CN203043736U - Corrugated Composite Core - Google Patents

Abstract

The utility model relates to a wave composite core, this core includes and convolutes into cylindric wavy separation material and plane separation material of shaping, the separation material is the separation material that is used for separating the suspended pollutant, the section of thick bamboo wall is the crisscross range upon range of with the plane separation material of multilayer wavy separation material, wavy separation material has crest point department, the crest point department of wavy separation material coats axial sealing glue film and pastes fixedly with adjacent plane separation material, wavy separation material coats terminal surface sealing glue film in one of them department respectively in both sides, the terminal surface sealing glue film of both sides coating is located the difference end and pastes fixedly with adjacent plane separation material, therefore, will force the dirty fluid that gets into by the open end of one of them side must pass after the wavy separation material, just can be discharged by the open end of the opposite side, and axial sealing glue film effectively improves the bonding strength between wavy separation material and plane separation material, can ensure that the two will not peel off from each other, and can achieve the effect of separating the suspended pollutant.

Description

Corrugated Composite Core

technical field

The utility model relates to a composite core material, which refers to a core material of a filtering device used for separating suspended particles in a fluid.

Background technique

The core material of the traditional filter device is cylindrical and hollow, and the wall surface of the cylinder is a separation material for separating suspended pollutants, and the two ends are equipped with fixing devices and the edge of the cylinder wall is closed at the same time. The dirty fluid is discharged from the cylinder wall After the side flows in, the suspended particles in it are separated through the core material, and then the separated clean fluid is axially exported from the hollow part of the core material, but the separation path length of the suspended particles in the fluid is limited to the wall thickness of the core material, so The separation path is too short and the separation effect is limited.

Therefore, in the prior art, the core material is improved. The tube wall of the core material in the prior art is formed by alternate lamination of wavy separation materials and planar separation materials. The dirty fluid flows in from one end of the core material and flows out of the clean fluid from the other end. , through the way that the adjacent layers of the core material are sealed at opposite ends, the fluid is forced to enter from the end of the core material and must pass through the wavy separation material in a transverse direction before it can flow out from the end of the adjacent layer, so as to achieve the effect of separating suspended particles. The area for separating suspended particles is equivalent to the length of the core material instead of only the thickness of the core material tube wall, so the separation area can be effectively increased in the same volume of core material to improve the efficiency of separating suspended particles and the pollutant holding capacity.

However, only the ends of the wavy separation material and the planar separation material are sealed and joined, and the rest of the parts are not jointed, so a gap will be created and the dirty fluid will directly pass through the gap without the wavy separation material, then The suspended particles in the dirty fluid flow out without being separated, and the bonding strength between the wavy separation material and the plane separation material is insufficient. In a high negative pressure environment, it will cause misalignment between the wavy separation material and the plane separation material Offset, and then cause peeling of the original sealing area, resulting in the loss of the effectiveness of separating suspended particles, so the core material of the prior art still has its ineffective effect.

Utility model content

In view of this, the utility model redesigns the structure of the core material in order to force the dirty fluid to pass through the separation material to separate the suspended particles before flowing out, and strengthen the strength of the separation material to avoid losing the effectiveness of separating suspended particles.

In order to achieve the above-mentioned purpose of the utility model, the technical means adopted in the utility model is to design a wave-shaped composite core material, which includes a wave-shaped separation material and a plane separation material for separating suspended pollutants, and the wave-shaped separation material And the planar separation material is wound into a cylindrical shape, and the wall of the cylinder is interlaced with multi-layer wave-shaped separation material and planar separation material. Adhesive to the sealant layer and fixed with the adjacent planar separation material, the wave-shaped separation material is coated with an end sealant layer at one end on each side, and the end surface sealant layer coated on both sides is located at the opposite end and connected to the opposite end. Adjacent plane separation materials are pasted and fixed.

The utility model has the advantages that only one end of both sides of the wave-shaped separation material is not sealed, and the tip of the peak of the wave-shaped separation material is coated with an axial sealant layer to seal the space between the two sides of the wave-shaped separation material. Therefore, when the dirty fluid enters from the open end of one side of the wavy separation material, it will not be able to flow out directly from the other end of the side, and there is no gap for the dirty fluid to pass to the other side, so The dirty fluid must pass through the wavy separation material to lead to the other side, and then be discharged from the open end of the other side, so it is ensured that the discharged air is separated from the suspended pollutants, and the axial seal The adhesive layer improves the bonding strength between the wavy separation material and the plane separation material, and ensures that the sealing area will not be peeled off relative to each other, thus achieving the effect of separating suspended pollutants.

Description of drawings

Fig. 1 is a three-dimensional appearance view of some components of the corrugated composite core material of the present invention.

Fig. 2 is an enlarged three-dimensional appearance view of some elements of the corrugated composite core material of the present invention.

Fig. 3 is an exploded view of the implementation state of the corrugated composite core material of the present invention.

Fig. 4 is an implementation state diagram of the corrugated composite core material of the present invention.

Fig. 5 is a schematic configuration diagram of the forming equipment of the present invention.

Detailed ways

Below, in conjunction with the accompanying drawings and preferred embodiments of the utility model, the technical means adopted by the utility model to achieve the intended purpose of the utility model will be further elaborated.

Please refer to Figures 1 to 3, the wavy composite core material 100 of the present invention includes a wavy separation material 10 and a planar separation material 20 for separating suspended pollutants, and the wavy separation material 10 is attached to the plane On the surface of the separation material 20, the wavy separation material 10 and the planar separation material 20 are wound into a cylindrical shape, and a mandrel 50 is arranged at the center when used here, and the cylinder wall is multi-layered. The separation materials 20 are stacked alternately. The wave-shaped separation material 10 has a crest point 11, and the wave-shaped separation material 10 is coated with an axial sealant layer 30 at the peak point 11. The adjacent planar separation material 20 is pasted and fixed, and the wave-shaped separation material 10 is coated with an end face sealant layer 40 at one end on both sides. The planar separation material 20 is pasted and fixed. Specifically, the wave-shaped separation material 10 has a first side 101 and a second side 102, and the wave-shaped separation material 10 has a first end 103 and a second end 104. The first side 101 of the wave-shaped separation material 10 is coated with an end face sealant layer 40 at the first end 103, and the second side 102 of the wave-shaped separation material 10 is coated with an end face sealant layer 40 at the second end 104, Conversely, the end face sealant layer 40 can also be coated on the second end 104 of the first side 101 and the first end 103 of the second side 102 .

Please refer to Fig. 5 and shown in Fig. 1 and Fig. 2, the corrugated composite core material of the present utility model is to cooperate forming equipment to make, and comprising two tension wheels 60, a lower forming pressure wheel 61, an upper forming pressure wheel in the forming equipment. Wheel 62, a rubber wheel 63, a front drive wheel 64, a pressing wheel 65, a first glue injection gun 66, an annular drive wheel 67, a toothed drive wheel 68, and a second glue injection gun 69 , the surfaces of the lower forming pressing wheel 61 and the upper forming pressing wheel 62 are wavy and meshed, the upper rubber wheel 63 is arranged on one side of the upper forming pressing wheel 62, the front driving wheel 64 is adjacent to the pressing wheel 65, and the pressing wheel 65 is adjacent to the upper forming pressure wheel 62, the first glue injection gun 66 is located at the place adjacent to the pressing wheel 65 and the upper forming pressure wheel 62, the annular driving wheel 67 is adjacent to the toothed driving wheel 68, and the toothed driving wheel 68 The surface is wavy, and the second glue injection gun 69 is arranged on one side of the toothed driving wheel 68 .

When the utility model is formed, the wave-shaped separating material 10 and the planar separating material are first formed, and the roll-shaped raw materials of the wave-shaped separating material 10 and the planar separating material 20 are sent out through the tension wheel 60 respectively, and the wave-shaped separating material 10 is pressed by the lower forming pressure. The wheel 61 is first preheated and then formed into a wave shape by the upper forming pressure wheel 62. Heating will make the wave-shaped separation material 10 quickly set and not easy to recover, and when it is formed into a wave shape, it will pass the upper rubber wheel 63 at the tip of the wave crest. Coating the axial sealant layer 30, at this time, the planar separation material 20 is stretched to form the planar separation material 20 by the driving wheel 64 and the pressing wheel 65;

After the wavy separation material 10 passes the upper forming roller 62, the first glue gun 66 coats the first end face sealant layer 40 on the first end 103 of the first side 101 of the wavy separation material 10. After the separation material 20 passes through the pressing wheel 65, it is attached to the wave-shaped separation material 10 that has been coated with the end face sealant layer 40 and the axial sealant layer 30, and the combined wave-shaped separation material 10 is passed through the pressure wheel 65. And the planar separation material 20 continues to be sent out, and the pressing wheel 65 can provide a cooling function to make the end face sealant layer 40 and the axial sealant layer 30 cool quickly, then it can be set and not easy to escape randomly, and achieve the effect of uniform coating;

Then make the combined wave-shaped separating material 10 and planar separating material 20 driven by the annular drive wheel 67 and pass through the toothed driving wheel 68, the toothed driving wheel 68 meshes with the wave-shaped separating material 10 to continue to drive forward, and then pass through The second glue gun 69 coats the second end face sealant layer 40 at the second end 104 of the second side 102 of the wave-shaped separation material 10;

Finally, the coated and combined wave-shaped separation material 10 and planar separation material 20 are curled, and the second end face sealant layer 40 is used to make each wave-shaped separation material 10 and the adjacent planar separation material 20 bond together after curling. sticking to obtain a cylindrical product.

Therefore, when the dirty fluid flows in from one end of one side of the core material 100, since the end face sealant layer 40 coated on both sides of the wave-shaped separation material 10 is located at the opposite end, the dirty fluid flowing to the other end will encounter The sealant layer 40 on the end surface cannot be discharged. In combination with the setting of the axial sealant layer 30, the dirty fluid must pass through the wavy separation material 10 to reach the other side, and then be discharged from the end of the other side. Increasing the bonding strength between the wave-shaped separation material 10 and the planar separation material 20 to the sealant layer 30 can ensure that the two will not be peeled off relative to each other, so that the effect of separating suspended pollutants can be reliably achieved.

The above descriptions are only preferred embodiments of the present utility model, and do not limit the utility model in any form. Although the utility model has been disclosed as above with preferred embodiments, it is not intended to limit the utility model. Anyone in the field Skilled persons, within the scope of the technical solution of the utility model, should be able to use the technical content disclosed above to make some changes or modify equivalent embodiments with equivalent changes. The technical essence of the utility model makes any simple modifications, equivalent changes and modifications to the above embodiments, all still belong to the scope of the technical solution of the utility model.

Claims (3)

1. A corrugated composite core material is characterized in that it includes a wave-shaped separation material and a plane separation material for separating suspended pollutants, and the wave-shaped separation material and the plane separation material are coiled into a cylindrical shape, And the cylinder wall is interlaced with multi-layer wave-shaped separation materials and plane separation materials. Sticking and fixing, the wavy separation material is coated with an end face sealant layer at one end of each side, and the end face sealant layer coated on both sides is located at the opposite end and is pasted and fixed with the adjacent planar separation material. 2. The corrugated composite core material according to claim 1, wherein the corrugated separating material has a first side and a second side, and the corrugated separating material has a first end and a second end, The first side of the wavy separation material is coated with an end face sealant layer at the first end, and the second side of the wavy separation material is coated with an end face sealant layer at the second end. 3. The corrugated composite core material according to claim 1, wherein the corrugated separating material has a first side and a second side, and the corrugated separating material has a first end and a second end, The second side of the wavy separation material is coated with an end face sealant layer at the first end, and the first side of the wavy separation material is coated with an end face sealant layer at the second end.

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