A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a machining method of a concave surface support plate, the concave surface support plate and a spherical support. The method comprises the steps that a plurality of containing grooves are formed in a concave surface base body of the support plate; an adhesive is coated in a mirror surface stainless steel plate, a concave surface and the containing grooves; and the mirror surface stainless steel plate and the concave surface are heated after being positioned and fixed, the adhesive is heated, melted and flows along the concave surface so as to fill the concave surface to form an adhesive connecting layer, and the adhesive connecting layer enables the mirror surface stainless steel plate and the concave surface to be in seamless connection. According to the scheme, seamless bonding between the adhesive connecting layer and the concave surface of the support plate and between the adhesive connecting layer and the mirror surface stainless steel plate can be realized, and deformation and hollowing of the mirror surface stainless steel plate are avoided, so that the firmness of the mirror surface stainless steel plate is ensured, the rotation and wear resistance of a whole spherical support product are improved, and the maintenance and repair cost of the product is reduced.
本发明提供一种凹形面支座板的加工方法、凹形面支座板及球型支座，其方法包括：在支座板的凹形面基体上开设多个容纳槽；在镜面不锈钢板、凹形面及所述容纳槽内涂覆粘接剂；将所述镜面不锈钢板与所述凹形面定位固定后加热，所述粘接剂被加热后融化并沿所述凹形面流动以充满所述凹形面形成粘性连接层，所述粘性连接层使所述镜面不锈钢板与所述凹形面无缝连接。本发明提供的上述方案，能够实现粘性连接层与支座板凹形面和镜面不锈钢板之间的无缝隙粘接，避免了镜面不锈钢板的变形以及空鼓的出现，从而确保镜面不锈钢板的牢固性，进而提升整个球型支座产品的转动和耐磨性，降低产品的维护、维修成本。
The invention provides a machining method of a concave surface support plate, the concave surface support plate and a spherical support. The method comprises the steps that a plurality of containing grooves are formed in a concave surface base body of the support plate; an adhesive is coated in a mirror surface stainless steel plate, a concave surface and the containing grooves; and the mirror surface stainless steel plate and the concave surface are heated after being positioned and fixed, the adhesive is heated, melted and flows along the concave surface so as to fill the concave surface to form an adhesive connecting layer, and the adhesive connecting layer enables the mirror surface stainless steel plate and the concave surface to be in seamless connection. According to the scheme, seamless bonding between the adhesive connecting layer and the concave surface of the support plate and between the adhesive connecting layer and the mirror surface stainless steel plate can be realized, and deformation and hollowing of the mirror surface stainless steel plate are avoided, so that the firmness of the mirror surface stainless steel plate is ensured, the rotation and wear resistance of a whole spherical support product are improved, and the maintenance and repair cost of the product is reduced.
本发明提供一种凹形面支座板的加工方法、凹形面支座板及球型支座，其方法包括：在支座板的凹形面基体上开设多个容纳槽；在镜面不锈钢板、凹形面及所述容纳槽内涂覆粘接剂；将所述镜面不锈钢板与所述凹形面定位固定后加热，所述粘接剂被加热后融化并沿所述凹形面流动以充满所述凹形面形成粘性连接层，所述粘性连接层使所述镜面不锈钢板与所述凹形面无缝连接。本发明提供的上述方案，能够实现粘性连接层与支座板凹形面和镜面不锈钢板之间的无缝隙粘接，避免了镜面不锈钢板的变形以及空鼓的出现，从而确保镜面不锈钢板的牢固性，进而提升整个球型支座产品的转动和耐磨性，降低产品的维护、维修成本。
Machining method of concave surface support plate, concave surface support plate and spherical support
一种凹形面支座板的加工方法、凹形面支座板及球型支座
2022-01-07
Patent
Electronic Resource
Chinese
IPC:
F16B
DEVICES FOR FASTENING OR SECURING CONSTRUCTIONAL ELEMENTS OR MACHINE PARTS TOGETHER, e.g. NAILS, BOLTS, CIRCLIPS, CLAMPS, CLIPS OR WEDGES
,
Vorrichtungen zum Befestigen oder Sichern von Konstruktionselementen oder Maschinenteilen, z.B. Nägel, Bolzen, Schrauben, Sprengringe, Klemmen, Klammern oder Keile
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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