Shrub longitudinal sine function distribution clip executor

Abstract

The invention discloses a shrub longitudinal sine function distribution clip executor, and belongs to the technical field of landscaping clip. The shrub longitudinal sine function distribution clip executor comprises a walking frame and a lifting platform assembly. A lifting platform in the lifting platform assembly is connected with a sine function lifting transmission component; the sine function lifting transmission component comprises cams installed below the lifting platform and used for pushing the lifting platform to move according to the sine function law; an inner connecting rod assembly and an outer connecting rod assembly are hinged to the lifting platform, and the other end of the inner connecting rod assembly and the other end of the outer connecting rod assembly are connected with a branch guiding beam assembly; a branch shearing component and a branch guiding component are installed on the branch guiding beam assembly, and a position-changing mechanism is connected among the inner connecting rod assembly, the outer connecting rod assembly and the walking frame. By means of the clip executer, the shrub superficial area for receiving sunlight is relatively increased, the curved surface for reflecting noise is increased, the reflection direction is changed, vehicle noise is reduced, and the feeling of changing outside environment is brought to a driver.

Description

technical field [0001] The invention relates to the technical field of landscaping pruning, in particular to a shrub vertical sine function distribution pruning actuator. Background technique [0002] Urban roads use two rows of shrubs to separate the fast motor lane in the middle from the slow motor lanes on both sides, so as to improve the passing capacity of the road and ensure the driving safety of their respective vehicles. The current shrubs are not allowed to grow taller, so that drivers can get a wide view. For this reason, two rows of shrubs need to be pruned every spring. Now most of them are pruned manually. The pruning speed is slow and tiring. Now almost all the tops of the shrubs are pruned. It is parallel to the road, and the sides of the shrubs are trimmed to be perpendicular to the road. It looks beautiful, but it is too monotonous, and there is no sense of ups and downs. Especially when driving at night, the illumination and reflection of the headlights are...

AI Technical Summary

Problems solved by technology

The current shrubs are not allowed to grow taller, so that drivers can get a wide view. For this reason, two rows of shrubs need to be pruned every spring. Now most of them are pruned manually. The pruning speed is slow and tiring. Now almost all the tops of the shrubs are pruned. It is parallel to the road, and the sides of the shrubs are trimmed to be perpendicular to the road. It looks beautiful, but it is too monotonous, and there is no sense of ups and downs. Especially when driving at night, the illumination and reflection of the headlights are in the same state , can not bring the stimulation of the change of the external environment to the driver, and the feeling of the speed of the vehicle is not allowed

Images