Ash collection cremator

Abstract

The invention discloses an ash collection cremator which comprises a cremator body frame and a combustion chamber. An opening and closing door is mounted in the cremator body frame. Rails and a conveying trolley sliding along the rails by itself are arranged in the cremator body frame. A lifting bracket is mounted on the conveying trolley and is driven by a power mechanism mounted on the lifting bracket to ascend and descend. A corpse supporting table can be arranged on the lifting bracket. A hoister capable of hoisting and dropping down the corpse supporting table from the lifting bracket is mounted on the front portion in the cremator body frame. A supporting table bracket used for bearing the corpse supporting table is fixedly mounted in the combustion chamber. A flame nozzle arranged towards the supporting table bracket and a flaming adjusting device for controlling the flaming direction of the flame nozzle are mounted on the rear portion of the combustion chamber in a hinged manner. A plurality of combustion-supporting nozzle holes which are longitudinally arranged at intervals and connected with an air pipe of a combustion-supporting draught fan are formed in the chamber walls of the two sides of the combustion chamber. Smoke discharge channels connected with a smoke discharge draught fan are further arranged on the rear portions of the chamber walls of the two sides of the combustion chamber. The ash collection cremator has the beneficial effects that the structure is simple, the cremation efficiency is improved, and the cremation interval time is shortened.

Description

technical field [0001] The invention relates to an ash-picking cremation furnace. Background technique [0002] The body is cremated in a cremation furnace. A bracket made of refractory material is set in the traditional cremation furnace, and the corpse is sent in from the front door of the cremation furnace, and it is transported to the burning bracket, and the corpse on the burning bracket is treated by the flame nozzle in the cremation furnace. Incineration, the burned ashes are taken out through the back door of the crematorium. Most of the existing methods of transporting the corpse from the front door to the incineration bracket adopt a stretcher structure, that is, the stretcher containing the corpse is sent in by a spreader or manually, and then the corpse is put down from the stretcher. Many, there are shortcomings of long cremation time period and low labor efficiency; in addition, the use of spreaders and other methods has the disadvantage of complex power tran...

AI Technical Summary

Problems solved by technology

Most of the existing methods of transporting the corpse from the front door to the incineration bracket adopt a stretcher structure, that is, the stretcher containing the corpse is sent in by a spreader or manually, and then the corpse is put down from the stretcher. Many, there are shortcomings of long cremation time period and low labor efficiency; in addition, the use of spreaders and other methods has the disadvantage of complex power transmission structure due to the need to enter and exit the furnace door of the cremation furnace

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