Curing kiln

Abstract

The invention disloses a curing kiln. The curing kiln comprises a kiln body and at least one track electricity taking vehicle, wherein the kiln body is provided with at least one curing space, the curing space is provided with at least one track set, the track set is provided with two tracks which are arranged in parallel, one of the tracks is connected to positive voltage, the other track is connected to negative voltage, the track electricity taking vehicle is provided with a vehicle frame, two travelling wheel sets which are arranged below the vehicle frame and travell on the tracks and a driving motor which drives at least one travelling wheel set to travel, and the travelling wheel sets take electricity from the tracks to supply power to the driving motor. The curing kiln is connected to a power source through the tracks, the track electricity taking vehicle takes the electricity from the tracks, the situation that normal travelling of the track electricity taking vehicle is affected due to the fact that electric wires are used for electrification and complex can be avoided, the overall structure of the track electricity taking vehicle is simpler, use is more flexible, bricks can be rapidly conveyed, and the brick curing efficiency is improved.

Description

technical field [0001] The invention relates to the field of concrete product maintenance, in particular to a curing kiln. Background technique [0002] In the production of building materials, concrete products need to be cured in a curing kiln. The curing kiln can provide a certain temperature, humidity and pressure for the concrete products, so that the structure of the concrete products is stronger after forming; in the past, the concrete products were placed on the trolley, and the workers Manually push it into the curing kiln for curing; however, the concrete products are very heavy, requiring a lot of manpower and time, and the production efficiency is low; then a rail car was developed, and a track is set in the curing kiln, and the rail car walks on the track for transportation Concrete products can be transported quickly, save a lot of manpower and time, and improve production efficiency; however, the running wheels of this rail car need to be installed with a driv...

AI Technical Summary

Problems solved by technology

[0002] In the production of building materials, concrete products need to be cured in a curing kiln. The curing kiln can provide a certain temperature, humidity and pressure for the concrete products, so that the structure of the concrete products is stronger after forming; in the past, the concrete products were placed on the trolley, and the workers Manually push it into the curing kiln for curing; however, the concrete products are very heavy, requiring a lot of manpower and time, and the production efficiency is low; then a rail car was developed, and a track is set in the curing kiln, and the rail car walks on the track for transportation Concrete products can be transported quickly, save a lot of manpower and time, and improve production efficiency; however, the running wheels of this rail car need to be installed with a drive motor to drive the rail car to walk on the track, and the drive motor needs to be connected to a power supply. The wire is connected to the mains; when the rail car is moving, it will pull the wire and move accordingly. When the travel distance is long, the length of the wire needs to be very long, that is, the length of the wire must be greater than the travel distance of the rail car, otherwise the rail car will be limited by the wire and cannot Walking; when the walking distance is short, the excessively long wires are piled up in a mess; and when the rail car moves back and forth, the wires are easily entangled when pulled back and forth, which is inconvenient to take care of and affects the normal walking of the rail car; in limited maintenance In the space, the connection of wires makes the overall structure of the rail car complicated, and the rail car does not run smoothly, which seriously affects the efficiency of brick transportation, and consumes a lot of time during the maintenance process of the curing kiln, thereby reducing the maintenance efficiency of bricks

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