Cement bucket vibration cleaning mechanism for building construction

Abstract

The invention discloses a vibration cleaning mechanism for cement barrels used in construction, which comprises a cleaning disk base, a combined connector, a vibration driving part and a driving mechanism; a groove hole; the combined connector includes a connection seat and a cement bucket placement seat, the connection seat is fixed on the inner side of the groove hole, and the cement bucket placement seat is telescopically movably connected to the connection seat. In the present invention, a plurality of lateral vibrating parts are arranged on the peripheral side of the opening of the cement barrel placing seat. When the elastic ejector rod in the vibrating driving part is vibrated and driven, the first stroke of the elastic ejector rod directly vibrates and cleans the bottom of the cement barrel. The second stroke of the elastic ejector rod drives the cement bucket placement seat to move upwards, thereby driving the lateral vibrating parts to perform uniform vibration cleaning on the surrounding sides of the cement bucket, so as to realize the vibration cleaning of the whole cement bucket and significantly improve the cleaning effect of the cement bucket.

Description

technical field [0001] The invention relates to a cement bucket cleaning technology for building construction, in particular to a vibration cleaning mechanism for cement buckets for building construction. Background technique [0002] It is well known that various construction tools are used in the construction of various buildings. The cement bucket is one of the basic tools for building construction and also one of the most consumed consumables. The cement bucket is used for cement mortar during construction. Bearing, the construction workers take out a part of the cement mortar from the cement bucket with the pick-up board, and then use a trowel to stick a part of the cement mortar from the pick-up board and apply it to the wall to realize the construction and painting work. Because the concrete is adhesive, so There will be a part of concrete adhered to the barrel wall. If it is not treated in time, the concrete will be fixed on the barrel wall after losing moisture, and...

AI Technical Summary

Problems solved by technology

[0004] The disadvantage of the prior art is that the bottom of the cement barrel can be cleaned by a single vibration mechanism. Although the cement attached to the bottom of the cement barrel can be cleaned out, the cement attached to the inner side wall of the barrel can be cleaned up. The cement cleaning effect is poor, resulting in cement mortar attached to the side wall of the cement bucket, and the cleaning effect is poor

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