcation strip under third to be equipped with
One group of first lower through-hole and one group of second lower through-hole, on third control panel rounded structure be equipped with it is several with through-hole on first and
The corresponding adjusting through-hole of through-hole on second, first motor control the rotation of third control panel to control the first lower through-hole and second
The folding of lower through-hole, third demarcation strip bottom are equipped with conveying pipeline, and conveying pipeline one end is connected with the second lower through-hole, the other end passes through
4th demarcation strip is connected with the second mixing chamber；
Be respectively equipped with a rabbling mechanism in first mixing chamber and the second mixing chamber, rabbling mechanism include agitating shaft and
Paddle, agitating shaft are fixed in rotation fixing axle, and paddle is circumferentially fixed on agitating shaft；
First, which is mixed cavity wall, is equipped with the first inlet tube and the first discharge nozzle；
Second, which is mixed cavity wall, is equipped with the second inlet tube and the second discharge nozzle；
The bottom for rotating fixing axle enters across the 5th demarcation strip in regulation and control chamber, and the bottom for rotating fixing axle is equipped with second gear,
Second gear is meshed with the third gear being fixed on the second motor；
It pre-processes mechanism case top and is equipped with feed pipe, charging bottom of the tube is equipped with several feed pipes, and branch feed pipe passes through first
Demarcation strip is located above disintegrating mechanism；
Brush mechanism includes brushing workbench, brushes workbench and is equipped with brushing component fixed frame, brushes on component fixed frame certainly
From left to right is equipped with the first glue applying mechanism, the first compressing glue mechanism, the first heating mechanism, second point glue laminated gluing mechanism and second and adds successively
Heat engine structure；
It brushes and the first leading screw and the second leading screw, the first leading screw is rotatably equipped with by bearing block along its length on workbench
It is connected with third motor, the second leading screw is connected with the 4th motor, passes through screw-thread fit on the first leading screw and the second leading screw
Equipped with firm banking, firm banking is equipped with stationary fixture, and firm banking is controlled along first by third motor and the 4th motor
Leading screw and the second leading screw move back and forth；
First glue applying mechanism includes being fixed on the first glue applying mechanism fixed seat brushed on component fixed frame, and the first glue applying mechanism is solid
Reservation is fixedly connected with one end of several guide rods, and the other end of guide rod, which movably passes through, brushes component fixed frame, cylinder
It is fixed on and brushes on component fixed frame, the push rod of cylinder is connected with the first glue applying mechanism fixed seat, and the first glue applying mechanism is fixed
Seat is equipped at least two dispensing components；
Dispensing component includes exterior point sebific duct, interior sebific duct and dispensing chamber, and the dispensing chamber of cylindrical structure is arranged in the first dispenser
In structure fixed seat, the bottom of dispensing chamber is equipped with a circle inside support ring and a circle outer support ring, between inside support ring and outer support ring
Around cushion chamber is formed, a upper support ring is fixed at the top of inside support ring and outer support ring, interior sebific duct passes through the first dispensing
Mechanism fixed seat is fixedly connected with the inner wall of inside support ring and upper support ring, is set in cushion chamber there are one piston ring, exterior point sebific duct
The outside of sebific duct is put in cladding setting inside, and the top of exterior point sebific duct, which is fixed across the first glue applying mechanism fixed seat with piston ring, to be connected
It connects；It is set at the top of interior sebific duct there are one corking, corking top is equipped with several stopper rods, and stopper rod bottom passes through upper support ring and piston
Ring is fixedly connected, and one compressed spring of cladding setting, compressed spring are fixed on support ring bottom and piston ring top outside stopper rod
Between portion, when compressed spring in a free state, the minimum point of interior sebific duct is located at the top of the minimum point of exterior point sebific duct, point
Glue top of chamber is equipped with the first glue inlet tube road, injects coating to dispensing intracavitary by the first glue inlet tube road；
First compressing glue mechanism includes the first dandy roll, and the first dandy roll is spindle rotationally arranged in the first dandy roll fixed seat, the
One dandy roll fixed seat, which is fixed on, brushes on component fixed frame；
First heating mechanism and the second heating mechanism are the electric boiling plate for being fixed on and brushing on component fixed frame；
Second point glue laminated gluing mechanism includes being fixed on the second glue applying mechanism fixed seat brushed on component fixed frame, the second dispenser
Structure fixed seat goes out offset plate equipped with string configuration, goes out and passes through the second glue applying mechanism fixed seat and the second glue inlet tube at the top of offset plate
Road is connected, and goes out and is equipped with glue scraping plate on the right side of offset plate, and the second glue inlet tube road is used for going out to inject coating in offset plate；
First discharge nozzle is connected by first pipe with the first glue inlet tube road, and first pipe is equipped with the first control valve；Second
Discharge nozzle is connected by second pipe with the second glue inlet tube road, and second pipe is equipped with the second control valve.
2. the upper cover bilayer coating unit of receiver automatic flexible production line as described in claim 1, it is characterized in that, it is described
First demarcation strip is intermediate high external low circular slab；The upper surface of disintegrating mechanism main body raises up into intermediate high external low
Structure.
3. the upper cover bilayer coating unit of receiver automatic flexible production line as described in claim 1, it is characterized in that, it is described
First crushing fixed seat, the second crushing fixed seat and third sub-sieve fixed seat are respectively arranged below with a circle banister brush group, every group
Setting is spaced between banister brush in banister brush group.
4. the upper cover bilayer coating unit of receiver automatic flexible production line as described in claim 1, it is characterized in that, it is fixed
Fixture includes stationary fixture bottom plate, and vertical on stationary fixture bottom plate to set there are two supporting side walls, two supporting side walls are opposite
It is respectively equipped with a regulating tank on inner wall, is connected with fixation clip by second spring in regulating tank.
5. the upper cover bilayer coating unit of receiver automatic flexible production line as described in claim 1, it is characterized in that, first
Coating concentration in glue applying mechanism is less than the coating concentration in second point glue laminated gluing mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721815546.8U CN208066668U (en) | 2017-12-22 | 2017-12-22 | The upper cover bilayer coating unit of receiver automatic flexible production line |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107876338A (en) * | 2017-12-22 | 2018-04-06 | 奥音新材料（镇江）有限公司 | The upper lid bilayer coating unit of receiver automatic flexible production line |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107876338A (en) * | 2017-12-22 | 2018-04-06 | 奥音新材料（镇江）有限公司 | The upper lid bilayer coating unit of receiver automatic flexible production line |
| CN107876338B (en) * | 2017-12-22 | 2023-08-01 | 镇江贝斯特新材料股份有限公司 | Double-deck coating device of upper cover of automatic flexible production line of receiver |
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Address after: 212000 No. 16 Yangtze River Road, Dagang District, Zhenjiang, Jiangsu Patentee after: Zhenjiang Best New Materials Co., Ltd. Address before: 212132 Zhenjiang City, Jiangsu province Jingkou District Dagang Street East Branch No. 5 Patentee before: Auyin new materials (Zhenjiang) Co., Ltd. |
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