An improved dredging device for building eaves

Abstract

The invention discloses an improved type building eave dredging device. The improved type building eave dredging device comprises a guide slot which is formed in a building eave, and a left fixed connecting block and a right fixed connecting block which are arranged at the two sides of the guide slot, wherein a filter screen is arranged on the top of the guide slot in a front-rear extending mode;a plurality of lamp slots are longitudinally are formed in building eave top portions at the left side and the right side of the guide slot; a colored lamp is arranged in each lamp slot; a debugging slot is formed in the right fixed connecting block, an open end of the debugging slot faces towards the left fixed connecting block, and extends front and rear; a debugging arm which is connected withthe debugging slot in a matched mode is further arranged on the right end surface of the right fixed connecting block; a movable slot is formed in the left fixed connecting block, an open end of the movable slot faces towards the right fixed connecting block and extends front and rear; a rack can be movably arranged in the movable slot in the horizontal direction; the front end and the rear end ofthe rack are fixedly equipped with a front side rod and a rear side rod separately; a guide post is mounted between the front side rod and the rear side rod; a slide block is movably mounted on the guide post; and a stud is further in screw-thread fit in the slide block.

Description

technical field [0001] The invention relates to the technical field related to construction, in particular to an improved dredging device for building eaves. Background technique [0002] In the history of Chinese architecture, the design of the eaves is the most representative Chinese architectural feature. It is mainly used to increase the aesthetics of the building and divert the rainwater on the roof through the diversion groove inside it in rainy and snowy weather. Since the eaves are set relatively outside and the diversion groove is exposed to the outside world, the diversion groove is susceptible to the accumulation of dust particles or pollutants, and the particles generally fall directly to the bottom of the diversion groove. If these particles are not cleaned in time, it will affect the drainage. The use of the launder will cause blockage of the diversion groove in severe cases, and some dirt with high viscosity will directly adhere to the side wall of the diversi...

AI Technical Summary

Problems solved by technology

[0002] In the history of Chinese architecture, the design of the eaves is the most representative Chinese architectural feature. It is mainly used to increase the aesthetics of the building and divert the rainwater on the roof through the diversion groove inside it in rainy and snowy weather. Since the eaves are set relatively outside and the diversion groove is exposed to the outside world, the diversion groove is susceptible to the accumulation of dust particles or pollutants, and the particles generally fall directly to the bottom of the diversion groove. If these particles are not cleaned in time, it will affect the drainage. The use of the launder will cause blockage of the diversion trough in severe cases, and some dirt with high viscosity will directly adhere to the side wall of the diversion trough, making cleaning more difficult

Images