CN218945903U

CN218945903U - Polystyrene foam plastic composite board leftover material recycling glue making device

Info

Publication number: CN218945903U
Application number: CN202222971960.5U
Authority: CN
Inventors: 孙汝铜; 何红娟
Original assignee: Hebei Taoye Packaging Machinery Technology Co ltd
Current assignee: Hebei Taoye Packaging Machinery Technology Co ltd
Priority date: 2022-11-08
Filing date: 2022-11-08
Publication date: 2023-05-02
Anticipated expiration: 2032-11-08

Abstract

A polystyrene foam plastic composite board leftover material recycling and glue making device belongs to the technical field of waste plastic material treatment and aims to solve the problems that water is wasted in production treatment operation of an existing polystyrene foam plastic composite board leftover material treatment and utilization device and the use of regenerated products is limited. The rear part of an article mesh bag packaging machine connected with the rear part of an impact type spiral alloy knife shearing type waste material crusher is connected with a solvent soaking tank through a conveyor belt machine, a discharging pipe of the solvent soaking tank is connected with a solid-liquid separator through a first conveying pump, the solid-liquid separator is connected with a stirring homogenizer through a second conveying pump, and the crusher, the article mesh bag packaging machine, the solvent soaking tank, the solid-liquid separator and the stirring homogenizer are respectively connected with a programmable industrial personal computer through electric wires. The novel practical whole structure is suitable for the recycling treatment of the polystyrene foam plastic composite board leftover materials generated by the plastic foaming composite thermal insulation board manufacturing production line device and other products.

Description

Polystyrene foam plastic composite board leftover material recycling glue making device

Technical Field

The utility model belongs to the technical field of waste plastic material treatment and relates to a polystyrene foam plastic composite board leftover material treatment and utilization device.

Background

With the increasing development and mass utilization of foam plastic packaging materials, especially polystyrene foam plastic plates have good water resistance, chemical corrosion resistance, electrical insulation, shock resistance, heat insulation and structural characteristics of micro closed mouth, and are widely applied. However, in the process of producing polystyrene foam plastic plates, the process of extrusion molding foaming, longitudinal and transverse shearing shaping and the like can generate leftover materials, and as the leftover materials of the foam plastic are difficult to degrade naturally, environmental pollution is caused and resources are wasted if the leftover materials are not treated, the process of recycling the leftover materials is designed in the production and manufacturing process of the foam plastic plates. In the prior art, the existing polystyrene foam plastic composite board leftover material treatment and utilization device mainly adopts a crusher, a high-pressure suction fan and a hydrolysis leftover material paper-plastic separation and recovery machine, such as a leftover material treatment and utilization device of an extrusion foaming plastic heat-insulation board in a sheet extrusion composite forming device in a Chinese patent application publication No. CN114393857A, which is of a process structure, is characterized in that leftover materials after cutting two side edges of the composite heat-insulation plastic board manufactured by the extrusion foaming production line are crushed and then conveyed to the connected hydrolysis leftover material paper-plastic separation and recovery machine through the high-pressure suction fan, and the separated plastic is granulated to prepare plastic reclaimed materials. However, due to the limitation of the device construction process, the manufactured plastic reclaimed material has poorer intrinsic structural performance, more impurities and more water, the waste of water resources is easily caused, the remanufacturing of products in the production line of the plastic reclaimed material in the plastic extrusion foaming composite plastic heat-insulating plate is often limited, and the novel process device for recycling the leftover waste of the polystyrene foam plastic composite plate is necessary to be further improved and developed.

Disclosure of Invention

In order to overcome the defects of the prior art, the problems that the production and treatment operation of the existing polystyrene foam plastic composite board leftover material treatment and utilization device wastes water and the use of regenerated products is limited are solved. The utility model aims to provide a novel recycling device for recycling leftover materials of a polystyrene foam plastic composite board, which has a novel and practical structure, saves water resources, can recycle recycled products to be reused in the manufacturing line of extrusion molding foaming composite plastic heat-insulating boards, and is convenient to use.

The utility model solves the problems by adopting the following technical scheme:

a polystyrene foam plastic composite board leftover material recycling glue making device comprises: the device comprises a crusher, a soaking tank, a programmable industrial personal computer, an article mesh bag packaging machine, a solid-liquid separator and a stirring homogenizer, wherein the soaking tank is a solvent soaking tank, the crusher is an impact type spiral alloy knife shearing type plastic foam board waste crusher, the rear part of the article mesh bag packaging machine connected with the rear part of the crusher is connected with the solvent soaking tank through a conveyor belt machine, a discharging pipe of the solvent soaking tank is connected with the solid-liquid separator through a first conveying pump, a liquid conveying pipe of the solid-liquid separator is connected with the stirring homogenizer through a second conveying pump, and the crusher, the article mesh bag packaging machine, the solvent soaking tank, the solid-liquid separator and the stirring homogenizer are respectively provided with an electric wire to be connected with the programmable industrial personal computer.

The plastic foam composite board leftover recycling and glue making device is characterized in that the crusher is a crushing cutter formed by mutually matching an impact type spiral alloy rotating cutter and an alloy fixed cutter which are connected in a crusher body, the impact type spiral alloy rotating cutter is connected on a power output shaft of a crusher motor, the impact type spiral alloy cutter is a shearing type plastic foam board leftover crusher, and a discharge hopper of the crusher is connected with a crushed material conveying belt and then is connected with an article mesh bag packaging machine.

The plastic manufacturing device for recycling the leftover materials of the polystyrene foam plastic composite board is characterized in that the object mesh bag packaging machine is composed of a mesh bag reel connected with a machine body at the front part of a mesh bag packaging machine body, and a bag cutting and sealing device connected with the rear part of the mesh bag packaging machine body; the rear part of the discharging conveying port at the rear part of the bag cutting and sealing device is connected to the solvent soaking tank through a high-pressure induced draft type conveying hoister.

Foretell a polystyrene foam composite sheet leftover bits recycle rubberizing device, the solvent soaking tank includes: solvent soaking tank body, cylinder, pressure flitch, liquid storage tank, automatic metering pump, solvent soaking tank body is the bottom cone, the upper portion is the jar body of cylinder and the solvent soaking tank body that the jar body bottom dress has linked the support stand seat frame, is equipped with the cylinder pole that the pressure flitch connected cylinder 12 in solvent soaking tank body upper portion dress even, jar internal pressure flitch, liquid storage tank bottom dress has automatic metering pump, and the output liquid pipe of automatic metering pump is connected in solvent soaking tank body, and the infusion material conveyer pipe that links in solvent soaking tank body bottom dress is connected the solid-liquid separation machine through first delivery pump, automatic metering pump and cylinder are respectively by the programmable industrial computer of electrical lead connection.

According to the polystyrene foam plastic composite board leftover material recycling glue making device, the discharging pipe connector at the bottom of the solvent soaking tank body is connected with the soaking material conveying electric control valve which is connected with the soaking material conveying pipe; a manhole cover is arranged on the tank cover body at the top of the solvent soaking tank body; the periphery of the lower conical tank body of the solvent soaking tank body is also provided with 1-2 cone reinforcing ribs; the soaking material conveying electric control valve is connected with the programmable industrial control computer through an electric lead.

Foretell a polystyrene foam composite sheet leftover bits recycle rubberizing device, the solid-liquid separation machine includes: the solid-liquid separator comprises a solid-liquid separator main body and a power motor, wherein the power motor is arranged on the side body part of the solid-liquid separator main body, the solid discharge hopper and the liquid collecting hopper are respectively arranged at the bottom of the solid-liquid separator main body, the liquid collecting hopper is connected to the stirring homogenizer through a liquid conveying pipe at the bottom of the liquid collecting hopper by a second conveying pump, the liquid conveying pipe connected with the bottom of the liquid collecting hopper is provided with an infusion electric control valve, and the infusion electric control valve and the power motor are respectively connected with a programmable industrial personal computer by electric wires.

Foretell a polystyrene foam composite sheet leftover bits recycle rubberizing device, its stirring homogenizer includes: the stirring homogenizing tank is a stirring homogenizing tank body with a cover and a conical tank body connected with the lower part of the cylindrical tank body, a rectangular steel upright post seat frame is arranged at the bottom of the stirring homogenizing tank body, the stirring homogenizing tank body is provided with the double-layer blade type stirrer, an opening cover is arranged at one side part of a top cover of the tank body, the bottom of the tank body is provided with the adhesive output pipe orifice of the adhesive output pipe is connected with an adhesive product packaging barrel, an adhesive output electric control valve is arranged on the adhesive output pipe, and the adhesive output electric control valve and the double-layer blade type stirrer are respectively connected with a programmable industrial personal computer by electric wires.

When the novel polystyrene foam plastic composite board corner waste recycling glue making device is used, according to design requirements and actual needs, the novel polystyrene foam plastic composite board corner waste recycling glue making device can be independently arranged, is preferably assembled into extrusion molding foaming composite heat-insulation board manufacturing production line flow equipment, the front part of the novel polystyrene foam plastic composite board corner waste recycling glue making device is connected with a computer longitudinal cutting line press, and can also be assembled into a total electrical appliance controller in the extrusion molding foaming composite heat-insulation board manufacturing production line flow equipment; when the device is operated, a programmable industrial personal computer is controlled and set, foam plastic plate leftover materials cut by a cutter are collected in a crusher feeding hopper, an impact type spiral alloy rotating cutter is connected in the crusher, namely, a cutting edge and a cutter seat are matched with each other, the foam plastic plate leftover materials are torn, sheared and crushed into plastic particles, the plastic particles are conveyed to an article mesh bag packaging machine by a discharging hopper connected with a crushed material conveying belt, are split into mesh bags, and are conveyed into a solvent soaking tank by a high-pressure induced draft type conveying elevator, meanwhile, an automatic metering pump connected with the bottom of a liquid storage tank is started, a set amount of solvent, namely ethyl acetate and other matched solvents are added, crushed plastic particle materials are soaked in the solvent by controlling a top cylinder to be connected with a pressing disc to be pressed down, paper and plastic are separated, the mixed material liquid containing paper and plastic after soaking is conveyed to a solid-liquid separator by a first conveying pump connected with an electric control valve through the bottom of a tank body, and the separated solid materials are discharged from the solid materials into a solid materials storage tank; the separated liquid is conveyed to a stirring and homogenizing machine by a liquid conveying pipe at the bottom and an infusion electric control valve through a second conveying pump, the liquid is stirred and homogenized in a stirring and homogenizing tank of the stirring and homogenizing machine at a set temperature for a set time through a double-layer blade paddle stirrer, the liquid is made into polystyrene adhesive, after the product is inspected to be qualified, the electric control valve at the bottom of the tank body is opened, the liquid is conveyed to an adhesive product packaging barrel through an adhesive output pipe, and the adhesive product packaging barrel is put in storage for standby, or the adhesive product packaging barrel is connected with a quantitative adhesive conveying pump and an adhesive conveying pipe to be directly connected to a glue spreader in an extrusion molding foaming composite heat insulation board manufacturing production line device.

Because the technical scheme is adopted in the design of the utility model, the recycling process device for paper-plastic separation by using the main ethyl acetate-containing solvent is preferably adopted, and the ethyl acetate is used as the solvent and the modifier, and is matched with the polystyrene by using the ethyl acetate-containing solvent, the utility model has excellent adhesive property, and effectively solves the problems that the existing polystyrene foam plastic composite board corner waste material treatment and utilization device is limited by the structure, the production treatment operation wastes water and the use of regenerated products is limited. The practical operation test results show that the plastic foam composite type heat-insulating board has the advantages that the plastic foam composite type heat-insulating board has the novel and practical integral structure, saves water resources, can be recycled and reused for the remanufacturing of products in the plastic foam composite type plastic heat-insulating board production line, is convenient to use and the like, and is suitable for recycling and reusing the plastic foam composite type heat-insulating board manufacturing production line device and other produced polystyrene foam plastic composite board corner wastes.

Additional features and advantages of the utility model will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the utility model. The objectives and other advantages of the utility model may be realized and attained by the structure particularly pointed out in the written description and drawings.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present utility model, the drawings required for the description of the embodiments will be briefly described below, and it is obvious that the drawings described are some embodiments of the present utility model, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1 is a schematic structural view of an embodiment of the present utility model.

Fig. 2 is an enlarged schematic view of the solvent soaking tank in the embodiment of fig. 1.

Fig. 3 is an enlarged schematic view of the stirring homogenizer in the embodiment of fig. 1.

The reference numerals in the drawings are: a-a pulverizer; b-an article mesh bag packaging machine; c-a solvent soaking tank; d-a solid-liquid separator; e-stirring and homogenizing machine; f-a programmable industrial personal computer; 1-a pulverizer body; 2-impact type spiral alloy rotary cutters; 3-alloy fixed knife; 4-a pulverizer motor; 5-a crushed material conveying belt; 6-mesh bag packaging machine body; 7-a mesh bag reel; 8-cutting a bag sealer; 9-high-pressure induced draft type material conveying elevator; 10-a solvent soaking tank body; 11-manhole cover plate; 12-cylinder; 13, a material pressing plate; 14-a liquid agent storage tank; 15-an automatic metering pump; 16-a liquid output tube; 17-cone reinforcing ribs; 18-soaking material electric control valve; 19-a first transfer pump; 20-a second transfer pump; 21-a solid-liquid separator body; 22-a power motor; 23-solids discharge hopper; 24-a solid storage tank; 25-a liquid collection funnel; 26-an infusion electric control valve; 27-stirring and homogenizing tank; 28-opening cover; 29-double-layer blade stirrer; 30-an adhesive output pipe; 31-an adhesive output electric control valve; 32-adhesive product packaging barrel.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

In the description of the present utility model, it should be noted that the terms "upper", "lower", "left", "right", "inner", "outer", "top", "bottom", "front", "rear", "head", "tail", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, merely to facilitate description of the present utility model and simplify description, and do not indicate or imply that the apparatus or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the present utility model.

As shown in fig. 1 to 3, the present embodiment includes: the device comprises a crusher A, a solvent soaking tank C, a programmable industrial personal computer F, an article mesh bag packaging machine B, a solid-liquid separator D and a stirring homogenizer E, wherein the crusher A is an impact type spiral alloy knife shearing type plastic foam plate waste crusher, the rear part of the article mesh bag packaging machine B connected with the rear part of the crusher A is connected with the solvent soaking tank C through a conveyor belt machine, a discharging pipe of the solvent soaking tank C is connected with the solid-liquid separator D through a first conveying pump 19, a liquid conveying pipe of the solid-liquid separator D is connected with the stirring homogenizer E through a second conveying pump 20, and the crusher A, the article mesh bag packaging machine B, the solvent soaking tank C, the solid-liquid separator D and the stirring homogenizer E are respectively provided with an electric wire to be connected with the programmable industrial personal computer F.

Specifically, referring to fig. 1, in the pulverizer of the embodiment, a crushing cutter formed by mutually matching an impact type spiral alloy rotary cutter 2 and an alloy fixed cutter 3 is connected in a pulverizer body 1, the impact type spiral alloy rotary cutter 2 is connected on a power output shaft of a pulverizer motor 4, and the impact type spiral alloy cutter shearing type plastic foam board waste pulverizer is formed, and a discharge hopper of the pulverizer is connected with a crushing material conveying belt 5 and then connected with an article mesh bag packing machine B.

Referring to fig. 1-2, for example, the solvent soaking tank C includes: the solvent soaking tank body 10 is a tank body with a conical bottom and a cylindrical upper part, the upper part of the solvent soaking tank body 10 is provided with the air cylinder 12, the tank body is internally provided with an air cylinder rod with the air cylinder 12 connected with the air cylinder 13, the bottom of the liquid storage tank 14 is provided with the automatic metering pump 15, an output liquid pipe 16 of the automatic metering pump 15 is connected with the solvent soaking tank body 10, a soaking material conveying pipe connected with the bottom of the solvent soaking tank body 10 is connected with the solid-liquid separator D through a first conveying pump 19, and the first conveying pump 19, the automatic metering pump 15 and the air cylinder 12 are respectively connected with the programmable industrial personal computer F through electric wires.

Referring to fig. 1, a discharging pipe joint at the bottom of a solvent soaking tank 10 is provided with a soaking material conveying electric control valve 18 connected with a soaking material conveying pipe; a manhole cover 11 is arranged on the tank cover body at the top of the solvent soaking tank body 10; 2 cone reinforcing ribs 17 are arranged on the periphery of the lower conical tank body of the solvent soaking tank body 10; the electric control valve 18 for conveying the soaked materials is connected with the programmable industrial control computer F by an electric wire.

Referring to fig. 1, an exemplary solid-liquid separator D according to this embodiment includes a solid-liquid separator main body 21 and a power motor 22, the power motor 22 is mounted on a side body portion of the solid-liquid separator main body 21, a solid discharge hopper 23 and a liquid collecting funnel 25 are mounted on a bottom portion of the solid-liquid separator main body, the liquid collecting funnel 25 is connected to a stirring homogenizer E through a liquid conveying pipe at the bottom portion of the liquid collecting funnel 25 by a second conveying pump 20, an infusion electric control valve 26 is mounted on a liquid conveying pipe connected to the bottom portion of the liquid collecting funnel 25, and the infusion electric control valve 26 and the power motor 22 are connected to a programmable industrial personal computer F by electric wires.

Preferably, referring to fig. 1 and 3, the stirring homogenizer E according to the present embodiment includes: the stirring homogenizing tank 27 is a stirring homogenizing tank body with a cover and a conical tank body connected with the lower part of the cylindrical tank body, a rectangular steel upright post seat frame is arranged at the bottom of the stirring homogenizing tank body, the stirring homogenizing tank body is provided with the double-layer blade type stirrer 29, an opening cover 28 is arranged at one side part of a top cover of the tank body, the bottom of the tank body is provided with the adhesive output pipe 30, an output pipe orifice of the adhesive output pipe 30 is connected with an adhesive product packaging barrel 32, an adhesive output electric control valve 31 is arranged on the adhesive output pipe 30, and the adhesive output electric control valve 31 and the double-layer blade type stirrer 29 are respectively connected with a programmable industrial control computer F by electric wires.

The above is only one embodiment, and other technical features and technical solutions derived from adding components, equivalent substitutions and partial improvements without the inventive effort of a person skilled in the art are within the scope of protection of the present patent.

Claims

1. The utility model provides a polystyrene foam composite sheet leftover bits recycle system gum device, it includes rubbing crusher, soaks jar, programmable industrial computer (F), its characterized in that still includes article pocket packagine machine (B), solid-liquid separation machine (D), stirring homogenizer (E), it is solvent soaks jar (C) to soak the jar, the rubbing crusher is impact spiral alloy sword shearing type plastic foam board waste material rubbing crusher, connects at the article pocket packagine machine (B) rear portion of rubbing crusher rear portion again and is connected solvent soaks jar (C) by the conveyer belt machine, and the discharging pipe of solvent soaks jar (C) is connected with solid-liquid separation machine (D) by first delivery pump (19), and stirring homogenizer (E) is connected through second delivery pump (20) to the liquid delivery pipe of solid-liquid separation machine (D), rubbing crusher, article pocket packagine machine (B), solvent soaks jar (C), solid-liquid separation machine (D) and stirring homogenizer (E) have the electrical lead wire to connect programmable industrial computer (F) respectively.

2. The recycling and glue making device for the polystyrene foam plastic composite board leftover materials is characterized in that the smashing machine is a smashing cutter formed by mutually matching an impact type spiral arrangement alloy rotary cutter (2) and an alloy fixed cutter (3) which are connected in a smashing machine body (1), the impact type spiral arrangement alloy rotary cutter (2) is connected to a power output shaft of a smashing machine motor (4), the impact type spiral alloy cutter shearing type plastic foam board leftover material smashing machine is formed, and a discharging hopper of the smashing machine is connected with a smashing material conveying belt (5) and then connected with an article mesh bag packaging machine (B).

3. The recycling and glue making device for the corner scraps of the polystyrene foam plastic composite board according to claim 1 is characterized in that the object mesh bag packaging machine (B) is composed of a mesh bag packaging machine body (6), a mesh bag reel (7) is arranged on a front machine body, and a bag cutting and sealing device (8) is arranged at the rear part; the rear part of a discharging conveying port at the rear part of the bag cutting and sealing device (8) is connected to a solvent soaking tank (C) through a high-pressure induced draft type conveying lifting machine (9).

4. The polystyrene foam composite board leftover material recycling and glue making device according to claim 1, wherein the solvent soaking tank (C) comprises a solvent soaking tank body (10), a cylinder (12), a material pressing plate (13), a liquid agent storage tank (14) and an automatic metering pump (15), the solvent soaking tank body (10) is a bottom cone, a tank body with a cylindrical upper part and a tank body bottom are respectively provided with a solvent soaking tank body with a supporting upright post seat frame, the cylinder (12) is respectively provided with the upper part of the solvent soaking tank body (10), the cylinder rod with the material pressing plate (13) connected with the cylinder (12) is respectively provided with the tank body, the bottom of the liquid agent storage tank (14) is respectively provided with an automatic metering pump (15), an output liquid agent pipe (16) of the automatic metering pump (15) is connected with the solvent soaking tank body (10), a soaked material conveying pipe connected with the bottom of the solvent soaking tank body (10) is connected with a solid-liquid separator (D) through a first conveying pump (19), and the first conveying pump (19), the automatic metering pump (15) and the cylinder (12) are respectively connected with a programmable industrial personal computer (F) through electric wires.

5. The recycling and glue making device for the leftover materials of the polystyrene foam plastic composite board according to claim 4 is characterized in that a soaking material conveying electric control valve (18) is connected and connected with a soaking material conveying pipe on a discharging pipe joint at the bottom of the solvent soaking tank body (10); a manhole cover (11) is arranged on the tank cover body at the top of the solvent soaking tank body (10); the periphery of the lower conical tank body of the solvent soaking tank body (10) is also provided with 1-2 cone reinforcing ribs (17); the soaking material conveying electric control valve (18) is connected with the programmable industrial personal computer (F) through an electric wire.

6. The polystyrene foam plastic composite board leftover material recycling and glue making device according to claim 1, wherein the solid-liquid separator (D) comprises a solid-liquid separator main body (21) and a power motor (22), the power motor (22) is arranged on the side body part of the solid-liquid separator main body (21), the solid discharge hopper (23) and the liquid collecting hopper (25) are respectively arranged at the bottom, the liquid collecting hopper (25) is connected to the stirring homogenizer (E) through a liquid conveying pipe at the bottom by a second conveying pump (20), the liquid conveying pipe connected at the bottom of the liquid collecting hopper (25) is provided with an infusion electric control valve (26), and the infusion electric control valve (26) and the power motor (22) are respectively connected with the programmable industrial control computer (F) through electric wires.

7. The recycling glue making device for the leftover materials of the polystyrene foam plastic composite board according to claim 1, wherein the stirring homogenizer (E) comprises a stirring homogenizing tank (27), a double-layer blade paddle stirrer (29) and a glue output pipe (30), the stirring homogenizing tank (27) is a stirring homogenizing tank body with a cylindrical tank body lower part and a conical tank body connected with each other, a rectangular steel upright seat frame is arranged at the bottom of the stirring homogenizing tank body, the double-layer blade paddle stirrer (29) is arranged on the stirring homogenizing tank body, an opening cover (28) is arranged at one side part of a top cover of the tank body, the glue output pipe (30) is arranged at the bottom of the tank body, the glue output pipe mouth is connected with a glue product packaging barrel (32), and an adhesive output electric control valve (31) is arranged on the glue output pipe (30), and the adhesive output electric control valve (31) and the double-layer blade paddle stirrer (29) are respectively connected with a programmable industrial personal computer (F) through electric wires.