TH73368B - The burner unit is thermally decomposed at high temperature. - Google Patents

Abstract

Revised Invention Summary 18/03/2016 The high temperature thermolysis incinerator was provided and in order to solve the problem of The structure of the high-temperature decomposition furnace as recommended by this applicant, the blast pipe invading the internal combustion chamber space was minimized and although the chamber walls The combustion will not be very thick. But the walls of the combustion chamber will be structurally renovated, which can be Strongly built, the waste heat recovery can be reprocessed, and the material passed through The incineration process can be completely incinerated without the remaining unburned in the short time For this purpose, a series of high-temperature sintering furnaces, which are forcibly fed, are available. Outside air enters the combustion chamber as it burns the ash-burning material injected in it. using high temperatures inside the combustion chamber which is separated from the outside. Where the air supply pipe 10 is fixed in the center of the combustion chamber 2, the fuel pipe 14 is mounted on the top edge. On the side in the combustion chamber 2, the bottom of its lower part is made up of hammer plate 28, stirring bar 30, which is rotated by means of an air supply pipe 10. A fixed rod is positioned at the center of the bottom. the best of it and that On one side of the outside of the combustion chamber 2, the heat recovery apparatus 4 is positioned and the recirculation tube 48 is made, leading from one side of the cover 12 of the combustion chamber 2 to the outside to return to its position. at aligned with the top of the stirring bar 30 in the wall of the combustion chamber 2 through the inside of the heat recovery apparatus 4 ------------------------ ----------------------------------------------------

Claims (4)

Disclaimer (all) which will not appear on the advertisement page: EDIT 13/05/2019 Page 1 of 1 page Disclaimer 1. High temperature thermoset burners which use force to send Feed air to the room The combustion material is burned through a firing process which is injected into it at high temperatures. The inside of the combustion chamber, which is externally separated, includes: air intake pipe 10, fixed in the center of the combustion chamber 2; The fuel supply hose 14 is installed on the upper edge of the inside of the combustion chamber 2; Hammer plate 28, which is placed at the bottom of the combustion chamber 2, to release the ashes caused by combustion. Go out into the outside; Stirrer 30, which is rotatable on the top surface of the hammer plate 28, using the air intake pipe 10 as the rod; Heat recovery device 4, located on one side of the outer combustion chamber 2; And the circulation pipe 48, which is driven from one side of the lid 12 of the combustion chamber 2 to the outside, and returned to the position corresponding to the top of the mixer 30 at the wall of the combustion chamber 2 through the inside of the apparatus. Used to recover heat 4 -------------------------------------------- -------------------------------------------------- ------ Edit 18/03/2016 1. The incinerator unit is thermally decomposed at high temperature in which air is applied to the room by force. The combustion material is burned through a firing process which is injected into it at high temperatures. The inside of the combustion chamber, which is externally separated, includes: air intake pipe 10, fixed in the center of the combustion chamber 2; The fuel supply hose 14 is installed on the upper edge of the inside of the combustion chamber 2; Hammer plate 28, which is placed at the bottom of the combustion chamber 2, to release the ashes caused by combustion. Go out into the outside; Stirrer 30, which is rotatable on the top surface of the hammer plate 28, using the air intake pipe 10 as the rod; Heat recovery device 4, located on one side of the outer combustion chamber 2; And the circulation pipe 48, which is driven from one side of the lid 12 of the combustion chamber 2 to the outside, and returned to the position corresponding to the top of the mixer 30 at the wall of the combustion chamber 2 through the inside of the apparatus. 4 2. The burner unit decomposes at high temperature as described in claim 1, where the mixing rod 30 has several holes in it for light weight and the outer contours of the top and bottom are formed as Wave form and the inside of the combustion chamber 2, the materials that go through the cremation process are mixed to touch. With constant air instead of being cornered to one side to be completely burned in Short time 3. The burner unit is thermally decomposed at high temperature as described in claim 1, where in the 48-section circulation pipe connected to the heat-recovery device 4, it is divided into two parts, ball valve 52. Is installed at the circulation pipe 48 on one side and the end of the circulation pipe 48 on the opposite side. It was made into a spherical valve body 54 to be assembled into a ball valve 52 and maintained by a cover 56, which is fixed to the ball valve 52 to automatically open and close the recirculation tube 48 with a stroke of opening and closing. Lid 12 4. The high-temperature decomposition unit as described in claim 1, where the senser 58 is placed inside the combustion chamber 2, and the regulator 8 is assembled with an expansion circuit 60 which expands. The measuring signal of the temperature senser 58, waveforming unit 62, which converts the amplified signal into Digital signal, 64 count units that count and transmit digital signal that is waveformed, comparator 66 which outputs if the output of 64 counts is greater than or equal to the reference level, computing unit 68 which Outputs when the comparator signal 66 is input, and the commutator 70 is activated to drive the fuel pump of the fuel sender 6 when the signal of the compute unit 68 is entered. -------------------------------------------------- ------------------------