CN215203085U - Storage device of foaming foam - Google Patents

Abstract

The invention discloses a storage device for foaming foam, which comprises a plurality of support frames, a foam placing gauze, a dust filtering net and a gauze shaking mechanism, wherein each support frame is fixed on the ground, the plurality of support frames are vertically arranged, the foam placing gauze is arranged among the plurality of support frames, the outer wall of the foam placing gauze is provided with a compact dust filtering net, and the bottom section of the foam placing gauze is provided with the gauze shaking mechanism; meanwhile, the gauze multi-foam is stored, so that not only can the dust without foaming be filtered, but also the foam after foaming can be cooled.

Description

Storage device of foaming foam

Technical Field

The utility model relates to a steep goods processing equipment field, concretely relates to storage device of foaming foam.

Background

The processing of the existing foam box needs to firstly foam polystyrene into large-particle foam, and then the foam box is formed in a mold heating forming mode, but in order to ensure the foam of the foam box formed by the mold, a large amount of foam is often stored in a storage box, so that the foam stored in the storage box is supplied for the mold, but as the foam box needs to be dust-free, when the foam is stored in the foam box, external dust cannot enter the storage box, so that the storage box needs to be sealed, but as the temperature of the foamed foam is higher, ventilation needs to be carried out during storage, otherwise, a small amount of foam can be bonded together, so that the conveying of the foam before forming can be influenced; meanwhile, when the foam is stored in the storage box, the foam can be adhered to the inner wall of the storage box, so that the inner wall of the storage box needs to be cleaned frequently, and meanwhile, the foam can be adhered to the inner wall of the box body, so that waste is caused, the foam adhered to the inner wall of the box body needs to fall off by patting the outer wall of the storage box forcibly, and the labor capacity of workers is increased; meanwhile, a fully-sealed box body is adopted to act as a foam storage box, so that the cost is high.

Disclosure of Invention

The utility model provides a not enough to above-mentioned prior art, the utility model provides a storage device of foaming foam, the storage device who forms through the gauze preparation stores the foam, and this high foam of being convenient for cools off the foaming, and the powder that can also produce the foaming simultaneously drops and strains, guarantees the quality of foam tank, realizes the shake to the gauze through intermittent type nature shake device simultaneously, prevents that the foaming foam adhesion is on the gauze, is convenient for like this empty totally and need not manual operation with the foam in the gauze.

In order to achieve the above purpose, the utility model discloses a scheme: a storage device for foaming foam comprises support frames, a foam placing gauze, a dust filter screen and a gauze shaking mechanism, wherein the support frames are arranged in a plurality of ways, each support frame is fixed on the ground, the support frames are vertically arranged, the foam placing gauze is arranged between the support frames, the outer wall of the foam placing gauze is provided with a compact dust filter screen, an interlayer is arranged between the foam placing gauze and the dust filter screen, the foam placing gauze is in a top section and a middle section which are in a cylindrical shape, the bottom section of the foam placing gauze is in a funnel shape with a reduced opening, the bottom of the foam placing gauze is connected with a blanking pipe, a dust collecting pipe is arranged outside the blanking pipe, and the dust collecting pipe is connected and communicated with the dust filter screen; the gauze shaking mechanism is arranged at the bottom section of the foam placing gauze, and the gauze shaking mechanism realizes intermittent shaking of the foam placing gauze, so that foam discharging and dust filtering in the foam are facilitated.

Preferably, gauze shake mechanism includes mount, swinging brackets, gyro wheel and drive assembly, wherein is fixed with the mount of many vertical settings on the bottom surface, and the middle section that has swinging brackets and swinging brackets in the top of every mount articulates on the mount, and the top of swinging brackets is provided with the gyro wheel, hits the foam through the gyro wheel and places the gauze, is connected with the stay cord in the bottom of every swinging brackets, and the stay cord is connected with drive assembly.

Preferably, a return spring is arranged at the hinged position of the swing frame and the fixed frame, and the quick return of the swing frame is realized through the return spring.

Preferably, be provided with dust adsorption component in dust filter screen periphery, dust adsorption component sets up on the support frame, and dust adsorption component reciprocates along the support frame, realizes the clearance to the dust like this, and dust adsorption component is the opening of rectangular channel steel and rectangular channel-section steel towards the dust filter screen, and the rectangular channel steel opening slowly reduces, is provided with the negative pressure subassembly in the cell body of rectangular channel steel, through the negative pressure subassembly with dust filter screen periphery dust clean up, guarantees the heat dissipation permeability of foam.

Compared with the prior art, the utility model has the advantages of: 1. meanwhile, the gauze is stored with a plurality of foams, so that not only can dust without foaming be filtered, but also the foamed foams can be cooled; 2. the arranged dust filter screen can prevent dust in the outside air from polluting foam, and meanwhile, an interlayer arranged between the dust filter screen and the gauze can collect unfoamed dust; 3. the gauze shaking mechanism can shake the gauze, so that the foam is prevented from adhering to the inner wall of the gauze; 4. the dust adsorption component can clean the dust on the periphery, so that the air permeability of the dust filter screen is ensured, and the cooling of the foam is ensured.

Drawings

Fig. 1 is a front view of the present invention.

Fig. 2 is a cross-sectional view of the present invention.

Fig. 3 is a schematic view of the screen shaking mechanism of the present invention.

The device comprises a support frame, a foam placing gauze, a dust filtering screen, a partition layer, a gauze shaking mechanism, a fixing frame, a swinging frame, a roller, a driving assembly, a pull rope, a return spring, a blanking pipe, a dust collecting pipe, a dust adsorbing assembly, 7.1 rectangular channel steel, 7.2 and a negative pressure assembly, wherein the gauze is placed on the support frame, 2 and the foam placing gauze, 3 and the dust filtering screen, 3.1 and the partition layer, 4 and the gauze shaking mechanism are arranged on the support frame, 4.1 and the fixing frame, 4.2 and the swinging frame, 4.3 and the roller, 4.4 and the driving assembly are arranged on the support frame, 4.5 and the pull rope, 4.6 and the return spring are arranged on the discharge pipe, 6 and the dust collecting pipe, 7 and the dust adsorbing assembly are arranged on the foam placing gauze.

Detailed Description

The drawings are now assembled to further explain the utility model.

As shown in fig. 1-3, a storage device for foam comprises a support frame 1, a foam placing gauze 2, a dust filter screen 3 and a gauze shaking mechanism 4, wherein the number of the support frames 1 is four, each support frame 1 is fixed on the ground (each support frame 1 is fixed on the ground in a pre-embedded manner), a plurality of support frames 1 are vertically arranged, the four support frames 1 are fixed on the ground in a rectangular array, the foam placing gauze 2 is arranged between the support frames 1 (the outer wall of the foam placing gauze 2 is fixed on the support frame 1 through a hoop), the outer wall of the foam placing gauze 2 is covered with a compact dust filter screen 3, a framework for supporting the foam placing gauze 2 and the dust filter screen 3 is fixed between the foam placing gauze 2 and the dust filter screen 3 through bolts, and thus, an interlayer 3.1 is formed between the foam placing gauze 2 and the dust filter screen 3 at intervals, the foam placing gauze 2 is cylindrical or rectangular in top section and middle section, the bottom section of the foam placing gauze is funnel-shaped with a small opening, foam after foaming is accumulated in the foam placing gauze 2, the bottom of the foam placing gauze 2 is provided with a notch, the notch of the foam placing gauze 2 is connected with a blanking pipe 5 through a clamping hoop, the foam in the foam placing gauze 2 is conveyed away through the blanking pipe 5, a dust collecting pipe 6 is sleeved outside the blanking pipe 5, the dust collecting pipe 6 is connected and communicated with a dust filtering net 3, and fine powder still exists in the foam after foaming is finished, so that the fine powder is filtered to an interlayer 3.1 through the foam placing gauze 2 during foam box forming, and the powder is conveyed to the dust collecting pipe 6 through the interlayer 3.1, and is removed; place gauze 2 bottom segment at the foam and be provided with gauze shake mechanism 4, realize through gauze shake mechanism 4 that intermittent type nature places gauze 2 to the foam and shake (realize the shake that gauze 2 was placed to the foam for gauze shake mechanism 4 through the mode of clapping promptly, the unloading of being convenient for like this, also the mode foam adhesion is on the inner wall that gauze 2 was placed to the foam simultaneously, the foam unloading of being convenient for like this with strain the dust in the foam.

The gauze dithering mechanism 4 comprises a fixed frame 4.1, a swinging frame 4.2, rollers 4.3 and a driving component 4.4, wherein a plurality of vertically arranged fixed frames 4.1 are fixed on the ground in a pre-embedded mode, the top of each fixed frame 4.1 is hinged with the swinging frame 4.2, the middle section of each swinging frame 4.2 is hinged on the fixed frame 4.1, the top of each swinging frame 4.2 is fixed with the rollers 4.3 through bearings and bearing seats, the foam placing gauze 2 is hit through the rollers 4.3 (the rollers 4.3 are arranged to prevent the foam placing gauze 2 from being scratched when the foam placing gauze 2 is hit), the bottom of each swinging frame 4.2 is connected with a pull rope 4.5, the pull rope 4.5 is connected with the driving component 4.4 (the driving component 4.4 is a take-up reel driven by a motor, the pull ropes 4.5 are tied on the take-up reel, the rotation of the take-up reel is driven by the motor to realize the rolling of the pull rope 4.5, when the pull rope 4.54 is rolled up, the foam placing gauze 2 is far away from the rollers, when the take-up reel unreels, make gyro wheel 4.3 hit under the action of gravity of swinging bracket 4.2 self hit and beat on the gauze 2 is placed to the foam, realize that 4.2 and gyro wheel 4.3 interstitial hitting of swinging bracket hit the outer wall that the gauze 2 was placed to the foam like this through the rotation of motor, form the foam like this and place the condition that the gauze outer wall trembled, the foam of being convenient for carries out the unloading like this).

A return spring 4.6 is fixed at the hinged position of the swing frame 4.2 and the fixed frame 4.1 in a welding mode, one end of the return spring 4.6 is fixed on the swing frame 4.2 in a welding mode, the other end of the return spring 4.6 is fixed on the fixed frame 4.1 in a welding mode, the swing frame 4.2 is quickly returned and hit the outer wall of the foam placing gauze 2 through the return spring 4.6, and therefore the return spring 4.6 quickly responds and immediately starts to act, and the effect of promoting foam blanking is achieved.

A dust adsorption component 7 is arranged on the periphery of the dust filter screen 3, the dust adsorption component 7 is arranged on the support frame 1 (namely, a track is fixed on the outer wall of the support frame 1 in a welding mode, a sliding seat which slides up and down along the track is clamped on each track, the dust adsorption component 7 is fixed on a plurality of sliding seats through bolts, so that the dust adsorption component 7 moves up and down along with the sliding seats, when the dust adsorption component 7 moves up and down, dust adsorbed on the outer wall of the dust filter screen 3 is removed through the dust adsorption component 7 (due to the compactness of meshes of the dust filter screen 3, dust in the air can not pass through the dust filter screen 3 and can only be adsorbed on the outer wall of the dust filter screen 3, when more dust in the air exists, the air permeability and the heat dissipation can be influenced)), the dust adsorption component 7 moves up and down along the support frame 1, the dust is cleaned, ventilation and heat dissipation are facilitated, dust pollution foam in air can be isolated, the dust adsorption component 7 is rectangular channel steel 7.1, the opening of the rectangular channel steel 7.1 faces the dust filter screen 3, the opening of the rectangular channel steel 7.1 is gradually reduced, a negative pressure component 7.2 (namely a negative pressure pump) is connected in the groove body of the rectangular channel steel 7.1 through a pipeline, negative pressure generated by the negative pressure component 7.2 is that the rectangular channel steel 7.1 is also in negative pressure, dust on the dust filter screen 3 is adsorbed and cleaned through the negative pressure, dust on the periphery of the dust filter screen 3 is cleaned through the negative pressure component 7.2, and heat dissipation permeability of the foam is guaranteed; wherein a linear motor is fixed on the sliding seat in a bolt fastening mode, and the sliding seat is driven to move up and down on the track by the linear motor.

Claims (4)

1. A storage device for foaming foam comprises support frames, a foam placing gauze, a dust filter screen and a gauze shaking mechanism, wherein the support frames are multiple and each support frame is fixed on the ground; the gauze shaking mechanism is arranged at the bottom section of the foam placing gauze, and the gauze shaking mechanism realizes intermittent shaking of the foam placing gauze, so that foam discharging and dust filtering in the foam are facilitated.

2. The storage device for the foaming foam as claimed in claim 1, wherein the screen shaking mechanism comprises a fixed frame, a swing frame, rollers and a driving assembly, wherein a plurality of vertically arranged fixed frames are fixed on the bottom surface, the top of each fixed frame is hinged with the swing frame, the middle section of the swing frame is hinged on the fixed frame, the rollers are arranged on the top of the swing frame, the foam is hit by the rollers to place the screen, the bottom of each swing frame is connected with a pull rope, and the pull rope is connected with the driving assembly.

3. The device for storing foamed foam according to claim 2, wherein a return spring is provided at the hinge joint of the swing frame and the fixed frame, and the quick return of the swing frame is realized by the return spring.

4. The storage device of a foaming foam according to claim 3, characterized in that, be provided with dust adsorption component in dust filter screen periphery, dust adsorption component sets up on the support frame, dust adsorption component moves up and down along the support frame, realize the clearance to the dust like this, dust adsorption component is the opening of rectangular channel steel and faces dust filter screen, the rectangular channel steel opening slowly reduces, be provided with the negative pressure subassembly in the cell body of rectangular channel steel, clean up dust filter screen periphery dust through the negative pressure subassembly, guarantee the heat dissipation permeability of foam.

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