Plate and strip rolling mill roller shape measuring device and measuring method

Abstract

The invention discloses a plate and strip rolling mill roller shape measuring device which comprises a horizontally arranged scale carriage, one end of the scale carriage is vertically provided with a fixed support, the other end of the scale carriage is provided with a moving support capable of horizontally sliding on the scale carriage, and a measuring unit is further arranged between the fixed support and the moving support. The measuring unit comprises a first sliding block capable of sliding on the scale sliding frame and a displacement measuring element arranged below the first sliding block, a first graduated scale is arranged on the front side of the scale sliding frame in the horizontal direction of the scale sliding frame, and vertical second graduated scales are arranged on the sides, close to the roller, of the fixed support and the movable support; by arranging the fixed support, the moving support and the measuring unit, the device is simple in structure and convenient to operate, and the problems that operation is inconvenient and production scheduling is affected when a traditional roll grinder measures the roll shape, and the problems that the price is high, the measuring error is large, the precision is low and equipment is damaged due to the fact that a roll shape measuring instrument measures the roll shape are solved.

Description

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AI Technical Summary

Benefits of technology

The technical effect described in this patented technology relates to simplifying the process of accurately measuring rollers used in manufacture processes while maintaining their functionality during use. This includes attaching brackets onto the ends of the rods without changing them' shapes or dimensions, adding padding material around the ropes themselves, securing covers over the rope rings, adjustable weights, connecting multiple structures together like screw bolts, and applying tension to hold down the weighted part securely against slippage. Additionally, there may include other features such as indicating lines along certain positions on the rod guides, allowing operators to easily determine if they have problems accessing these components. Overall, this innovation allows for precise measurements of rollers made of materials like steel plating, resulting in better quality control measures and reduced costs associated with manufacturations.

Problems solved by technology

Technically speaking, current methods involve rolling tools that measure the hardest part (roll) while leaving it lightweight or requiring extra weight). These techniques require multiple steps like placing them onto different machines before they start working properly. Additionally, these existing systems have limitations due to their complexity and costly structures.

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