Side bar positioning multidimensional integrated leakage resisting chain feeding machine for achieving feeding machine conveyer side bar positioning multidimensional integrated leakage resisting method

Abstract

Disclosed is a side bar positioning multidimensional integrated leakage resisting chain feeding machine. The side bar positioning multidimensional integrated leakage resisting chain feeding machine comprises a machine frame and a side bar positioning multidimensional integrated leakage resisting chain conveying device, wherein the machine frame supports the side bar positioning multidimensional integrated leakage resisting chain conveying device to convey materials; the side bar positioning multidimensional integrated leakage resisting chain conveying device comprises a chain fastening multidimensional integrated leakage resisting side positioning belt, side positioning bars, a side positioning bar fastening circular chain, chain locking units, a chain gear driving unit and a chain gear redirecting unit, wherein the side positioning bars extend out of the end portions of the chain fastening multidimensional integrated leakage resisting side positioning belt, and the chain locking unitslocks the end portions of the side positioning bars onto the side positioning bar fastening circular chain to form a side bar positioning multidimensional integrated leakage resisting chain. The sidebar positioning multidimensional integrated leakage resisting chain feeding machine has the advantages of being free from slipping when started under head load, free from leakage via integrated material collecting, less prone to deviation through multidimensional positioning, capable of avoiding slipping through chain wheel start, free from noise and wear-resistant through a flexible chain, capable of avoiding material return via multidimensional integrated leakage resisting, and good in coordination between a flexible belt and a rigid chain to save adjustment and maintenance.

Description

technical field [0001] The invention belongs to the field of machinery, and in particular relates to a side bar positioning multi-dimensional integral leak-proofing chain belt feeding machine of a method for positioning a multi-dimensional integral leak-proofing by a side bar of a conveyor of a feeder. Background technique [0002] The conveyor belt of the old-style belt feeder and the armor belt feeder rely on the friction force to drive the feeding by the driving roller and the driven roller. Because of the large amount of expansion and contraction of the belt and the armor belt, the position of the driving roller and the driven roller often needs to be adjusted. Cooperate with the tension of the belt and armor belt to continue working. Because the workers on site pull the rollers at both ends of the belt and armor belt too far, it not only leads to the breakage of the belt and armor belt, resulting in serious production stoppage accidents, but also often causes Mostly, wh...

AI Technical Summary

Problems solved by technology

[0002] The conveyor belt of the old-style belt feeder and the armor belt feeder rely on the friction force to drive the feeding by the driving roller and the driven roller. Because of the large amount of expansion and contraction of the belt and the armor belt, the position of the driving roller and the driven roller often needs to be adjusted. Cooperate with the tension of the belt and armor belt to continue working. Because the workers on site pull the rollers at both ends of the belt and armor belt too far, it not only leads to the breakage of the belt and armor belt, resulting in serious production stoppage accidents, but also often causes Mostly, when the motor starts the belt and the belt rotates, the power of the motor is overloaded, causing the motor to burn out and other shutdown failures, and because the belt and the belt are attached to the drum and rotate by friction, because the driving drum and the driven drum are installed, there must be two The roller shafts are not parallel and there are parallelograms at the ends of the two roller shafts. In addition, there is no rib on the edge of the belt, there is a gap between the nail belt piercing strip and the perforation, and there are gaps between multiple nails. The deformation caused by the deflection of rollers and drums will inevitably lead to the frequent deviation of belts and belts during operation, resulting in material leakage, wear and tear of belts and belts, guide grooves, deviation, tearing and fracture of belts and belts. Frequent maintenance and replacement has caused serious waste of manpower and material resources, reduced production efficiency and polluted the environment. The old belt feeder and armor belt feeder no longer meet the modern production needs of environmental protection, safety, high efficiency and energy saving; the old chain belt The material machine is made of multiple threading strips to wear multiple nails, and the material leaks between the nails, even if a leak-proof strip is set between the nails, because the leak-proof strips are easy to fall off, often causing material leakage, the nails and the nails The gap between the nails brings serious return materials, the manufacturing process of piercing nails is complicated, the waste of materials is serious, and the production efficiency is low. The chain plate feeder consumes a lot of energy, vibration, noise, and scrapers during the feeding process. It is very serious to bring back materials out of the bottom plate, serious material leakage, complex structure, large volume and heavy weight, and large site space occupation, resulting in large investment costs for site infrastructure and equipment, and a lot of waste of materials. In order to solve the problems of material leakage and return materials, Adding a return material collector to the lower part of the chain belt feeder and chain plate feeder chassis not only increases the equipment put into use, but the effect is poor, and further causes a waste of manpower and material resources. And the improvement of precision, the requirement for the accuracy and reliability of the dynamic weighing of reloading feeding equipment is getting higher and higher. At the same time, the distance from the outlet of the silo to the belt conveyor or the transport carriage is very close. Since the height of the coal mine silo must be at least 20 meters, the impact force of the ore falling from the coal silo is very large. The reload dynamic weighing feeder installed at the outlet of the silo to the belt conveyor or the transport compartment will vibrate violently, and the dynamic weighing device installed on the reload dynamic weighing feeder will vibrate violently due to frequent gravity impacts Serious weighing errors are caused. The working environment where the dynamic weighing metering feeder is located has a large temperature difference between day and night, and a larger temperature difference between summer and winter, which further causes large measurement errors. Due to large weighing errors, the transporter or transport vehicle is often overloaded or seriously short of materials. , after the transport vehicle is overloaded, it is necessary to find a place to unload the material, and after the lack of material, the material is reloaded twice, which reduces the loading and transportation Efficiency has caused a lot of waste of manpower, space and time, and also caused secondary pollution of materials to the site, air and facilities. In order to solve the above problems, the present invention proposes a Reverse feeding inclined side blanking reducing interference dynamic weighing metering feeder

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