Inner Red Dot Sight Reticle Adjustment With Anti-Jump Stabilization
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Solution Overview
Problem
Existing inner red dot sights suffer from low reticle adjusting precision and efficiency due to thread clearance interference and seat tilting or jumping during adjustments.
Innovation Solution
A reticle adjusting device with UP and R adjusting mechanisms, including UP and R resetting mechanisms, and limiting parts to stabilize the light source mounting seat, ensuring precise adjustments without deviation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If vertical or horizontal adjusting screws are used to adjust the LED chip mounting seat position, then the sight reticle can be adjusted, but thread clearance interference causes the mounting seat to tilt or jump during adjustment
Solution Approach 1:
The adjustment system is segmented into four independent adjustment mechanisms (UP adjusting, UP resetting, R adjusting, R resetting) arranged at the four corners of the mounting seat. Each mechanism independently adjusts one aspect of the mounting seat position, eliminating the interference between adjustment components that causes tilting and jumping.
Solution Approach 2:
The patent combines adjustment and resetting functions into an integrated system where adjusting mechanisms and resetting mechanisms work together. The resetting mechanisms are merged with the adjusting mechanisms to provide automatic resetting functionality, ensuring the mounting seat returns to its original position after adjustment and preventing instability.
2Ease of operation
If adjusting screws are used to move the mounting seat, then position adjustment is achieved, but clearance in cavity space causes the mounting seat to jump during shooting
Solution Approach 1:
The resetting mechanisms are pre-installed and pre-configured to counteract the jumping tendency of the mounting seat. These mechanisms apply preliminary counteracting forces to prevent the mounting seat from jumping during shooting, rather than waiting for the jumping to occur and then correcting it.
Solution Approach 2:
The resetting mechanisms act as intermediary components between the mounting seat and the external forces (recoil, vibration) that cause jumping. These intermediaries absorb and dissipate the disruptive forces, protecting the mounting seat from direct impact and preventing positional instability.
3Device complexity
If thread fit clearance is adjusted during the adjustment process, then screw interference is reduced, but the adjustment precision and efficiency remain low
Solution Approach 1:
The adjustment mechanisms incorporate dynamic elements such as springs that allow the system to adapt to different adjustment states. The springs provide flexible connection that maintains precise positioning while accommodating the natural movements and forces acting on the mounting seat during adjustment and operation.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Improves reticle adjusting precision and efficiency by preventing seat deviation and interference through coordinated mechanisms and limiting parts, maintaining accurate sight reticle alignment.
Implementation Method 1
a UP resetting mechanism which is movably connected with the light source mounting seat in an inserted mode and is used for enabling the light source mounting seat to move downwards to be reset in the vertical direction; an R resetting mechanism which is connected with the light source mounting seat and is used for enabling the light source mounting scat to move rightwards or leftwards to be reset in the horizontal direction
Data Source
AI summary
A reticle adjusting device includes a light source mounting seat; a UP adjusting mechanism which is connected with or abuts against a bottom of the light source mounting seat and is used for adjusting the light source mounting seat to move upwards in a vertical direction; a UP resetting mechanism which is movably connected with the light source mounting seat in an inserted mode and is used for enabling the light source mounting seat to move downwards to be reset in the vertical direction; an R adjusting mechanism is used for adjusting the light source mounting seat to move leftwards or rightwards in a horizontal direction; and an R resetting mechanism is used for resetting the light source mounting seat rightwards or leftwards in the horizontal direction, wherein the R adjusting mechanism and the R resetting mechanism are arranged at two ends of the light source mounting seat respectively.