Ammunition static parameter automatic measuring device

Abstract

The invention relates to the field of ammunition detection, and particularly relates to an ammunition static parameter automatic measuring device which is the integration of the measurement of mass, center of mass, centroidal deviation and the length of the ammunition, wherein the ammunition static parameter automatic measuring device comprises a rotary driving mechanism, a measuring bench, length measurement mechanisms, a lifting mechanism, a support frame body and a force measuring sensor, the two length measurement mechanisms are arranged at the front and rear ends of the upper table board of the support frame body respectively, the rotary driving mechanism is arranged above the length measurement mechanisms at the rear end of the support frame body, the middle of the upper table board of the support frame body is provided with the measuring bench, the position, below the measuring bench, of the support frame body is internally provided with the lifting mechanism, the force measuring sensor is arranged between the measuring bench and the upper table board of the support frame body, the measuring bench is driven to descend on the force measuring sensor through the lifting mechanism, when the measuring bench is driven to ascend to make the axis of a product to be measured is as high as that of the rotary driving mechanism, the product to be measured is clamed to rotate through the rotary driving mechanism. The ammunition static parameter automatic measuring device is the integration of multiple functions, can achieve automatic measurement of multiple parameters, and is high in measurement efficiency.

Description

technical field [0001] The invention relates to the ammunition detection field, in particular to an ammunition static parameter automatic measuring device which integrates ammunition mass, center of mass, mass deviation and length measurement. Background technique [0002] The measurement of ammunition’s mass, center of mass, mass deviation, length and other parameters is a necessary measurement item during the production of ammunition. The ammunition measurement in the prior art is to manually measure the mass deviation of the product rotation, and then measure the length with a caliper. Then manually input the length value into the measuring device to measure the axial center of mass position. The efficiency and measurement accuracy of the whole measurement process are low, which cannot meet the high-speed and high-efficiency requirements of ammunition automation production, so it cannot be integrated with the ammunition automation production line. Contents of the inventi...

AI Technical Summary

Problems solved by technology

[0002] The measurement of ammunition’s mass, center of mass, mass deviation, length and other parameters is a necessary measurement item during the production of ammunition. The ammunition measurement in the prior art is to manually measure the mass deviation of the product rotation, and then measure the length with a caliper. Then manually input the length value into the measuring device to measure the position of the axial center of mass. The efficiency and measurement accuracy of the entire measurement process are low, and it cannot meet the high-speed and high-efficiency requirements of ammunition automation production, so it cannot be integrated with the ammunition automation production line.

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