Algorithmic bases of processing of the measuring information about the velocity of the throwing element in the bore

Abstract

The article presents the structural scheme (fig. 1) of velocity measuring instrument for the throwing element in the firearm bore. On the bases of such structural scheme the structural-algorithmic scheme (fig. 2) was built. The structural-algorithmic scheme determines the order and features of the measuring information conversion concerning the velocity of the throwing element in the bore. This scheme allows us to carry out the investigations of measuring instrument by its structure and by the content of the algorithms of the measuring information. The resulting structural-algorithmic scheme is the basis for the generalized algorithm of processing of the measuring information development (fig. 3). Given generalized algorithm is a combination of logical parts which transmit the content of the conversion of measuring information without binding to specific apparatus devices or constructive solutions. It allows to carry out the modelling of the processing of experimental input signal at different values of element parameters of measuring instrument, to correct the content of separate stages of processing of the measuring information and it can be used for creating of the measuring instrument of velocity of the throwing element in the bore with the given characteristics.

Keywords

• measuring instrument, velocity, throwing element, bore, structural-algorithmic scheme, algorithm, measurement information