Patent ID: 11874193
Assignee: SICHUAN HIGHWAY PLANNING, SURVEY, DESIGN AND RESEARCH INSTITUTE LTD
Field: Measurement (Instruments)
Classification: CPC G  E  Y | IPC E  G

Claim 0:
1. An ice avalanche-type glacial lake outburst surge generation and height measurement device, comprising:
a glacial lake simulation module (100), comprising a glacial lake pool (110), an enclosure (120), ice avalanche pools (130), ice avalanche frames (140), and flip cylinders (150), wherein the enclosure (120) is arranged on a periphery of the glacial lake pool (110), the ice avalanche pools (130) are arranged on the periphery of the glacial lake pool (110), a lower end of each ice avalanche frame (140) is rotationally connected into a corresponding ice avalanche pool (130), a cylinder body of each flip cylinder (150) is rotationally connected into a corresponding ice avalanche pool (130), and one end of a piston rod of each flip cylinder (150) is rotationally connected to an upper end of a corresponding ice avalanche frame (140); and
ice avalanche surge modules (300), each comprising a guide frame (310), ice avalanche sliders (320), suspension pulley frames (330), limit cylinders (340), a traction shaft (350), a traction motor (360), a traction rope (370), and dampers (380), wherein the guide frame (310) is lapped onto a corresponding ice avalanche frame (140), each ice avalanche slider (320) slides on a surface of the ice avalanche frame (140), each suspension pulley frame (330) is arranged on a corresponding ice avalanche slider (320) and slides on a surface of the guide frame (310), a cylinder body of each limit cylinder (340) is arranged on the guide frame (310), one end of a piston rod of the limit cylinder (340) faces into the suspension pulley frame (330), the traction shaft (350) is rotationally connected to one end of the ice avalanche frame (140), a main body of the traction motor (360) is arranged at one end of the ice avalanche frame (140), the traction motor (360) is driven to the traction shaft (350), one end of the traction rope (370) is wound around a surface of the traction shaft (350), an other end of the traction rope (370) is fixed to one of the ice avalanche sliders (320), a cylinder body of each damper (380) is arranged in a lower end of a corresponding ice avalanche slider (320), and one end of the piston rod of the damper (380) faces the ice avalanche slider (320).