CN208277241U - Plastic grain cyclone collection recycles homogenizer - Google Patents

Abstract

The utility model discloses a kind of plastic grain cyclone collections to recycle homogenizer, including cyclone separator, homogenizer, high pressure blower and loopy moving device；The discharge port of cyclone separator is located at the bottom of cyclone separator, drainage line is located at the top of cyclone separator, feed inlet is located on the side wall of cyclone separator, homogenizer is formed as the tubular structure for having top and bottom and is located at below cyclone separator, it is connected to by air supply tube with high pressure blower inside homogenizer, loopy moving device includes hopper and delivery track, and delivery track is routed to homogenizer material receiving port since the drain hole of homogenizer to be terminated, hopper and the removable connection of delivery track.By the use of the disclosure, the waste material separated can be collected preferably, be unlikely to cause residual excessive in cyclone separator, be conducive to the protection of plastic grain, and improve homogenization efficiency, multiple homogenizing also makes the effect of homogenizing more preferable.

Description

Plastic grain cyclone collection recycles homogenizer

Technical field

The utility model relates to plastic grain production fields more particularly to a kind of plastic grain cyclone collection circulation to disguise It sets.

Background technique

Plastic grain is made of vector resin, various fillers and various auxiliary agents.It the limit of auxiliary agent or is filled out in plastic grain The content of material several times higher than requirement in practical plastic products are to more than ten times.In molding process, it is necessary to according to modeling The amount for needing to be added in content and actual product in relation to component in material particle, adjusts the proportion of plastic grain and matrix resin. Plastic grain can be generally divided into common filled plastics particle (abbreviation filled plastics particle) and functional plastic particle, as color is moulded Expect particle, antifog drop plastic grain etc..

In plastic grain production, it will lead to the volume size unevenness of plastic grain due to processing or generate various broken Bits and dust, this just needs to remove wherein clast, waste material and dust, and the plastic grain after removal clast, waste material and dust is wanted Vanning pack, it is ensured that the plastic grain uniform quality of every bag or every case, traditional mode are the dust-extraction units using screening type, Such dust-extraction unit screening effect is bad and takes a long time, and present homogenizer is internally provided with propeller and is stirred Homogenizing is mixed, the damage of moulding plastics particle is be easy to cause to will lead to performance loss and the streaking of plastic grain.

How above-mentioned technical problem is solved into the striving direction of those skilled in the art.

Utility model content

The purpose of this utility model is that solve the above-mentioned problems and provides a kind of plastic grain cyclone collection circulation Homogenizer.

The utility model achieves the above object through the following technical schemes:

1, collecting hood is set on cyclone separator top；

2, the outer wall of homogenizer and its bottom are provided with air supply tube, and air supply tube is connect with high pressure blower；

3, loopy moving device is set.

To achieve the goals above, the disclosure provides a kind of plastic grain cyclone collection circulation homogenizer, including whirlwind Separator, homogenizer, high pressure blower and loopy moving device；

The cyclone separator is provided with feed inlet, discharge port and drainage line, and the discharge port is located at the whirlwind point Bottom from device, the drainage line are located at the top of the cyclone separator, and the feed inlet is located at the cyclone separator Side wall on；

The homogenizer is formed as the tubular structure for having top and bottom and is located at below the cyclone separator, described equal Change device and be provided with feeding inlet, drain hole and material receiving port, the feeding inlet is located at the top of the homogenizer and is located at the discharging The lower section of mouth, the drain hole are located on the downside of the homogenizer, and the material receiving port is located on the side wall of the homogenizer, It is connected to by air supply tube with the high pressure blower inside the homogenizer；

The loopy moving device includes hopper and delivery track, and the delivery track is routed to since the drain hole The material receiving port terminates, the hopper and the removable connection of the delivery track.

Optionally, it is provided with the lower baffle plate being obliquely installed upwards on the downside of the material receiving port, is set on the upside of the material receiving port It is equipped with the overhead gage being vertically arranged.

Optionally, the delivery track includes " L " section and arc section, upper surface and the lower baffle plate of " L " section Lower end is located in same level, and the first end of the arc section and the upper end of " L " section are tangent, and the second of the arc section End is connect with the upper end of the overhead gage.

Optionally, be fixedly connected on the downside of the hopper on multiple lower sheaves and its side be fixedly connected with it is multiple Side roller, the lower sheave slide in the horizontal rail of " L " section, and when hopper rises, the side roller is in " L " section It is slided on vertical rail, when the hopper topples over material toward the material receiving port, the side roller slides on the arc section.

Optionally, the lower sheave and the side roller connect with pulley blocks and are controlled by pulley blocks and slided.

Optionally, the drainage line includes conveying pipeline and collecting hood, and the collecting hood is formed as no bottom off-centre operation cone The shell of body, the downside of the collecting hood are connect with the upper side of the cyclone separator, one end of the conveying pipeline and institute State the top connection of collecting hood, the conveying pipeline is connected to the collecting hood, the cyclone separator, the conveying pipeline it is another It holds and is connect with the material storing box of storage waste material.

Optionally, the outer wall of the homogenizer and bottom are evenly arranged with multiple air supply tubes, the air supply tube with it is described The air outlet of high pressure blower connects.

Optionally, the air supply tube nozzle is provided with the strainer for preventing material from entering inside the air supply tube.

Optionally, the drain hole, the material receiving port and the discharge port are provided with electrically operated valve.

The utility model has the beneficial effects that:

1, cyclone separator top setting collecting hood enable the clast separated, waste material and dust better by Collecting hood enters in conveying pipeline, is unlikely to that dust is caused to remain too much in cyclone separator；

2, it is uniformly mixed plastic grain by the wind-force of air supply tube, is conducive to the protection of plastic grain, and improve homogenizing Efficiency；

3, loopy moving device enables plastic grain by multiple homogenizing, is homogenized more thorough, is conducive to ensure Every case or every bag of product quality are consistent, and loopy moving apparatus structure is simple, are conducive to control production cost.

Detailed description of the invention

Attached drawing is and to constitute part of specification for providing further understanding of the disclosure, with following tool Body embodiment is used to explain the disclosure together, but does not constitute the limitation to the disclosure.In the accompanying drawings:

Fig. 1 is plastic grain cyclone collection circulation homogenizer schematic diagram described in the utility model；

Fig. 2 is that the part of plastic grain cyclone collection circulation homogenizer when hopper described in the utility model rises shows It is intended to；

The part of plastic grain cyclone collection circulation homogenizer when Fig. 3 is hopper batch turning described in the utility model shows It is intended to；

Description of symbols

1- collecting hood, 2- feed inlet, 3- conveying pipeline, 4- cyclone separator, 5- discharge port, 6- feeding inlet, 7- arc section, 8- Material receiving port, 9- lower baffle plate, 10- homogenizer, 11- air supply tube, 12- drain hole, 13- hopper, 14- lower sheave, 15- " L " section, 16- Overhead gage, 17- side roller.

Specific embodiment

It is described in detail below in conjunction with specific embodiment of the attached drawing to the disclosure.It should be understood that this place is retouched The specific embodiment stated is only used for describing and explaining the disclosure, is not limited to the disclosure.In the disclosure, do not making phase In the case where anti-explanation, the noun of locality used such as " up, down, left, right, before and after " is normally based on orientation or position shown in the drawings What the relationship of setting was defined, it specifically can refer to page shown in FIG. 1 and combine corresponding components in the other drawings Positional relationship.In addition, term " first " used in the disclosure, " second " etc. are to distinguish an element with another and want Element does not have succession and importance.In the following description when referring to the accompanying drawings, unless otherwise indicated, the identical number in different attached drawings Word indicates the same or similar element.

The working principle of plastic grain cyclone collection circulation homogenizer described in the utility model is as follows:

As shown in Figure 1, plastic grain cyclone collection recycles homogenizer, including cyclone separator 4, drainage line, homogenizing Device 10, air supply tube 11, high pressure blower and loopy moving device.

Cyclone separator 4 is provided with feed inlet 2, discharge port 5, and discharge port 5 is located at the bottom of cyclone separator 4, discharge port 5 It is provided with electrically operated valve, feed inlet 2 is located at the side wall upper part of cyclone separator 4；Drainage line includes conveying pipeline 3 and collecting hood 1, Collecting hood 1 is formed as the shell of no bottom off-centre operation cone, and the downside of collecting hood 1 is connect with the upper side of cyclone separator 4, One end of conveying pipeline 3 is connect with the top of collecting hood 1, and conveying pipeline 3 is connected to collecting hood 1, cyclone separator 4, conveying pipeline 3 it is another One end is connect with the material storing box of storage waste material.Plastic grain together with the clast, waste material and dust generated in production from feed inlet 2 into Enter to inside cyclone separator 4, cyclone separator 4 start, plastic grain, clast, waste material and dust under the action of whirlwind by In its quality difference, AUTOMATIC ZONING, plastic grain pass through in lower layer, clast, waste material and dust on upper layer under the action of whirlwind Whirlwind wind-force is changed, clast, waste material and dust rise at collecting hood 1, enter material storing box 13, collecting hood 1 by conveying pipeline 3 Structure is conducive to the complete collection of clast, waste material and dust, and by a period of time, clast, waste material and dust total number leave whirlwind After seperator, whirlwind is closed, opens the valve of discharge port 5, plastic grain enters homogenizer 10 by discharge port 5.

Homogenizer 10 is formed as the tubular structure for having top and bottom and is located at 4 lower section of cyclone separator, in the embodiment In, homogenizer 10 is provided with feeding inlet 5, drain hole 12 and material receiving port 8, and feeding inlet 5 is located at the top of homogenizer 10 and is located at The lower section of material mouth 5, drain hole 12 are located on the downside of homogenizer 10, and material receiving port 8 is located on the side wall of homogenizer 10, material receiving port 8 downside is provided with the lower baffle plate 9 being obliquely installed upwards, and the upside of material receiving port 8 is provided with the overhead gage 16 being vertically arranged, blowing Mouth 12 and material receiving port 8 are provided with electrically operated valve.It is connected to by air supply tube 11 with high pressure blower inside homogenizer 10, homogenizer 10 Outer wall and bottom be evenly arranged with multiple air supply tubes 11, air supply tube 11 is connect with the air outlet of high pressure blower, air supply tube 11 Nozzle is provided with the strainer for preventing material from entering inside air supply tube 11.Plastic grain enters inside homogenizer 10 from feeding inlet 5, High pressure blower is opened, uniformly to wind is sprayed inside homogenizer 10, plastic grain is mixed air supply tube 11 under the blowing of wind-force, from And achieve the purpose that homogenizing.After running a period of time, the valve opening of drain hole 12, plastic grain is entered from drain hole 12 to stop It stays in the hopper 13 of 12 lower section of drain hole.

Loopy moving device includes hopper 13 and delivery track, and delivery track is routed to material receiving port 8 since drain hole 12 Terminate, delivery track includes " L " section 15 and arc section 7, and the upper surface of " L " section 15 and the lower end of lower baffle plate 9 are located at same level On face, the first end of arc section 7 and the upper end of " L " section 15 are tangent, and the second end of arc section 7 is connect with the upper end of overhead gage 16. It is fixedly connected on the downside of hopper 13 on multiple lower sheaves 14 and its side and is fixedly connected with multiple side rollers 17, lower sheave 14 and side roller 17 connect with pulley blocks and by pulley blocks control slide.Lower sheave 14 slides in the horizontal rail of " L " section 15, As shown in Fig. 2, side roller 17 slides on the vertical rail of " L " section 15, as shown in figure 3, side roller 17 when hopper 13 rises It is slided on arc section 7, when hopper 13 tilts, the valve opening of material receiving port 8, hopper 13 topples over material, plastics toward material receiving port 8 Grain, which is again introduced into inside homogenizer 10, to be mixed.

In other embodiments, the material receiving port 8 of homogenizer 10 and feeding inlet 5 can be merged into a material mouth, and material mouth is located at 5 lower section of discharge port of cyclone separator 4, and delivery track is routed to material mouth position since drain hole 12 and terminates, hopper 13 inclines Plastic grain is into this material mouth.

4 top of cyclone separator setting collecting hood 1 enable the clast separated, waste material and dust better by Collecting hood 1 enters in conveying pipeline 3, is unlikely to that dust is caused to remain too much in cyclone separator 4；Pass through air supply tube 11 Wind-force is uniformly mixed plastic grain, is conducive to the protection of plastic grain, and improve homogenization efficiency；Loopy moving device makes to mould Material particle can be homogenized more thorough by multiple homogenizing, be conducive to ensure that the product quality of every case or every bag is consistent, and Loopy moving apparatus structure is simple, is conducive to control production cost.

It is further to note that specific technical features described in the above specific embodiments, in not lance In the case where shield, can be combined in any appropriate way, in order to avoid unnecessary repetition, the disclosure to it is various can No further explanation will be given for the combination of energy.

Claims (9)

1. a kind of plastic grain cyclone collection recycles homogenizer, it is characterised in that: including cyclone separator, homogenizer, high pressure Blower and loopy moving device；

The cyclone separator is provided with feed inlet, discharge port and drainage line, and the discharge port is located at the cyclone separator Bottom, the drainage line is located at the top of the cyclone separator, and the feed inlet is located at the side of the cyclone separator On wall；

The homogenizer is formed as the tubular structure for having top and bottom and is located at below the cyclone separator, the homogenizer It is provided with feeding inlet, drain hole and material receiving port, the feeding inlet is located at the top of the homogenizer and is located at the discharge port Lower section, the drain hole are located on the downside of the homogenizer, and the material receiving port is located on the side wall of the homogenizer, described It is connected to by air supply tube with the high pressure blower inside homogenizer；

The loopy moving device includes hopper and delivery track, and the delivery track is routed to described since the drain hole Material receiving port terminates, the hopper and the removable connection of the delivery track.

2. a kind of plastic grain cyclone collection according to claim 1 recycles homogenizer, it is characterised in that: the splicing The downside of mouth is provided with the lower baffle plate being obliquely installed upwards, and the overhead gage being vertically arranged is provided on the upside of the material receiving port.

3. a kind of plastic grain cyclone collection according to claim 2 recycles homogenizer, it is characterised in that: the conveying Track includes " L " section and arc section, and the upper surface of " L " section and the lower end of the lower baffle plate are located in same level, institute The upper end for stating the first end and " L " section of arc section is tangent, and the upper end of the second end of the arc section and the overhead gage connects It connects.

4. a kind of plastic grain cyclone collection according to claim 3 recycles homogenizer, it is characterised in that: the hopper Downside on be fixedly connected on multiple lower sheaves and its side and be fixedly connected with multiple side rollers, the lower sheave is at " L " It is slided in the horizontal rail of section, when hopper rises, the side roller slides on the vertical rail of " L " section, when described When hopper topples over material toward the material receiving port, the side roller slides on the arc section.

5. a kind of plastic grain cyclone collection according to claim 4 recycles homogenizer, it is characterised in that: the downslide Wheel and the side roller connect with pulley blocks and are controlled by pulley blocks and slided.

6. a kind of plastic grain cyclone collection according to claim 1 recycles homogenizer, it is characterised in that: the discharge Pipeline includes conveying pipeline and collecting hood, and the collecting hood is formed as the shell of no bottom off-centre operation cone, under the collecting hood Side is connect with the upper side of the cyclone separator, and one end of the conveying pipeline is connect with the top of the collecting hood, described Conveying pipeline is connected to the collecting hood, the cyclone separator, and the other end of the conveying pipeline and the material storing box of storage waste material connect It connects.

7. a kind of plastic grain cyclone collection according to claim 1 recycles homogenizer, it is characterised in that: the homogenizing The outer wall of device and bottom are evenly arranged with multiple air supply tubes, and the air supply tube is connect with the air outlet of the high pressure blower.

8. a kind of plastic grain cyclone collection according to claim 7 recycles homogenizer, it is characterised in that: the air-supply Pipe nozzle is provided with the strainer for preventing material from entering inside the air supply tube.

9. a kind of plastic grain cyclone collection according to claim 1 recycles homogenizer, it is characterised in that: the blowing Mouth, the material receiving port and the discharge port are provided with electrically operated valve.