Multifunctional hanger frame

Abstract

The invention relates to a multifunctional hanger frame. The multifunctional hanger frame comprises a transverse H-shaped steel beam, a longitudinal H-shaped steel beam, an H-shaped steel column, hooks, adjusting plates and three kinds of steel column feet, and the steel column feet can adapt to different sites. The transverse H-shaped steel beam, the longitudinal H-shaped steel beam and the H-shaped steel column are both assembled by two H-shaped steel with the same specifications and models through the adjusting plates. One or more of horizontal members, vertical solid reinforced concrete members and vertical thin-walled members can be selected as a support of the H-shaped steel column. Compared with a traditional handling appliance, the hanger frame is lighter, occupies a small area andis less influenced by the site environment, assembly, disassembly and dismantling of bolts are convenient, economy and efficiency are achieved, and shortcomings of the traditional handling applianceare greatly overcome.

Description

Technical field [0001] The invention relates to a multifunctional hanger, in particular to the lifting and moving positions of small and medium-sized components in factories or engineering constructions. Background technique [0002] At present, the handling of large objects mainly relies on movable cranes, fixed tower cranes and cranes, etc., and all operating surfaces must be reserved, and supports or foundations that meet the strength requirements must be set to meet the requirements of mechanical construction space and ensure the stability of mechanical operations. Traditional lifting equipment mostly has the disadvantages of large size, large space, heavy weight, high entry and exit costs, and significantly affected by site conditions; to overcome the above shortcomings will lead to soaring costs, and some cannot even be overcome, such as setting up operations for machinery. Foundation, provide its operating space, etc., especially for high-altitude operations, such as the e...

AI Technical Summary

Problems solved by technology

Traditional hoisting equipment mostly has the disadvantages of large size, large space occupation, heavy weight, high entry and exit costs, and is significantly affected by site conditions; to overcome the above shortcomings will lead to soaring costs, and some are even insurmountable, such as setting up operations for machinery foundation, providing its operating space, etc., especially for high-altitude operations, such as the adjustment of the elevation of the steel skeleton of the floor, the temporary movement of components, etc. For such situations, if self-propelled mechanical equipment such as cranes are used, it will not be able to provide a support surface for mechanical operations At this time, the tower crane may be dismantled, and even if the available work efficiency is low, it has become the dream of many engineers and technicians to develop a hanger suitable for on-site construction conditions. For example, the Chinese utility model patent with the publication number CN110615364A discloses "a bridge Large-tonnage hoisting device", which passes through two gantry cranes and a longitudinal slideway, and its bottom is fixed with reinforced concrete columns as support, using gantry cranes instead of traditional crawler cranes, the disadvantage of this method is the need to add gantry cranes and Reinforced concrete columns for the slideway act as supports, causing costs to skyrocket

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