A telescope and control system therefor

By introducing a control system consisting of an input module, a main control module, a drive module, and a storage module into the telescope, combined with buttons, a scroll wheel, and a voice module, the problem of low control efficiency in existing telescopes has been solved, enabling efficient real-time selection of observation modes and adjustment of parameters.

CN122172620APending Publication Date: 2026-06-09GUANGZHOU CHENGZHI INTELLIGENT MACHINE TECH CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
GUANGZHOU CHENGZHI INTELLIGENT MACHINE TECH CO LTD
Filing Date
2026-01-20
Publication Date
2026-06-09

AI Technical Summary

Technical Problem

Existing telescopes require multi-level menu operations for real-time observation mode selection and parameter adjustment, resulting in low efficiency. Alternatively, placing a large number of buttons directly on the outer casing leads to a complex button layout, which is also inefficient.

Method used

The control system employs an input module, a main control module, a drive module, and a storage module. Combined with a mechanical module (including buttons and scroll wheel buttons) and a voice module, it enables the transmission and processing of encoded command information, reducing menu levels and the number of buttons, and improving control efficiency.

Benefits of technology

By using buttons and scroll wheel buttons in combination, the number of menu levels and buttons is reduced, improving the efficiency of telescope adjustment and control. The voice module adapts to different environments, enhancing the flexibility and applicability of the control system.

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    Figure CN122172620A_ABST
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Abstract

A control system for controlling a telescope body includes an input module, a main control module, a drive module, and a storage module connected in pairs. The input modules send encoded information of the command corresponding to a preset operation to the main control module after the user performs a preset operation. Each input module includes a mechanical module comprising at least one button, at least one scroll wheel, and a first processor. The first processor is connected to the button, the scroll wheel, and the main control module. When the button and scroll wheel perform a preset mechanical operation, the first processor matches the command corresponding to that operation and transmits the encoded information of the command to the main control module. Compared to existing technologies, the control system of this invention allows for command input via both buttons and scroll wheels, improving control efficiency.
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