CN207240602U

CN207240602U - Separating sedimentation basin

Info

Publication number: CN207240602U
Application number: CN201721162910.5U
Authority: CN
Inventors: 蒋经发; 陈新准
Original assignee: Guangdong Jun Connaught Environmental Polytron Technologies Inc
Current assignee: Guangdong Jun Connaught Environmental Polytron Technologies Inc; Genox Recycling Tech Co Ltd
Priority date: 2017-09-11
Filing date: 2017-09-11
Publication date: 2018-04-17
Anticipated expiration: 2027-09-11

Abstract

The utility model discloses separating sedimentation basin, including stent, the main body that is arranged on stent and the collection device for being arranged at lower body part, collection device are connected with body interior；Main body one end is equipped with feed inlet, and the main body other end is equipped with storage chamber, multiple cleaning rollers and material toggling component is equipped with main body, cleaning roller is close to feed inlet, and material toggling component is close to storage chamber.When the mixed material of plastics is put into separating sedimentation basin from feed inlet, cleaning roller is cleaned these mixed materials, buoyant in mixed material and jetsam separation at this time, jetsam is entered in collection device, buoyant is pushed in storage chamber by material toggling component, being automatically separated and recycling so as to fulfill buoyant and jetsam.

Description

Separating sedimentation basin

Technical field

It the utility model is related to feed separation equipment technical field, more particularly to separating sedimentation basin.

Background technology

With being rooted in the hearts of the people for energy conservation and environmental protection theory, waste recovery field is increasingly taken seriously；Due in daily life Contain substantial amounts of plastics in electric equipment products, how to recycle the emphasis that these plastics are people's research.At present, people generally utilize Plastics recovery production line recycles the plastics in waste electrical equipment product, and separating sedimentation basin is to be used in plastics recovery production line point From buoyant and the key equipment of jetsam, separating liquid is injected with separating sedimentation basin；During the work time, mixed material is put into point In chaotropic, so as to fulfill the separation of buoyant and jetsam.However, most separating sedimentation basin is difficult to buoyant and jetsam at present Be automatically separated and recycle, therefore plastic product recycling production efficiency it is relatively low.

Utility model content

In order to overcome above the deficiencies in the prior art, the utility model provides a kind of separating sedimentation basin, its can automatically by Buoyant and jetsam carry out separation and recycling, and substantially increase the production efficiency of plastic product recycling.

To solve prior art problem, the technical solution adopted in the utility model is：

Separating sedimentation basin, including stent, the main body that is arranged on stent and the collection device for being arranged at lower body part, it is described Collection device is connected with body interior；Described main body one end is equipped with feed inlet, and the main body other end is equipped with storage chamber, is equipped with main body Multiple cleaning rollers and material toggling component, the cleaning roller is close to the feed inlet, and the material toggling component is close to the storage chamber.

Further, the cleaning roller includes cylinder and shaft, and the shaft is fixed to wear and connect along body centre direction of principal axis In cylinder, the cylinder body outer wall is installed with multiple clean plate groups, and each clean plate group is set including multiple uniform rings around cylinder body outer wall The clean plate put, and the clean plate of different clean plate groups is in staggered distribution.

Further, the clean plate includes the first scoreboard and is connected to two second points of two end side surface of the first scoreboard Plate, the first scoreboard top are equipped with bending structure, and the bending structure is bent along close to the second scoreboard direction.

Further, the material toggling component includes driving shaft, driven shaft, driving motor and two driving chains, the driving Motor and active axis connection, the both ends of main drive shaft are installed with the first sprocket wheel respectively, and the driven shaft both ends are installed with the respectively Two sprocket wheels, the driving chain and the first sprocket wheel and the second sprocket engagement, and on the first sprocket wheel and the second sprocket wheel；Two pass Multiple material toggling parts are installed between dynamic chain.

Further, the material toggling part includes mounting rod and multiple scraper pawls, the mounting rod are fixed in two driving chains Between, the scraper pawl is installed on mounting rod, and multiple scraper pawl equi-spaced aparts are set；The scraper pawl top is equipped with bending Portion.

Further, the collection device includes conveyor chamber and transfer passage, and the conveyor chamber is connected with body interior, defeated Chamber lower part is sent to be equipped with discharge port, conveyor chamber is connected by the discharge port with transfer passage, and conveyor chamber is interior equipped with sieve and spiral Conveying axis, conveyor chamber are externally provided with the motor with helical feed axis connection, and the screw conveyor shaft is located at below sieve；

Scraper conveyor belt is equipped with the transfer passage.

Further, the screw conveyor shaft includes axle body and the first helical structure and the second spiral shell that are fixedly arranged on axle body Structure is revolved, first helical structure and the second helical structure are located at discharge port both sides respectively, and the first helical structure is spiral Direction is opposite with the hand of spiral of the second helical structure.

Compared with prior art, the utility model separating sedimentation basin includes main body and is arranged at the collection device of lower body part, Described main body one end is equipped with feed inlet, and the main body other end is equipped with storage chamber, and multiple cleaning rollers and material toggling component are equipped with main body, The material toggling component is close to the storage chamber；When the mixed material of plastics is put into separating sedimentation basin from feed inlet, cleaning roller Cylinder is cleaned these mixed materials, and the buoyant in mixed material and jetsam separation, jetsam are entered in collection device at this time, Buoyant is pushed in storage chamber by material toggling component, being automatically separated and recycling so as to fulfill buoyant and jetsam.

Brief description of the drawings

Fig. 1 is the stereogram of the utility model separating sedimentation basin；

Fig. 2 is the sectional view of the utility model separating sedimentation basin；

Fig. 3 is the stereogram of the cleaning roller of the utility model separating sedimentation basin；

Fig. 4 is the stereogram of the clean plate of the cleaning roller of the utility model separating sedimentation basin；

Fig. 5 is the stereogram of the material toggling component of the utility model separating sedimentation basin.

In figure：10th, main body；11st, feed inlet；12nd, storage chamber；20th, stent；30th, roller is cleaned；31st, clean plate；32nd, cylinder Body；33rd, shaft；311st, the first scoreboard；312nd, the second scoreboard；3111st, bending structure；40th, material toggling component；41st, driving shaft；42、 Driven shaft；43rd, motor is driven；44th, driving chain；45th, material toggling part；411st, the first sprocket wheel；421st, the second sprocket wheel；451st, install Bar；452nd, scraper pawl；4521st, bending part；50th, collection device；51st, conveyor chamber；52nd, transfer passage；511st, discharge port；512nd, sieve Net；513rd, screw conveyor shaft；514th, motor；5131st, axle body；5132nd, the first helical structure；5133rd, the second helical structure.

Embodiment

In the following, with reference to attached drawing and embodiment, the utility model is described further, it is necessary to explanation is, On the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

As depicted in figs. 1 and 2, separating sedimentation basin, including stent 20, the main body 10 that is arranged on stent 20 and it is arranged at master The collection device 50 of 10 lower part of body, collection device 50 are connected with the inside of main body 10；10 one end of main body is equipped with feed inlet 11, main body 10 The other end is equipped with storage chamber 12, multiple cleaning rollers 30 and material toggling component 40 is equipped with main body 10, cleaning roller 30 is close to charging Mouth 11, material toggling component 40 is close to storage chamber 12.

The utility model separating sedimentation basin includes main body 10 and the collection device 50 for being arranged at 10 lower part of main body, main body 10 1 End is equipped with feed inlet 11, and 10 other end of main body is equipped with storage chamber 12, and multiple cleaning rollers 30 and material toggling component are equipped with main body 10 40, cleaning roller 30 is close to feed inlet 11, and material toggling component 40 is close to storage chamber 12；When the mixed material of plastics is thrown from feed inlet 11 When entering in separating sedimentation basin, cleaning roller 30 is cleaned these mixed materials, at this time the buoyant and jetsam in mixed material Separation, jetsam is entered in collection device 50, and is transported to leave separating sedimentation basin, and buoyant is pushed by material toggling component 40 and deposited In storage chamber 12, being automatically separated and recycling so as to fulfill buoyant and jetsam.

As shown in Figure 3 and Figure 4, cleaning roller 30 includes cylinder 32 and shaft 33, and shaft 33 is along 32 central axis direction of cylinder Fixation is connected to cylinder 32, and 32 outer wall of cylinder is installed with multiple 31 groups of clean plates, and each 31 groups of clean plate includes multiple uniform rings The clean plate 31 set around 32 outer wall of cylinder, and the clean plate 31 of different 31 groups of clean plates is in staggered distribution.Clean plate 31 includes the One scoreboard 311 and two second scoreboards 312 for being connected to first 311 liang of end side surfaces of scoreboard, 311 top of the first scoreboard is equipped with curved Folded structure 3111, bending structure 3111 are bent along close to 312 direction of the second scoreboard.So shaft 33 drives cylinder 32 to rotate, clearly Board-washing 31 is moved therewith；Clean plate 31 stirs mixed material during the motion, makes mixed material well into separating sedimentation basin Separating liquid in so that accelerate buoyant and jetsam separation；And the first scoreboard 311 of clean plate 31 promotes mixed material to enter separation Cleaned in liquid, the second scoreboard 312 can avoid the buoyant in mixed material from bleeding around, and buoyant is in the first scoreboard 311 Travel forward under promotion and be finally collected, jetsam sinks to separating liquid bottom and is collected.

As shown in figure 5, material toggling component 40 includes driving shaft 41, driven shaft 42, driving 43 and two driving chain 44 of motor, drive Dynamic motor 43 is connected with driving shaft 41, and 41 both ends of driving shaft are installed with the first sprocket wheel 411 respectively, and 42 both ends of driven shaft difference is fixed There is the second sprocket wheel 421, driving chain 44 is engaged with the first sprocket wheel 411 and the second sprocket wheel 421, and is installed on 411 He of the first sprocket wheel On second sprocket wheel 421；Multiple material toggling parts 45 are installed between two driving chains 44.Material toggling part 45 includes mounting rod 451 and multiple Scraper pawl 452, mounting rod 451 are fixed between two driving chains 44, and scraper pawl 452 is installed on mounting rod 451, and multiple are scraped Expect that 452 equi-spaced apart of pawl is set；452 top of scraper pawl is equipped with bending part 4521.In the equipment course of work, driving motor 43 drives Dynamic driving shaft 41 rotates, and driving shaft 41 drives driven shaft 42 to rotate by driving chain 44, and material toggling part 45 is with driving chain 44 Move together；During the motion, buoyant can be hung on material toggling part 45 material toggling part 45, so as to be pulled out automatically from separating liquid floating Material；Here, in order to ensure that material toggling part 45 can capture buoyant well, the scraper pawl 452 of material toggling part 45 is equipped with bending part 4521, So buoyant is hung on bending part 4521, will not be dropped easily.

As shown in Fig. 2, collection device 50 includes conveyor chamber 51 and transfer passage 52, conveyor chamber 51 inside main body 10 with connecting Logical, 51 lower part of conveyor chamber is equipped with discharge port 511, and conveyor chamber 51 is connected by discharge port 511 with transfer passage 52；Fall into conveying The jetsam of chamber 51 is transported to outside separating sedimentation basin by transfer passage 52；Sieve 512 and helical feed are equipped with conveyor chamber 51 Axis 513, conveyor chamber 51 are externally provided with the motor 514 being connected with screw conveyor shaft 513, and screw conveyor shaft 513 is located under sieve 512 Side；Scraper conveyor belt is equipped with transfer passage 52.Here, sieve 512 is used to collect the available plastics that part half suspends, spiral transferring Send axis 513 to be used to jetsam being transported to discharge port 511, and be delivered to by scraper conveyor belt and leave separating sedimentation basin.

Here, screw conveyor shaft 513 includes axle body 5131 and the first helical structure 5132 being fixedly arranged on axle body 5131 With the second helical structure 5133, the first helical structure 5132 and the second helical structure 5133 are located at 511 both sides of discharge port respectively, and The hand of spiral of first helical structure 5132 is opposite with the hand of spiral of the second helical structure 5133.So when motor 514 drives When screw conveyor shaft 513 rotates, the first helical structure 5132 and the second helical structure 5133 rotate therewith, due to first spiral The hand of spiral of the hand of spiral of structure 5132 and the second helical structure 5133 is on the contrary, the jetsam positioned at 511 both sides of discharge port is equal It is transported in discharge port 511, effectively prevent the situation that jetsam is blocked in inside conveyor chamber 51.

The above embodiment is only the preferred embodiment of the utility model, it is impossible to is protected with this to limit the utility model Scope, the change of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to In the utility model scope claimed.

Claims

1. separating sedimentation basin, it is characterised in that：Including stent, the main body being arranged on stent and the collection for being arranged at lower body part Device, the collection device are connected with body interior；Described main body one end is equipped with feed inlet, and the main body other end is equipped with storage chamber, Multiple cleaning rollers and material toggling component are equipped with main body, the cleaning roller is close close to the feed inlet, the material toggling component The storage chamber.

2. separating sedimentation basin as claimed in claim 1, it is characterised in that：The cleaning roller includes cylinder and shaft, described Shaft fixes along body centre direction of principal axis and is connected to cylinder, and the cylinder body outer wall is installed with multiple clean plate groups, each clean plate Group includes the clean plate that multiple uniform rings are set around cylinder body outer wall, and the clean plate of different clean plate groups is in staggered distribution.

3. separating sedimentation basin as claimed in claim 2, it is characterised in that：The clean plate includes the first scoreboard and connects respectively In two second scoreboards of two end side surface of the first scoreboard, the first scoreboard top is equipped with bending structure, and the bending structure edge is leaned on Nearly second scoreboard direction bending.

4. separating sedimentation basin as claimed in claim 1, it is characterised in that：The material toggling component includes driving shaft, driven shaft, drive Dynamic motor and two driving chains, the driving motor are installed with the first sprocket wheel respectively with active axis connection, the both ends of main drive shaft, The driven shaft both ends are installed with the second sprocket wheel, the driving chain and the first sprocket wheel and the second sprocket engagement respectively, and install On the first sprocket wheel and the second sprocket wheel；Multiple material toggling parts are installed between two driving chains.

5. separating sedimentation basin as claimed in claim 4, it is characterised in that：The material toggling part includes mounting rod and multiple scrapers Pawl, the mounting rod are fixed between two driving chains, between the scraper pawl is installed on mounting rod, and multiple scraper pawls are equidistant Every setting；The scraper pawl top is equipped with bending part.

6. separating sedimentation basin as claimed in claim 1, it is characterised in that：The collection device includes conveyor chamber and conveying is logical Road, the conveyor chamber are connected with body interior, and conveyor chamber lower part is equipped with discharge port, and conveyor chamber is logical with conveying by the discharge port Road connects, and is equipped with sieve and screw conveyor shaft in conveyor chamber, conveyor chamber is externally provided with the motor with helical feed axis connection, the spiral shell Rotation conveying axis are located at below sieve；

Scraper conveyor belt is equipped with the transfer passage.

7. separating sedimentation basin as claimed in claim 6, it is characterised in that：The screw conveyor shaft includes axle body and is fixedly arranged on The first helical structure and the second helical structure on axle body, first helical structure and the second helical structure are respectively positioned at discharging Mouth both sides, and the hand of spiral of the first helical structure is opposite with the hand of spiral of the second helical structure.