Shock-absorbing device of block shaper

Abstract

The invention discloses a damping device for concrete block forming machine, which relates to an elastic component supportively arranged between a frame of the concrete block forming machine and a die of the concrete block forming machine. Being supported by the elastic component, the die of the concrete block forming machine is just close to / or separated from a vibration platform of the concrete block forming machine. The damping device for concrete block forming machine of the invention has the advantages that when a vibration motor is started, the weight of the die is placed on the elastic component, and the vibration motor is started under a small load, thus reducing the energy-consumption for start-up and prolonging the service life of the vibration motor; moreover, the elastic component also has certain damping effects during the vibration, thus not only delivering better vibration effect, but also reducing the mechanical loss of the concrete block forming machine and causing lower vibration noise.

Description

technical field [0001] The invention relates to a vibration damping device of a block forming machine. Background technique [0002] The block forming machine generally includes a feeding device, a distributing device and a forming device. The feeding device provides a mixture of cement, sand, stone powder and other raw materials. The distributing device evenly distributes the mixed material in the mold of the forming device. The mixed material is vibrated in the mold by means of pressure and pressure. In the existing block forming machine, the mold is directly placed on the vibrating platform. When starting, the vibrating motor needs to lift the vibrating platform, the mold and the materials in the mold together to vibrate. The energy consumption required for starting is large, and the load of the vibrating motor Larger, resulting in shorter life of the vibration motor; and the hard contact between the vibration platform and the frame during vibration, not only the vibrati...

AI Technical Summary

Problems solved by technology

In the existing block forming machine, the mold is directly placed on the vibrating platform. When starting, the vibrating motor needs to lift the vibrating platform, the mold and the materials in the mold together to vibrate. The energy consumption required for starting is large, and the load of the vibrating motor Larger, resulting in shorter life of the vibration motor; and the hard contact between the vibration platform and the frame during vibration, not only the vibration effect is relatively poor, but also the mechanical loss of the frame and vibration platform is large, and the vibration noise is also large

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