| 摘要 |
The optical-electronic groove machine for geodetic measurement learning comprises a geodetic instrument, a measuring mark optical device as at least one collimator and computing facilities for data input, data conversion, measurement result analysis, training comments. To device there is a step-by-step track of time unit and a measurement dynamics analyzer. Herewith the first data input output is connected with an information conversion input, the second one is connected with a program block input and the third one is connected with an indicating unit input, a program block output is connected with a setting display input. The information conversion outputs are connected with a data comparator and a step-by-step track of time unit and a measurement input. The step-by-step track of time unit and a measurement output is connected with a measurement dynamics analyzer unit input and a measurement dynamics analyzer unit is connected with an indicating unit input. The second program unit output is connected with a data comparison unit input; a comparison unit input output is connected with a measurement result analyzer input. A measurement result analyzer output is connected with a measurement result training comment input and a measurement result training comment output is connected with an indication unit input. |
