A Multifunctional Indicating Device Based on Anti-vibration

Abstract

The invention discloses a vibration prevention based multifunctional indication device. According to the scheme, the device comprises a main trigger unit, an auxiliary trigger unit, a back trigger unit and a front trigger unit that are arranged in a box body, wherein the main trigger unit is provided with a central bearing, side baffles, a top baffle and a main trigger positioned in the main trigger unit; the auxiliary trigger unit is provided with an auxiliary baffle arranged vertically and upwards along the top baffle, and the auxiliary baffle forms an auxiliary trigger restricted in the auxiliary trigger unit together with a frame and a door baffle; when main and auxiliary trigger carriers tilt due to vibration, run to an intersection of the main and auxiliary triggers, collide and quickly return to initial positions, it is displayed that no color is changed in an indication hole; or when the tilt angles of the main and auxiliary trigger carriers are increased to a preset tilt angle, the main and auxiliary triggers do not have the intersection and leave from the initial positions, and it is displayed that the color is changed in the indication hole. Due to the adoption of the scheme, the defects that existing tilt detectors all do not have vibration-proof functions or are complicated in structure, difficult to manufacture, high in cost and inconvenient to popularize although having the vibration-proof functions are overcome; and the device is widely applied to anti-tilt indication of various articles in moving and carrying processes.

Description

technical field [0001] The invention relates to a multifunctional indicating device based on anti-vibration. Background technique [0002] There are static and dynamic expressions for the existing tilt detectors used for various types of moving and carrying items; the static ones are made of text or icons directly printed or pasted on the packing box; this kind of expression Simple and feasible, but no dynamic change response; dynamic tilt detectors are simple and complex; but they all have the defect of single function, especially when the items vibrate during moving and handling, such as transporting items The vibration generated when the vehicle passes the deceleration belt, the "indicator" in the tilt detector will "jump out" and lose the detection function or false alarm, which will easily cause improper handling of the product and cause major economic losses such as product damage; Research a measure that can still make the "indicator" in the tilt detector not "jump o...

AI Technical Summary

Problems solved by technology

[0002] There are static and dynamic expressions for the existing tilt detectors used for various types of moving and carrying items; the static ones are made of text or icons directly printed or pasted on the packing box; this kind of expression Simple and feasible, but no dynamic change response; dynamic tilt detectors are simple and complex; but they all have the defect of single function, especially when the items vibrate during moving and handling, such as transporting items The vibration generated when the vehicle passes the deceleration belt, the "indicator" in the tilt detector will "jump out" and lose the detection function or false alarm, which will easily cause improper handling of the product and cause major economic losses such as product damage; Research a measure that can still make the "indicator" in the tilt detector not "jump out" or control it in time when vibrating; the "anti-vibration tilt detector" with the patent publication number "CN 101275830A" discloses " The first mass block and the second mass block in the "receptor" are blocked when they encounter tilt and the mechanism guarantee; but the structure is complicated, the manufacturing requirements are high, the production cycle is long, the product cost increases, it is inconvenient to popularize and promote, and the market prospect is not good. expected

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