Conveying device for ensuring individual transportation of tires based on self-gravity

Abstract

The invention relates to the technical field of rubber and discloses a conveying device for ensuring individual transportation of tires based on self-gravity. The conveying device comprises a base. Asupport is fixedly connected above the base. By means of cooperative use of a lower rotating disc, a limiting column, the rubber tires, a swing rod and a conveying plate, along with moving of the rubber tires, the swing rod moves, thus the position of the limiting column and the lower rotating disc is driven, finally, the purpose of transporting the rubber tires individually one by one is completed, the situation that in the transportation process of the rubber tires, due to synchronous transporting, piling is caused easily, and quality of the single tire cannot be detected beneficially is avoided, the self-gravity effect of the rubber tires is utilized for driving the swing rod to move, thus the follow-up reaction is caused, the whole device can complete the process without needing help of the external force effect, the intelligence and the environment friendliness of the whole device are improved, when the swing rod inclines rightwards under the gravity effect, ropes are pulled to move synchronously, thus the limiting column is driven to be away from the lower rotating disc, and the linkage property of the whole device is improved.

Description

technical field [0001] The invention relates to the technical field of rubber, in particular to a conveying device that ensures independent transportation of tires based on its own gravity. Background technique [0002] As one of the important basic industries of my country's national economy, the rubber industry plays an indispensable role in daily life. Among them, various rubber production equipment and components are provided in emerging industries such as transportation and machinery. Broad development prospects. [0003] With the advancement and development of science and technology, the means of transportation are becoming more and more developed. In the transportation industry, rubber is mainly made into tires and put into daily life. In the process of tire production, formula design, mixing and plasticizing are required. And calendering process, etc., can finally get the finished tire. After the finished product is obtained, the tire needs to undergo the final quali...

AI Technical Summary

Problems solved by technology

[0003] With the advancement and development of science and technology, the means of transportation are becoming more and more developed. In the transportation industry, rubber is mainly made into tires and put into daily life. In the process of tire production, formula design, mixing and plasticizing are required. And calendering process, etc., can finally get the finished tire. After the finished product is obtained, the tire needs to undergo the final quality inspection. It supports the entire weight of the vehicle, and transmits the torque of traction and braking to ensure the adhesion between the wheels and the road surface. Therefore, the quality of the tires is directly related to the safety of the driver during driving. Therefore, in order to ensure the safety of driving, It is necessary to use special testing tools to scan the tires and then use the computer to test the hardness, cushioning, and shock resistance of each tire. However, because the traditional transportation equipment is mostly a simple conveyor belt device for batch transportation, it is impossible during transportation. Each product in the batch of products is transported separately, so the orderliness of the testing process cannot be guaranteed, which will inevitably lead to the problem of missed testing. If the missed product has quality problems, it will be put into the market and purchased by consumers. , there is no guarantee that the cushioning or strength of the tire is qualified, which will easily cause consumers to slide in rainy and snowy days or the vehicle, prone to rear-end collisions or other safety accidents, and there is a huge potential safety hazard

[0004] In order to solve the above problems, the inventor proposed a transmission device based on its own gravity to ensure that the tires are transported separately, which has the advantage of separate transportation for products with high tire safety inspection requirements, and solves the problem that the traditional transmission device can only be transported in batches and cannot The problem of separate transportation ensures that the device is used for transmission during the production process, and each product can be transported separately to ensure that each product will be inspected to improve product quality and product safety.

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