A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a vertical shaft brick laying device. The problems of low efficiency and poor precision in the vertical shaft brick laying process are effectively solved. According to the technical scheme, the vertical shaft brick laying device comprises two arc-shaped plates, wherein the two ends of the two arc-shaped plates are hinged to each other; a plurality of radial supporting rods are uniformly distributed in each arc-shaped plate; the lengths of the supporting rods on the two sides are gradually reduced; first electric cylinders are hinged to the inner ends of the rest of the supporting rods except the supporting rods at the arc top positions; the sum of the lengths of all the first electric cylinders and the supporting rods is equal; a second electric cylinder is fixed to the outer side of each supporting rod; ropes are fixed to the second electric cylinders; the free ends of the ropes penetrate through the arc-shaped plates and are fixed to cylinder bodies of the corresponding first electric cylinders; the ropes contract to drive the first electric cylinders to rotate to be parallel to each other; and a clamping device is fixed to the extending end of each first electric cylinder. The vertical shaft brick laying device further comprises a bottom plate, a plurality of stock bins which are in one-to-one correspondence with the multiple first electric cylinders on one arc-shaped plate are arranged on the bottom plate, and the height of the stock bins is matched with the height of the first electric cylinders which rotate to be parallel to each other.
本发明涉及一种竖井砖块铺设装置；有效解决竖井铺砖过程中效率低、精度差的问题，其解决的技术方案包括两个弧形板，两个弧形板的两端相互铰接，每个弧形板的内均布有多个径向的支撑杆，两侧支撑杆长度逐渐降低，除弧顶位置的支撑杆外其余支撑杆的内端各铰接有第一电缸，所有第一电缸与支撑杆的长度和相等，每个支撑杆的外侧固定有一个第二电缸，第二电缸上固定有绳索，绳索自由端从弧形板穿过并固定在对应的第一电缸的缸体上绳索收缩驱动第一电缸转动成相互平行，每个第一电缸的伸出端固定有夹持装置；本发明还包括一个底板，底板上设有多个与一个弧形板上多个第一电缸一一对应的料仓料仓高度与转动成相互平行的第一电缸的高度相适配。
The invention relates to a vertical shaft brick laying device. The problems of low efficiency and poor precision in the vertical shaft brick laying process are effectively solved. According to the technical scheme, the vertical shaft brick laying device comprises two arc-shaped plates, wherein the two ends of the two arc-shaped plates are hinged to each other; a plurality of radial supporting rods are uniformly distributed in each arc-shaped plate; the lengths of the supporting rods on the two sides are gradually reduced; first electric cylinders are hinged to the inner ends of the rest of the supporting rods except the supporting rods at the arc top positions; the sum of the lengths of all the first electric cylinders and the supporting rods is equal; a second electric cylinder is fixed to the outer side of each supporting rod; ropes are fixed to the second electric cylinders; the free ends of the ropes penetrate through the arc-shaped plates and are fixed to cylinder bodies of the corresponding first electric cylinders; the ropes contract to drive the first electric cylinders to rotate to be parallel to each other; and a clamping device is fixed to the extending end of each first electric cylinder. The vertical shaft brick laying device further comprises a bottom plate, a plurality of stock bins which are in one-to-one correspondence with the multiple first electric cylinders on one arc-shaped plate are arranged on the bottom plate, and the height of the stock bins is matched with the height of the first electric cylinders which rotate to be parallel to each other.
本发明涉及一种竖井砖块铺设装置；有效解决竖井铺砖过程中效率低、精度差的问题，其解决的技术方案包括两个弧形板，两个弧形板的两端相互铰接，每个弧形板的内均布有多个径向的支撑杆，两侧支撑杆长度逐渐降低，除弧顶位置的支撑杆外其余支撑杆的内端各铰接有第一电缸，所有第一电缸与支撑杆的长度和相等，每个支撑杆的外侧固定有一个第二电缸，第二电缸上固定有绳索，绳索自由端从弧形板穿过并固定在对应的第一电缸的缸体上绳索收缩驱动第一电缸转动成相互平行，每个第一电缸的伸出端固定有夹持装置；本发明还包括一个底板，底板上设有多个与一个弧形板上多个第一电缸一一对应的料仓料仓高度与转动成相互平行的第一电缸的高度相适配。
Vertical shaft brick laying device
一种竖井砖块铺设装置
LAN SHUNXIANG (author)
2021-10-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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