CN208407659U - Lubricate powder discharge system - Google Patents
Lubricate powder discharge system Download PDFInfo
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- CN208407659U CN208407659U CN201821838348.8U CN201821838348U CN208407659U CN 208407659 U CN208407659 U CN 208407659U CN 201821838348 U CN201821838348 U CN 201821838348U CN 208407659 U CN208407659 U CN 208407659U
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- screen cloth
- sieve
- feed inlet
- screen box
- port
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Abstract
The utility model relates to a kind of lubrication powder discharge systems, including material holding chamber, vibration sieve, feeding fan and charging hopper, reciprocating sieve attached bag to include feed inlet, top discharge mouth and lower discharge port；Feeding port there are two being opened up in material holding chamber, feeding port is connected to through pipeline with the feed inlet of vibration sieve, the lower discharge port of two vibration sieves is connected to the entrance of feeding fan through bellows respectively, the outlet of feeding fan is connected to the inlet duct of charging hopper, two vibration sieves carry out screening plastic pellet, to accelerate the speed of the screening of screening plastic pellet, to solve since breakneck acceleration is worked slow, the problem for causing whole system progress slow.
Description
Technical field
The utility model relates to a kind of lubrication powder discharge systems.
Background technique
In plastic extrusion production, plastic pellet of different specifications and sizes is launched into material holding chamber, will not passing through pipeline
The plastic pellet of same specification size is thrown to vibrating screen, so that carrying out the qualified plastic pellet of screening passes through pipeline to charging
It is packed in storehouse, to transport.
The screening of plastic pellet is important technical process, needs vibrating screen to complete, general vibrating screen all passes through
Vibrating motor generates vibration, will sieve intracorporal plastic pellet and be screened by sieve, in this way, the plastic pellet after being granulated is shaking
When vibrating on dynamic sieve, the particle greater than gage plastic particle can be left on sieve, qualified plastic pellet by sieve to
Under fall, by this working principle, qualified plastic pellet and substandard plastic pellet can be separated, be needed
Product.
In actual condition, since the position of blanking infratubal port is constant, lead to one end that sieve is all deposited in when blanking,
When blanking discharge capacity is larger, packing phenomenon can be generated, causes sieve to have little time the qualified plastic pellet of screening, makes
Product does not reach requirement；
And screening plastic pellet is carried out using a vibrating screen, the speed of screening is slow, if a failure occurs or sieves
Net blocking, needs to shut down finishing, influences job schedule.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of lubrication powder discharge systems, to solve due to reciprocating sieve
Son screens plastic pellet and influences the slow problem of job schedule.
The technical scheme adopted by the utility model to solve the technical problem is as follows:
A kind of lubrication powder discharge system, including material holding chamber, vibration sieve, feeding fan and charging hopper, vibration are provided
Sieve includes feed inlet, top discharge mouth and lower discharge port；
It is opened up in material holding chamber there are two feeding port, feeding port is connected to through pipeline with the feed inlet of vibration sieve, two vibrations
The lower discharge port of sieve is connected to the entrance of feeding fan through bellows respectively, the outlet of feeding fan and the entrance of charging hopper
Pipeline connection.
Further, reciprocating sieve attached bag includes screen box and bracket, and screen box upper cover is equipped with end cap, and end cap one end offers charging
Mouthful, the feed inlet of end cap is strip notch；
The sliding equipment for driving screen box to move along notch length direction, sliding equipment are provided between screen box and bracket
Multiple damping springs, damping spring upper end and screen box lower end are provided with including dual-axle motor and fagging, between fagging and screen box
Face is fixedly connected, and damping spring lower end is fixedly connected with fagging upper surface；
Fagging setting pedestal upper end and formed be slidably matched；
It has been respectively fixedly connected with turntable in two shafts of dual-axle motor, pull rod, pull rod one end and support are hinged on turntable
Plate is hinged.
Further, it shakes sliding in the feed inlet of sieve and is provided with cutting agency；
Cutting agency includes feeder pipe, bellows and sliding tube, and the entrance of feeder pipe and the feeding port of material holding chamber seal
The outlet of connection, feeder pipe is connected to the sealing of bellows upper port, and the upper port of sliding tube and the lower port of bellows seal and connect
Logical, the lower end of sliding tube is slidably arranged in the feed inlet of vibration sieve.
Further, sorting mechanism is provided in screen box, sorting mechanism includes upper screen cloth and lower screen cloth, and lower screen cloth is fixed
It is mounted in screen box, the width of upper screen cloth is less than the width of lower screen cloth；
Screen box inner cavity is divided into the waste product area above sieve and the finished product area below sieve by the sieve in screen box, shake
The top discharge mouth of dynamic sieve is provided in waste product area, and the lower discharge port for shaking sieve opens up on finished product area；
Multiple through-holes are offered on lower screen cloth, and multiple speaker holes corresponding with through-hole are offered on upper screen cloth；
It offers multiple U-lag holes on upper screen cloth, adjusts that bolt passes through U-lag hole and lower screen cloth is spirally connected fixation.
Further, the support collar for being used to support lower screen cloth is formed in screen box, is offered multiple bolts on lower screen cloth and is worn
Hole, adjusts the through-hole of screw bolt passes upper screen cloth and the bolt penetration hole of lower screen cloth and support collar is spirally connected fixation.
Further, the sliding connection structure of sliding tube and feed inlet is；
Feed inlet upper end forms sliding step, slides and opens up fluted in step, forms bulge loop on sliding tube, bulge loop setting
In groove and formation is slidably matched.
Further, the structure being slidably connected between fagging and bracket is；
Fagging lower end forms a pair of slide, and pedestal upper end offers a pair of of sliding slot, and slide plate is arranged in sliding slot and forms cunning
Dynamic cooperation；
Pull rod one end and slide plate lateral surface are hinged.
The beneficial effects of the utility model are: screening plastic pellet is carried out using two vibration sieves, to accelerate screening modeling
The speed of the screening of particle is expected, to solve since breakneck acceleration is worked slow, the problem for causing whole system progress slow.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is the schematic diagram of the utility model discharge system；
Fig. 2 is the side view that sieve is shaken in the utility model discharge system；
Fig. 3 is the schematic diagram of charging hopper in the utility model discharge system；
Wherein；1A, material holding chamber, 1B, feeding fan, 1C, charging hopper, 1, screen box, 11, end cap, 12, damping spring, 2, branch
Frame, 3, dual-axle motor, 31, turntable, 32, pull rod, 4, fagging, 41, slide plate, 5, feeder pipe, 6, bellows, 7, sliding tube, 8, on
Sieve, 9, lower screen cloth.
Specific embodiment
The utility model is further described presently in connection with attached drawing.These attached drawings are simplified schematic diagram only to show
Meaning mode illustrates the basic structure of the utility model, therefore it only shows composition related with the utility model.
As shown in Figures 1 to 3, a kind of lubrication powder discharge system is provided, including for storing plastics of different specifications and sizes
The material holding chamber 1A of particle, two vibration sieves, feeding fan 1B and charging hopper 1C, reciprocating sieve attached bag include feed inlet, top discharge
Mouth and lower discharge port；It being opened up on material holding chamber 1A there are two feeding port, feeding port is connected to through pipeline with the feed inlet of vibration sieve,
Plastic pellet is transported in vibration sieve, and the lower discharge port of two vibration sieves is respectively with the entrance of feeding fan 1B through flexible
Hose connection, the qualified plastic pellet for being screened out are absorbed into feeding fan 1B by bellows, feeding fan
The outlet of 1B is connected to the inlet duct of charging hopper 1C, and qualified plastic pellet is emitted into charging hopper by feeding fan 1B
It is stored in 1C.
Plastic pellet is transported to the workflow of certain altitude or distance using feeding fan 1B by a region, is
Plastic pellet is delivered in charging hopper 1C using the powerful positive pressure and moderate air quantity of feeding fan 1B, expects blower 1B at present
It has been this product in mature product, such as lower section connection, so that it may meet the needs of this process；
(http://www.gkzhan.com/st144936/product_6403990.html)
Vibrating screen attached bag includes screen box 1 and bracket 2, and 1 upper cover of screen box is equipped with end cap 11, and 11 one end of end cap offers charging
Mouthful, the feed inlet of end cap 11 is strip notch；Sliding is provided with cutting agency in feed inlet, cutting agency include feeder pipe 5,
Bellows 6 and sliding tube 7, the entrance of feeder pipe 5 be connected tos with the sealing of the feeding port of material holding chamber 1A, the discharge port of feeder pipe 5 and
6 upper port of bellows is tightly connected, and the upper port of sliding tube 7 and the lower port of bellows 6 are tightly connected, the lower end of sliding tube 7
It is slidably arranged in feed inlet, sliding tube 7 and the sliding connection structure of feed inlet are；The feed inlet upper end of end cap 11 forms sliding
Step slides and opens up fluted in step, forms bulge loop on sliding tube 7, bulge loop, which is arranged in groove and is formed, to be slidably matched.
The sliding equipment for driving screen box 1 to move along notch length direction is provided between screen box 1 and bracket 2, it is sliding
Motivation structure includes dual-axle motor 3 and fagging 4, and multiple damping springs 12, damping spring 12 are provided between fagging 4 and screen box 1
Upper end is fixedly connected with 1 lower end surface of screen box, and 12 lower end of damping spring is fixedly connected with 4 upper surface of fagging；
Fagging 4 setting 2 upper end of bracket and formed be slidably matched；It is respectively fixedly connected in two shafts of dual-axle motor 3
There is turntable 31, pull rod 32 is hinged on turntable 31,32 one end of pull rod and fagging 4 are hinged, are slidably connected between fagging 4 and bracket 2
Structure be；4 lower end of fagging forms a pair of slide 41, and 2 upper end of bracket offers a pair of of sliding slot, and slide plate 41 is arranged in sliding slot simultaneously
Formation is slidably matched；32 one end of pull rod and 41 lateral surface of slide plate are hinged.
For convenience of screening to the plastic pellet of different size, sorting mechanism, sorting mechanism packet are provided in screen box 1
Upper screen cloth 8 and lower screen cloth 9 are included, lower screen cloth 9 is fixedly mounted in screen box 1, and the width of upper screen cloth 8 is less than the width of lower screen cloth 9；
Multiple through-holes are offered on lower screen cloth 9, and multiple speaker holes corresponding with through-hole are offered on upper screen cloth 8；It is opened up on upper screen cloth 8
There are multiple U-lag holes, adjusts that bolt passes through U-lag hole and lower screen cloth 9 is spirally connected fixation.
For convenience of the disassembly of sieve, the support collar for being used to support lower screen cloth 9 is formed in screen box 1, is opened up on lower screen cloth 9
There are multiple bolt penetration holes, adjusts the through-hole of screw bolt passes upper screen cloth 8 and the bolt penetration hole of lower screen cloth 9 and support collar spiral shell
Connect fixation.
Speaker hole and the corresponding position of 9 through-hole of lower screen cloth by adjusting upper screen cloth 8, to obtain different pore size
Channel, the plastic pellet of different size can be screened by being implemented without replacement sieve, and less cost investment is simultaneously less
Labour improves production efficiency.
In actual operation, plastic pellet not of uniform size in material holding chamber 1A is by two feeding ports respectively by plastic pellet
It is delivered in two vibration sieves and is screened, the rotation of 3 shaft of dual-axle motor simultaneously drives turntable 31 to rotate, to make to be hinged on
Pull rod 32 on turntable 31 pulls fagging 4 to slide back and forth on bracket 2, and the feed inlet of the strip by opening up on end cap 11
The plastic pellet that feeder pipe 5 discharges is collected, is sieved on the sieve for being evenly distributed in plastic pellet below feed inlet
Choosing, two vibration sieves carry out screening operation simultaneously, improve the speed of screening, when breaking down or sieve blocks, are not required to
Finishing is shut down, to accelerate job schedule；
It screens qualified plastic pellet and plastic pellet is delivered to by feeding fan 1B by vibration sieve lower discharge port
In, and qualified plastic pellet is delivered in charging hopper 1C by the wind model of feeding fan 1B and is stored and is filled
Bag processing, to solve to screen the problem for causing entire operation process progress slow slowly due to vibration sieve.
It is enlightenment, through the above description, related work people with the above-mentioned desirable embodiment according to the utility model
Member can carry out various changes and amendments in the range of without departing from this item utility model technical idea completely.This item is real
It is not limited to the contents of the specification with novel technical scope, it is necessary to its technology is determined according to scope of the claims
Property range.
Claims (7)
1. a kind of lubrication powder discharge system, which is characterized in that including material holding chamber (1A), vibration sieve, feeding fan (1B) with
And charging hopper (1C), the reciprocating sieve attached bag include feed inlet, top discharge mouth and lower discharge port；
It being opened up on the material holding chamber (1A) there are two feeding port, the feeding port is connected to through pipeline with the feed inlet of vibration sieve,
The lower discharge port of two vibration sieves is connected to the entrance of feeding fan (1B) through bellows respectively, the feeding fan
The outlet of (1B) is connected to the inlet duct of charging hopper (1C).
2. lubrication powder discharge system according to claim 1, which is characterized in that the reciprocating sieve attached bag includes screen box (1)
And bracket (2), screen box (1) upper cover are equipped with end cap (11), described end cap (11) one end offers feed inlet, the end cap
(11) feed inlet is strip notch；
The skate machine for driving screen box (1) to move along notch length direction is provided between the screen box (1) and bracket (2)
Structure, the sliding equipment include dual-axle motor (3) and fagging (4), are provided between the fagging (4) and screen box (1) multiple
Damping spring (12), damping spring (12) upper end are fixedly connected with screen box (1) lower end surface, damping spring (12) lower end
It is fixedly connected with fagging (4) upper surface；
The fagging (4) setting is slidably matched in the bracket (2) upper end and being formed；
It has been respectively fixedly connected with turntable (31) in two shafts of the dual-axle motor (3), has been hinged with drawing on the turntable (31)
Bar (32), described pull rod (32) one end and the fagging (4) are hinged.
3. lubrication powder discharge system according to claim 2, which is characterized in that sliding in the feed inlet of the vibration sieve
It is dynamic to be provided with cutting agency；
The cutting agency includes feeder pipe (5), bellows (6) and sliding tube (7), the entrance of the feeder pipe (5) and institute
The feeding port sealing connection of material holding chamber (1A) is stated, the outlet of the feeder pipe (5) is connected to the sealing of bellows (6) upper port, institute
The upper port for stating sliding tube (7) is connected to the sealing of the lower port of bellows (6), and the lower end of the sliding tube (7) is slidably arranged in
In the feed inlet of the vibration sieve.
4. lubrication powder discharge system according to claim 2, which is characterized in that be provided with screening in the screen box (1)
Mechanism, the sorting mechanism include upper screen cloth (8) and lower screen cloth (9), and the lower screen cloth (9) is fixedly mounted on the screen box
(1) in, the width of the upper screen cloth (8) is less than the width of lower screen cloth (9)；
Sieve in the screen box (1) by screen box (1) inner cavity be divided into waste product area above sieve and below sieve at
The top discharge mouth in product area, the vibration sieve is provided in waste product area, and the lower discharge port of the vibration sieve opens up on finished product area；
Multiple through-holes are offered on the lower screen cloth (9), are offered on the upper screen cloth (8) multiple corresponding with the through-hole
Speaker hole；
Multiple U-lag holes are offered on the upper screen cloth (8), are adjusted bolt and are passed through the U-lag hole and the lower screen cloth (9) spiral shell
Connect fixation.
5. lubrication powder discharge system according to claim 4, which is characterized in that formed in the screen box (1) for branch
The support collar of the lower screen cloth (9) is supportted, multiple bolt penetration holes are offered on the lower screen cloth (9), the adjusting bolt is successively
It is spirally connected fixation across the through-hole of upper screen cloth (8) and the bolt penetration hole of lower screen cloth (9) and support collar.
6. lubrication powder discharge system according to claim 3, which is characterized in that the sliding tube (7) and feed inlet
Sliding connection structure is；
The feed inlet upper end forms sliding step, opens up fluted in the sliding step, is formed on the sliding tube (7) convex
Ring, the bulge loop, which is arranged in groove and is formed, to be slidably matched.
7. lubrication powder discharge system according to claim 2, which is characterized in that between the fagging (4) and bracket (2)
The structure being slidably connected is；
Fagging (4) lower end is formed a pair of slide (41), and bracket (2) upper end offers a pair of of sliding slot, the slide plate
(41) it is arranged in the sliding slot and is formed and is slidably matched；
Described pull rod (32) one end and the slide plate (41) lateral surface are hinged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821838348.8U CN208407659U (en) | 2018-11-08 | 2018-11-08 | Lubricate powder discharge system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821838348.8U CN208407659U (en) | 2018-11-08 | 2018-11-08 | Lubricate powder discharge system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208407659U true CN208407659U (en) | 2019-01-22 |
Family
ID=65122276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821838348.8U Active CN208407659U (en) | 2018-11-08 | 2018-11-08 | Lubricate powder discharge system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208407659U (en) |
-
2018
- 2018-11-08 CN CN201821838348.8U patent/CN208407659U/en active Active
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