Electrically-controlled multiple-degree-of-freedom motion adjusting and detachable vehicle-mounted navigation system

Abstract

The invention discloses an electrically-controlled multiple-degree-of-freedom motion adjusting and detachable vehicle-mounted navigation system. The electrically-controlled multiple-degree-of-freedommotion adjusting and detachable vehicle-mounted navigation system is characterized in that the electrically-controlled multiple-degree-of-freedom motion adjusting and detachable vehicle-mounted navigation system comprises a display screen module, a double output shaft motor module, a single output shaft deceleration motor module and a sliding rail lifting combination module, the display screen module is connected with the double output shaft motor module, the double output shaft motor module is horizontally mounted on the single output shaft deceleration motor module, and the single output shaft deceleration motor module is perpendicularly mounted on the sliding rail lifting combination module. The electrically-controlled multiple-degree-of-freedom motion adjusting and detachable vehicle-mounted navigation system has the beneficial effects that the electrically-controlled multiple-degree-of-freedom motion adjusting and detachable vehicle-mounted navigation system can be freely ascendedand descended, can stop at any height in the stroke range, can conduct front, rear, left and right multiple angles of rotating, faces a driver or a copilot, and meets the requirement of multiple angle adjustment; low noise design meets the in-vehicle silent requirements; and the vehicle driver and passenger can dismount the navigation directly to serve as a flat computer for being used accordingto needs.

Description

technical field [0001] The invention relates to the field of vehicle navigation systems, in particular to an electronically controlled multi-degree-of-freedom movement adjustment and detachable vehicle navigation system. Background technique [0002] The existing car navigation display module is basically in a fixed position in the car interior, and the angle is fixed, which cannot meet the user's multi-degree-of-freedom adjustment requirements for the car navigation display. The electronically controlled sports car navigation on the market can only be raised and lowered in a small range or flipped back and forth at a small angle. The viewing angle is very limited, and the direction of the screen display cannot be freely adjusted according to the driver and passengers, and the entire system is noisy. The demand for car navigation with electronically controlled multi-degree-of-freedom adjustment is particularly strong when faced with factors such as users of different heights...

AI Technical Summary

Problems solved by technology

[0003] The patent document with the notification number CN 206038019U discloses a vehicle-mounted navigator with multi-directional rotation adjustment. The multi-directional rotation adjustment of the navigator is mainly realized through a ball joint. The degree of intelligence is low and manual adjustment is required. The direction of rotation Restricted, and can only rotate in a fixed position, not movable

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