A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adjustable bucket abrasion-resistant board
The invention discloses an adjustable bucket abrasion-resistant board. The adjustable bucket abrasion-resistant board comprises a main knife board, an abrasion-resistant board body and electromagnetic positioning pins. Multiple positioning grooves are formed in the board face of one side of the main knife board and linearly arranged at equal intervals. Two installation holes vertically penetrating through the abrasion-resistant board body are formed in the abrasion-resistant board body. The distance between the two installation holes is equal to the distance between every two adjacent positioning grooves. The size of the diameter of the installation holes corresponds to the size of the diameter of the positioning grooves. The two electromagnetic positioning pins comprise electromagnetic structures and power sources. The sides, facing the abrasion-resistant board body, of the two electromagnetic positioning pins are inserted into the abrasion-resistant board body, and the ends of the two electromagnetic positioning pins are inserted into the positioning grooves to be magnetically connected with the main knife board. By the adoption of the adjustable bucket abrasion-resistant board, the position of the abrasion-resistant board body can be adjusted after the abrasion-resistant board body is abraded, and the abrasion-resistant board body is utilized to the maximal degree.
Adjustable bucket abrasion-resistant board
The invention discloses an adjustable bucket abrasion-resistant board. The adjustable bucket abrasion-resistant board comprises a main knife board, an abrasion-resistant board body and electromagnetic positioning pins. Multiple positioning grooves are formed in the board face of one side of the main knife board and linearly arranged at equal intervals. Two installation holes vertically penetrating through the abrasion-resistant board body are formed in the abrasion-resistant board body. The distance between the two installation holes is equal to the distance between every two adjacent positioning grooves. The size of the diameter of the installation holes corresponds to the size of the diameter of the positioning grooves. The two electromagnetic positioning pins comprise electromagnetic structures and power sources. The sides, facing the abrasion-resistant board body, of the two electromagnetic positioning pins are inserted into the abrasion-resistant board body, and the ends of the two electromagnetic positioning pins are inserted into the positioning grooves to be magnetically connected with the main knife board. By the adoption of the adjustable bucket abrasion-resistant board, the position of the abrasion-resistant board body can be adjusted after the abrasion-resistant board body is abraded, and the abrasion-resistant board body is utilized to the maximal degree.
Adjustable bucket abrasion-resistant board
HE YONGJUN (author) / JIANG LIHONG (author) / WU BINHUA (author) / YANG XUE (author) / LAI WEIHUA (author) / HUANG LIDE (author) / LIANG YINGHAO (author)
2015-10-07
Patent
Electronic Resource
English
IPC:
E02F
Baggern
,
DREDGING