Horizontal impact response spectrometry apparatus

Abstract

The invention discloses a horizontal impact response spectrometry apparatus. The apparatus comprises an engine base, an impact response platform, a power driving mechanism, a reset mechanism, a buffer mechanism and an impact response spectrum detection apparatus. The power driving mechanism comprises a piston cylinder assembly and an air feed assembly. An air channel control unit is arranged between the air feed assembly and the piston cylinder assembly. The impact response platform comprises an impact platform assembly and a response platform assembly. The reset mechanism comprises a first reset mechanism and a second reset mechanism. The buffer mechanism comprises a first buffer component, a second buffer component and a fixing seat. The impact response spectrum detection apparatus comprises a master control device, an impact spectrum detection module, a response spectrum detection module, a parameter setting unit and a display unit. The design is reasonable, operation is simple and installation is convenient. A device to be tested can be conveniently installed and safety performance is high. An impact spectrum and a response spectrum can be simultaneously detected and an impact environment which needs to be simulated is reached.

Description

technical field [0001] The invention belongs to the technical field of mechanical environment experiment measurement, and in particular relates to a horizontal shock response spectrum measurement device. Background technique [0002] Because the impact movement will bring certain damage and destruction to the equipment, in turn, people need to study the nature and harsh conditions of the impact environment in which the equipment is located, and check the impact resistance of the equipment through environmental simulation experiments to improve the impact resistance of the equipment. Shock response spectrum is generally an important concept widely used in engineering. The International Electrotechnical Commission (IEC), the technical committees of the International Organization for Standardization (ISO) and China's national standards have all used the shock spectrum as one of the methods for specifying the shock environment. Therefore, the shock spectrum is the analysis basi...

AI Technical Summary

Problems solved by technology

[0003] At present, the devices for measuring the shock response spectrum of equipment mainly include pendulum-type impact test equipment and free-fall impact test equipment. After the device to be tested is raised to a predetermined height, it is free-fall impacted to detect the shock response spectrum. The volume of the device detected by this free-fall impact test device is limited, and some devices are not allowed to change the placement position at will, so the scope of application is small. In addition , due to the existence of uncertain factors during the drop process of the test bench and the device to be tested, there will be no contact with the shock response spectrum detection device, so that the detection of the shock response spectrum cannot be realized; although the pendulum impact test device can better simulate the shock environment , so that the impact can meet the transient process of unsteady state, but the structure of this pendulum impact test device is more complicated, the cost is high, the space occupied is large, and the impact excitation is not easy to control; in addition, the pendulum impact test device and free fall The impact test device realizes oblique impact and vertical impact, and cannot realize horizontal impact test; moreover, the current pendulum impact test device and free fall impact test device can only realize the detection of the response spectrum, but cannot realize the detection of the shock spectrum. detection

Images