Safety helmet impact experience equipment

Abstract

The invention discloses safety helmet impact experience equipment, which comprises a plurality of safety helmet impact experience units and a box body used for accommodating the safety helmet impact experience units, and is characterized in that each safety helmet impact experience unit comprises a sliding block, an impact component connected with the sliding block, a guide rail provided for the sliding block to slide up and down, a kinetic energy linear motor used for providing upward sliding for the sliding block, a contact switch and a support frame which is arranged in the box body and used for bearing the sliding block, the guide rail, the linear motor and the contact switch; the box body is provided with a vertical sliding slot provided for the impact component to penetrate through and move up and down therein; the sliding block is arranged on the guide rail in a sleeved manner, a rust-proof sliding sleeve is arranged between the sliding block and the guide rail, the running effect is smoother, and a circumstance of unsmooth running of equipment caused by rusting between the guide rail and the sliding block can be effectively prevented; and one side of the sliding block is connected with the impact component, and the other side is provided with a counterweight block. The design disclosed by the invention enables the sliding block to stays at a dynamic balance state and prevent the sliding block to incline towards one side of the impact component, so that the guide rail is not deformed.

Description

technical field [0001] The invention relates to an experience device, in particular to a safety helmet impact experience device. Background technique [0002] With the construction of large-scale infrastructure in my country, construction engineering has become an industry with a high risk of accidents. The government attaches great importance to construction safety issues and has formulated a safety work policy of "prevention first, safety first, and comprehensive management"; construction construction The safety experience venue allows participants in construction activities to personally experience the importance of safety protection equipment in construction production activities and simulate the human body feeling when a safety accident occurs; at present, the safety experience equipment on domestic construction sites is connected to the experience There are two deficiencies in the current design: 1. The sliding effect is mainly realized by the linear bearing between the ...

AI Technical Summary

Problems solved by technology

[0002] With the construction of large-scale infrastructure in my country, construction engineering has become an industry with a high risk of accidents. The government attaches great importance to construction safety issues and has formulated a safety work policy of "prevention first, safety first, and comprehensive management"; construction construction The safety experience venue allows participants in construction activities to personally experience the importance of safety protection equipment in construction production activities and simulate the human body feeling when a safety accident occurs; at present, the safety experience equipment on domestic construction sites is connected to the experience There are two deficiencies in the current design: 1. The sliding effect is mainly realized by the linear bearing between the slider and the guide rail. The linear bearing Rust is prone to occur during the use of the guide rail, resulting in poor operation between the slider and the guide rail; 2. One side of the slider is connected to the impact part, so that the slider runs on the guide rail and there will be an impact part The direction of one side is inclined. During long-term use, the dynamic imbalance of the sliding block will cause the deformation of the guide rail and make the equipment not run smoothly. These two technical problems need to be solved urgently by those in the relevant technical field.

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