Rail type building floor material transport device

Abstract

The invention relates to the field of buildings, in particular to a rail type building floor material transport device. The rail type building floor material transport device comprises a guide rail and a transport trolley erected on the guide rail, and further comprises two sets of steel rods, one ends of the steel rods are fixed into floors through clasp nails, the other ends of the steel rods extend out of floor side lines, a discharging platform is mounted between the two sets of steel rods, one end of the guide rail extends to the discharging platform, the rail type building floor materialtransport device can achieve transport of the material in the floors, a user can conveniently use the device, the guide rail in the device is convenient to splice and dismount, use by a user is facilitated, in addition, the device can effectively avoid the condition of transport trolley derailing in the use process, life safety of workers can be ensured, and the device is suitable for being further popularized and applied.

Description

technical field [0001] The invention relates to the construction field, in particular to a rail-type building floor material transportation device. Background technique [0002] In the field of construction, plant projects generally have a large single-storey building area, many formwork and support materials used in concrete structure construction, and a large amount of material transportation during the form removal process, or other floors with slopes in the main structure. The commonly used methods are: 1. Manual handling or forklifts transport materials horizontally to the unloading platform, and vertical transportation of materials by tower cranes; in this process, manual handling is less efficient; 2. Although forklifts are easy to use, due to the weight of forklifts and the structure of the plant The live load is not considered in the design process, and the operation of the forklift is likely to cause irreversible and unpredictable damage to the main structure. Ther...

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Problems solved by technology

[0002] In the field of construction, plant projects generally have a large single-storey building area, many formwork and support materials used in concrete structure construction, and a large amount of material transportation during the form removal process, or other floors with slopes in the main structure. The commonly used methods are: 1. Manual handling or forklifts transport materials horizontally to the unloading platform, and vertical transportation of materials by tower cranes; in this process, manual handling is less efficient; 2. Although forklifts are easy to use, due to the weight of forklifts and the structure of the plant The live load is not considered in the design process, and the operation of the forklift is likely to cause irreversible and unpredictable damage to the main structure. Therefore, it is inevitable to back up the travel route of the forklift, which is time-consuming and laborious, and has limitations. In the process of transporting from the floor to the unloading platform, it is inevitable to drive the front wheels of the forklift into the unloading platform. There is a risk of the forklift falling out of control and the unloading platform being overloaded and collapsing.

3. Although there are other simple devices that can set circular tracks around the floor to achieve horizontal transportation, they cannot be transported within the floor and cannot be transported to the construction site, which has certain limitations

[0003] In addition, when the existing track-type conveying trolley is running along the track, if there are large debris on the track, the conveying trolley is prone to derailment when it is pushed past the top, which is likely to pose a threat to the personal safety of the on-site employees.

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