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An embedded sliding channel bearing assembly comprises an embedded sliding channel and a fixing part. The embedded sliding channel comprises a flitch plate with a plurality of anchoring parts. Side walls are arranged on the two sides of the flitch plate respectively. Each side wall comprises a bent part. A rack is arranged on the inner side of each bent part. A channel seam is formed by the ends of the two bent parts. The fixing part comprises a limiting part connected into the embedded sliding channel. The limiting part comprises a fixing column extending out of the channel seam. A locking piece is arranged on the fixing column. The limiting part at least comprises rack bodies matched with the racks. In the locking state, the rack bodies of the limiting part are meshed with the racks, and protection layers used for preventing the embedded sliding channel from being corroded are arranged on the inner surface and the outer surface of the embedded sliding channel respectively. According to the embedded sliding channel bearing assembly, the protection layers used for preventing the embedded sliding channel from being corroded are arranged on the inner surface and the outer surface of the embedded sliding channel respectively, and therefore the embedded sliding channel can be used for damp environments, and the service life of the embedded sliding channel can be prolonged; the racks of the bent parts are meshed with the rack bodies of the limiting part, and therefore fixing of the fixing piece can be firmer, and the limiting part can be effectively limited in the embedded sliding channel.
An embedded sliding channel bearing assembly comprises an embedded sliding channel and a fixing part. The embedded sliding channel comprises a flitch plate with a plurality of anchoring parts. Side walls are arranged on the two sides of the flitch plate respectively. Each side wall comprises a bent part. A rack is arranged on the inner side of each bent part. A channel seam is formed by the ends of the two bent parts. The fixing part comprises a limiting part connected into the embedded sliding channel. The limiting part comprises a fixing column extending out of the channel seam. A locking piece is arranged on the fixing column. The limiting part at least comprises rack bodies matched with the racks. In the locking state, the rack bodies of the limiting part are meshed with the racks, and protection layers used for preventing the embedded sliding channel from being corroded are arranged on the inner surface and the outer surface of the embedded sliding channel respectively. According to the embedded sliding channel bearing assembly, the protection layers used for preventing the embedded sliding channel from being corroded are arranged on the inner surface and the outer surface of the embedded sliding channel respectively, and therefore the embedded sliding channel can be used for damp environments, and the service life of the embedded sliding channel can be prolonged; the racks of the bent parts are meshed with the rack bodies of the limiting part, and therefore fixing of the fixing piece can be firmer, and the limiting part can be effectively limited in the embedded sliding channel.
Embedded sliding channel bearing assembly
ZHANG CHUNYU (author)
2016-02-03
Patent
Electronic Resource
English
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Sliding bearing, sliding bearing assembly, cantilever crane structure and engineering machinery
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European Patent Office | 2019