Method and apparatus associated with a microcomputer system for automatically indicating a next-in-time positional parameter of an exploration system that includes two recording trucks

Claim 2

Method of automatically generating next-in-time reference positional data for a source-detector array of a second recording truck("slave") commanded by a first recording truck ("master"), said reference data being identified by a multi-bit code representative of at least one of a series of positions along a line of survey, said code being generated by a microcomputer system within said first truck including an MPU, memory units, and display and switching means interconnected via a system bus; said code being transmitted to a microcomputer system in said second truck, comprising, (a) storing data in said microcomputer system of said first truck, said stored data being at least associated with said series of positions along said line of survey, (b) at the end of each collection cycle, determining as bits of digital data a next-in-time reference position for said array of said slave truck, (c) transmitting the data of (b) to said slave truck.

Claim 3

The method of claim 1 in which step (b) includes the step of displaying the generated positional data of (b) at said display and switching means of said microcomputer system at said master truck for operator inspection, which errors in the latter can be detected and corrected.

Claim 4

Method of claim 1 in which step (b) includes a precursor step of determining an operational switch status associated with a separate switch means of said display and switching means of said microcomputer system at said master truck.

Claim 5

A ground position controller for automatically testing a reference positional code that can be associated with one of a series of next-in-time positions of a source-detector array of a second recording truck ("slave"), said code being generated at a first recording truck ("master") in operatively connection wtih said second truck, comprising a microcomputer system within said first truck, said system including an MPU, memory units, display and switching means and a system bus, said display and switching means including separate encoding means for automatically encoding digital data related to array geometry and exploration parameters for repetition in correct sequence of exploration activities along said line of survey via separate source-detector array operationally connected to said first recording truck, separate display means for automatically displaying at least a portion of said encoded data in alphanumeric form including a next-in-time reference position associated with said array of said second recording truck whereby the latter data can be perused prior to actual transfer to said second truck, and corrected if required, and separate switch means connected to said MPU of said microcomputer system at said first truck for determining, on command, operational switch status whereby use of separate master and slave arrays can be specified and the prescribed operational reference signals determined.

Claim 6

A ground position controller for automatically testing a reference positional code that can be associated with one of a series of next-in-time positions of a source-detector array of a second recording truck ("slave"), said code being generated at a first recording truck ("master") in operatively connection wtih said second truck, comprising a microcomputer system within said first truck, said system including an MPU, memory units, display and switching means and a system bus, said display and switching means including separate encoding means for automatically encoding digital data related to array geometry and exploration parameters for repetition in correct sequence of exploration activities along said line of survey via separate source-detector array operationally connected to said first recording truck, separate display means for automatically displaying at least a portion of said encoded data in alphanumeric form including a next-in-time reference position associated with said array of said second recording truck whereby the latter data can be perused prior to actual transfer to said second truck, and corrected if required, and separate switch means connected to said MPU of said microcomputer system at said first truck for determining, on command, operational switch status whereby use of separate master and slave arrays can be specified and the prescribed operational reference signals determined.

Claim 7

Controller of claim 4 in which said display and switching means also includes further separate display means for displaying data related to next-in-time locational positions of said separate source-detector array operationally connected to said first recording truck.