Adjustable wear-resistant belt conveyor chute

Abstract

The invention relates to an adjustable wear-resistant belt conveyor chute, the belt conveyor chute comprises a belt conveyor chute adjustable wear-resistant lining plate, an L-shaped wear-resistant lining plate, a fixing bolt, a mounting hole, a movable chute and a belt conveyor chute, the belt conveyor chute adjustable wear-resistant lining plate is mounted on a belt conveyor chute body through the mounting hole and the fixing bolt, and is fastened and connected with the belt conveyor chute body; the L-shaped wear-resisting lining plate is installed in the movable sliding groove of the adjustable wear-resisting lining plate of the belt conveyor chute through the fixing bolts, and the L-shaped lining plate can be movably adjusted through the movable sliding groove.

Description

Technical Field

[0001] The invention relates to a belt conveyor chute, in particular to an adjustable wear-resistant belt conveyor chute, belonging to the technical field of mechanical structures. Background Art

[0002] The belt conveyor chute mainly serves as a link between the material conveyor from the previous process to the next process. Since the belt conveyor chute body is washed by materials for a long time, it will cause the chute body to be damaged, resulting in material spillage, which shortens the service life of the chute body.

[0003] The belt conveyor chute transports materials from the previous process and enters the belt conveyor chute. If the unloading point is not correct, the belt of the belt conveyor in the next process will deviate and cause material spillage.

[0004] Currently commonly used solutions:

[0005] The belt conveyor chute body is equipped with a liner to protect the belt conveyor chute body. The existing liner cannot be adjusted. When the material is impacted for a long time, the liner will be worn. When the belt conveyor chute has a large drop, the material impacts the belt conveyor chute body, the folding angle cannot be adjusted, and falls into the belt of the belt conveyor. The impact force is large, and the unloading point is not correct, which can easily cause the belt of the belt conveyor to deviate and cause material spillage.

[0006] The belt conveyor material chute is equipped with ordinary lining plates, which are easily impacted by block materials and spherical materials, causing rapid wear of the lining plates, thereby causing damage to the belt conveyor chute body and material spillage. This greatly shortens the service life of the belt conveyor chute body. Therefore, a new solution is urgently needed to solve the above technical problems. Summary of the invention

[0007] The present invention is aimed at the problems existing in the prior art and provides an adjustable wear-resistant belt conveyor chute. The application and method of the adjustable wear-resistant lining of the belt conveyor chute described in the technical solution are not limited to use on one type of belt conveyor chute, and can be installed and used on belt conveyor chutes with large drop, special shapes, and non-standard belt conveyor chutes, and is widely used.

[0008] It has been of great help in repairing the lower belt conveyor chute and adjusting the material discharge point, greatly improving work efficiency, reducing equipment maintenance costs, and extending the service life of the chute body.

[0009] In order to achieve the above-mentioned purpose, the technical scheme of the present invention is as follows: an adjustable wear-resistant belt conveyor chute, the belt conveyor chute comprising an adjustable wear-resistant lining of the belt conveyor chute, an L-shaped wear-resistant lining, fixing bolts, mounting holes, a movable slide groove and a belt conveyor chute; the adjustable wear-resistant lining of the belt conveyor chute is mounted on the belt conveyor chute body through the mounting holes and fixing bolts and is fastened; the L-shaped wear-resistant lining is mounted in the movable slide groove of the adjustable wear-resistant lining of the belt conveyor chute through the fixing bolts; the L-shaped lining can be moved and adjusted through the movable slide groove.

[0010] As an improvement of the present invention, the number of the L-shaped wear-resistant lining plates 2 on the single-sided belt conveyor chute adjustable wear-resistant lining plate 1 is two.

[0011] As an improvement of the present invention, the adjustable wear-resistant lining of the belt conveyor chute is installed on the belt conveyor chute through mounting holes and fixing bolts and is fastened together. The L-shaped wear-resistant lining is installed in the movable chute of the adjustable wear-resistant lining of the belt conveyor chute through fixing bolts. The L-shaped wear-resistant lining can be moved and adjusted through the movable chute to adjust the size of the discharge port in the belt conveyor chute.

[0012] Compared with the prior art, the present invention has the following advantages: 1. The adjustable wear-resistant lining of the belt conveyor chute described in the technical solution is not limited to use on one type of belt conveyor chute, and can be installed and used on belt conveyor chutes with large drop, special shapes, and non-standard belt conveyor chutes, and is widely used; 2. The technical solution is of great help in repairing the lower belt conveyor chute and adjusting the material unloading point, which greatly improves work efficiency, reduces equipment maintenance costs, and extends the service life of the chute body. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a schematic diagram of the overall structure of the present invention;

[0014] Figure 2-Figure 4 It is a schematic diagram of a specific application structure of the present invention.

[0015] In the figure: 1. Adjustable wear-resistant lining of belt conveyor chute, 2. L-shaped wear-resistant lining, 3. Fixing bolts, 4. Mounting holes, 5. Moving chute, 6. Belt conveyor chute, 7. Belt conveyor belt. DETAILED DESCRIPTION

[0016] In order to deepen the understanding of the present invention, the present embodiment is described in detail below with reference to the accompanying drawings.

[0017] Example 1: Figure 3An adjustable wear-resistant belt conveyor chute includes an adjustable wear-resistant liner 1 for the belt conveyor chute, which is installed on the belt conveyor chute 6 body through mounting holes 4 and fixing bolts 3 and is fastened together. An L-shaped wear-resistant liner 2 is installed in a movable chute 5 of the adjustable wear-resistant liner for the belt conveyor chute through fixing bolts 3. The L-shaped wear-resistant liner 2 can be moved and adjusted through the movable chute 5 to adjust the size of the discharge port in the belt conveyor chute 6. When the transported materials from the previous process fall into the belt conveyor chute 6 and accumulate on the adjustable wear-resistant liner 1 and the L-shaped wear-resistant liner 2 of the belt conveyor chute, the belt conveyor chute 6 body is protected, buffered and wear-resistant, and the service life of the belt conveyor chute 6 is extended. When the material transported by the belt conveyor in the previous process falls into the belt conveyor chute 6 and is transported by the belt conveyor belt 7 in the next process, the belt conveyor belt 7 deviates due to the incorrect unloading point of the transported material. Through the adjustable wear-resistant liner 1 of the belt conveyor chute, loosen the fixing bolt 3, and make the L-shaped wear-resistant liner 2 slide through the mobile chute 5 to adjust the opening size, so as to quickly adjust the unloading opening size of the belt conveyor chute 6. Use the mobile chute 5 to adjust the L-shaped wear-resistant liner 2, make a certain position adjustment, change the impact angle of the unloading point of the belt conveyor chute 6, and achieve the purpose of quickly correcting the belt conveyor belt 7. At the same time, the material is accumulated on the L-shaped wear-resistant liner 2, which alleviates the direct impact of the material on the belt conveyor chute 6 body and prolongs the service life of the belt conveyor chute 6.

[0018] Example 2: Figure 4 The adjustable wear-resistant lining 1 of the belt conveyor chute is installed on the main body of the belt conveyor chute 6 through the mounting holes 4 and the fixing bolts 3, and is fastened. The L-shaped wear-resistant lining 2 is installed in the movable chute 5 of the belt conveyor chute through the fixing bolts 3. The L-shaped wear-resistant lining 2 can be moved and adjusted through the movable chute 5 to adjust the size of the discharge port of the belt conveyor chute 6. When the transported materials in the previous process fall into the belt conveyor chute 6 and accumulate on the adjustable wear-resistant lining 1 and the L-shaped wear-resistant lining 2 of the belt conveyor chute, they play a role in protecting the main body of the belt conveyor chute 6, buffering and wear-resistant, and extending the service life of the belt conveyor chute 6. When the overall height of the belt conveyor chute 6 reaches more than 5 meters, the impact point of the transported materials forms a broken line angle to impact the belt conveyor chute 6. The broken line angle of the prior art is not adjustable, such as Figure 4 As shown by the arrow, the adjustable wear-resistant liner 1 of the belt conveyor chute is installed through the mounting holes 4 and the fixing bolts 3, and is installed on the belt conveyor chute 6 body and fastened. The L-shaped wear-resistant liner 2 is installed on the adjustable wear-resistant liner 1 of the belt conveyor chute through the fixing bolts 3, and is moved into the movable chute 5. The L-shaped wear-resistant liner 2 is moved by moving the chute 5. The transported materials are adjusted to impact into the belt conveyor chute 6, the broken line angle is corrected, the angle of the unloading point of the transported materials is corrected, and the transported materials in the previous process are relieved from directly impacting the belt conveyor belt 7, causing the belt conveyor belt 7 to deviate and scatter, and the stability of the belt conveyor belt 7 is improved.

[0019] It should be noted that the above embodiments are not intended to limit the protection scope of the present invention, and equivalent changes or substitutions made on the basis of the above technical solutions all fall within the protection scope of the claims of the present invention.

Claims

1. An adjustable wear-resistant belt conveyor chute, characterized in that: The belt conveyor chute includes an adjustable wear-resistant lining of the belt conveyor chute, an L-shaped wear-resistant lining, fixing bolts, mounting holes, a movable slide groove and a belt conveyor chute. The adjustable wear-resistant lining of the belt conveyor chute is installed on the belt conveyor chute body through the mounting holes and fixing bolts and is fastened. The L-shaped wear-resistant lining is installed in the movable slide groove of the adjustable wear-resistant lining of the belt conveyor chute through the fixing bolts, and the L-shaped lining can be moved and adjusted through the movable slide groove.

2. The adjustable wear-resistant belt conveyor chute according to claim 1, characterized in that: The number of the L-shaped wear-resistant lining plates on the adjustable wear-resistant lining plate of the single-sided belt conveyor chute is two.

3. The adjustable wear-resistant belt conveyor chute according to claim 2, characterized in that: The adjustable wear-resistant lining of the belt conveyor chute is installed on the belt conveyor chute through mounting holes and fixing bolts and is fastened. The L-shaped wear-resistant lining is installed in the movable chute of the adjustable wear-resistant lining of the belt conveyor chute through fixing bolts. The L-shaped wear-resistant lining can be moved and adjusted through the movable chute to adjust the size of the discharge port in the belt conveyor chute 6.

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