US20170321894A1

US20170321894A1 - Radiant heat chamber for boilers

Info

Publication number: US20170321894A1
Application number: US15/528,775
Authority: US
Inventors: Hilario BLANCO GOMEZ
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-11-26
Filing date: 2015-11-25
Publication date: 2017-11-09
Also published as: EP3282189A4; CN107002996A; EP3282189A1; WO2016083632A1; RU2017122171A3; CA2968916A1; RU2017122171A; ES2575254B1; ES2575254A1

Abstract

The invention relates to a heat radiation chamber for boilers, consisting of parallel bars which are equidistant from each other, attached to two rings and supported on legs. Said chamber is arranged inside the combustion chamber of boilers. When combustion occurs, the heating of the bars improves the combustion and, as hot air passes between them, the temperature increases.

Description

Referred to the invention to a chamber of radiant heat for boilers, which can be adapted to every kind of domestic boilers and industrial solid fuel, liquid and gas, making the mission of radiate heat in the boiler, increasing the temperature within the home, which makes with the same fuel we get more heat or getting the same but with less power consumption.
The Chamber of radiant heat that is introduced into the combustion of the boilers to be incandescent makes combustion improves, it radiates heat up and down, isolates the cold of the wall of the home of the boiler combustion, it radiates heat at the same time making the fuel burn better. The flow of hot air between the incandescent bars of the master chamber, radiant heat increase in temperature. The improvement in the combustion and the reduction in the time needed to produce the same heat the pollution is reduced.

STATE OF THE ART

Due to the simplicity of the device object of the invention, it is susceptible to joining any boiler heat generation of solid fuel, liquid and gas, with the only requirement to adapt the chamber of radiant heat to any type of boilers to always comply with the same mission according to the variety, the size and the combustion chamber of each model or type of boiler.
We have not found records that relate specifically to this type of equipment. There are saving that taking advantage of the electricity support to the boilers, but have nothing to do with this invention.
There is also a system that is installed inside the chamber of the boilers and that makes the mission of thermal storage of heat, when the burner of the boiler is operating accumulates heat and when the burner rests releases the heat that has accumulated, this is not attachable to various types of boilers, or by the function or by the way especially in the weather.
With the chamber of radiant heat boiler accumulate heat is something to avoid, as far as possible, since in some types of boilers would make with the inertia would jump security systems with the result of blocked and stop working.
The object of the invention is completely different, the temperature increases when the burner of the boiler is operating, but when you rest ceases to fulfill its function.

DESCRIPTION OF THE INVENTION

When combustion occurs in the home of the boilers heat always rises upwards and the wall of the home of the boilers follows cold toward the combustion because they are surrounded on the outside by the water to be heated. With the present invention that consists of a chamber of radiant heat boiler which when incandescent is when it is in its most fuel-saving action, because it reaches a high temperature, the bars of the chamber incandescent radian heat toward the inside doing to improve combustion, at the same time also radiates heat into the wall of the home of the boilers, making the heat from the combustion chamber also is at the bottom of the home, it also makes you need less fuel to maintain the same temperature of water and heat radiators, this gives as a result that it is not necessary for this much time running the boiler, pass to have more Breaks and more prolonged.
In those cases in which the boiler does not have the capacity to provide enough heat to install the chamber of radiant heat for boilers, this increases the temperature of the water in the radiators of heat and of course also in the space to be heated.
In the table of trials experienced in multiple boilers, it has been shown that long distribution channels makes the water radiator temperature increase without an increase in the consumption of fuel, to maintain the same temperature of water to lower the temperature on the thermostat of the boiler in those cases in which the environment is not regulated by thermostats.
Trials have been conducted in boilers that heat water only and with a daily water consumption without variation, which have to consume less fuel to heat the same cubic meters of water.
It is also factory tests have been carried out, checking that feed using the chamber of radiant heat boiler checked an important fuel savings per tonne of feed manufactured.
Another benefit is that by making the boiler to work less time produce less pollution to the atmosphere and decreases the damage to the environment.
This invention can also be used for electricity production centers where natural gas is used, this would lower the production of electricity, save gas and reduce pollution by reducing the fuel consumption.
Hot chamber for boilers subject matter of the invention can be adapted to both new and used in boilers, solid fuel, liquid and gas.

DESCRIPTION OF THE PRESENT INVENTION

The Chamber of radiant heat for boilers, is a simple piece of metal stainless steel in a circular form which consists of two rings, which serve to support a series of bars that are parallel, distributed equal distances from each other depending on the type of the boiler to which it is intended, these bars are welded to the two rings which are on the ends.
In each ring are welded legs that support and maintain centralized the chamber of combustion in the home of the boiler. The first ring is hollow to pass the flame of combustion, the second ring leads bars from one end to the other which is located at the bottom rear inside the combustion chamber.
The size of the bars and the separation vary depending on how you have been built each boiler adapting to it in each case, all bars are solid.
A wider idea of the essential characteristics of the invention is performed on the sheet of drawing you to this memory is accompanied, and as an example, represent the preferred details of the invention.

DESCRIPTION OF THE DRAWINGS

FIG. 1, is a view of the chamber of radiant heat for boilers.
The points (1), indicate the first and second ring which are subject of the bars.
The points (2), indicate the side bars subject by the two rings.
Point (3), indicates the bars that go from one extreme to the other rear bottom ring.
The points (4), indicate the legs that support.
FIG. 2, is a view of the chamber of radiant heat transfer into a boiler.
Point (1), indicates the home of the boiler.
Point (2), indicates the chamber of radiant heat boiler within the home of a boiler.

Claims

1. Chamber radiant heat for boilers, characterized by consist of parallel bars and legs that support all rings fastened by welding.

2. Hot chamber for boilers, according to claim 1, characterized by containing several parallel bars equidistant (2.3).

3. Chamber radiant heat for boilers, according to claim 1, characterized because it contains two rings (1) which serve as a subject by welding of the bars.

4. Chamber radiant heat for boilers, according to claim 1, characterized because it contains a few feet (4) attached by welding the two rings.