WO2023194774A1

WO2023194774A1 - Smart heater gadget with the capability of heating and filtering the environment's air

Info

Publication number: WO2023194774A1
Application number: PCT/IB2022/053213
Authority: WO
Inventors: Seyedali ASGHARIAN
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-04-06
Filing date: 2022-04-06
Publication date: 2023-10-12
Anticipated expiration: 2024-10-06

Abstract

Smart heater with the ability to work in two modes in wall-panel and on the ground panel, with gas and solar fuel. The current invention is a smart heater gadget, and it is one of the devices which is classified as a heating device. This heater is made of various innovative parts such as, temperature touch screen, filter, fan, igniter, emergency/safety cut-off sensor, switch limit, double-wall chimney, and solar panel. The heater and the environment's temperature gauges are inserted into the body. Therefore, it is possible to check their temperature, if heat increases very much, its limit switch is activated, and it is disconnected. The air inside the environment is sucked by filters and fans embedded in the bottom of the heater and then circulated. In other words, the air inside the home is cleaned up by the filter.

Description

Smart heater gadget with the capability of heating and filtering the environment’s air

Smart heater with the ability to work in two modes in wall-panel and on the ground panel, with gas and solar fuel. The current invention is a smart heater gadget, and it is one of the devices which is classified as a heating device. This heater is made of various innovative parts such as, temperature touch screen, filter, fan, igniter, emergency/safety cut-off sensor, switch limit, double-wall chimney, and solar panel. The heater and the environment’s temperature gauges are inserted into the body. Therefore, it is possible to check their temperature, if heat increases very much, its limit switch is activated, and it is disconnected. The air inside the environment is sucked by filters and fans embedded in the bottom of the heater and then circulated. In other words, the air inside the home is cleaned up by the filter.

having heaters (F01K 3/18)- Gas heaters (F24H 4/06)

Smart gas water heater based on smart bracelet

The invention discloses a smart gas water heater based on a smart bracelet. The smart gas water heater is characterized by comprising a water heater main body, a controller arranged in the water heater main body, the smart bracelet, a cloud platform in wireless communication connection with the smart bracelet as well as a background server connected with the cloud platform, wherein the smart bracelet is taken as a sensor to be used for collecting human and environment indexes, the smart bracelet is provided with a smart bracelet APP capable of storing collected data and uploading the data to the cloud platform; the background server is provided with a cloud platform APP capable of downloading the data stored by the smart bracelet APP through the cloud platform; the cloud platform APP classifies, collects and analyzes the downloaded data and generates a standard data table containing optimal bath temperature and water volume of different crowds, the standard data table is imported into the cloud platform and the water heater controller and is taken as standard data to be executed, and water temperature and water volume of outlet water are set and controlled by the controller of the water heater. The smart gas water heater based on the smart bracelet is simple in structure and convenient to use and operate, and compared with the same type of products, the smart gas water heater has far superior performance.

Smart window comprising heater, heater for smart window and manufacturing method for the same

The present invention relates to a smart window including a heating heater, a heater usable in the smart window, and a manufacturing method thereof. According to one aspect of the present invention, the smart window having the heater comprises a liquid crystal smart window, and electrode parts disposed on the liquid crystal smart window, wherein one or more of the electrode parts include a transparent heat generating part in which a heat generating electrode film including a metal mesh is formed. Therefore, an objective of the present invention is to provide the smart window with improved low temperature drivability by having a transparent heater in which the heat generating electrode film including the metal mesh is formed.

The difference between the inventions is that: Our design does not need a support and is portable. It has a touch screen with the ability to adjust the speed and amount of heat transfer. In the advanced type, the type of solar fuel is installed with its panel and also the gas consumption is halved. There is no possibility of gas and carbon dioxide leakage in this invention.

Nowadays, using gas and electric heaters in homes and public places is very common. Because of the importance of observing the safety tips during using the gas heater, it is critical to pay attention to the features of these products during purchasing. The combustion mechanism in the gas heater is given here. After opening the gas valve, the gas enters the flame’s special chamber and combines with the oxygen of the environment. And finally, the flame is constructed by the ignition. Two products are generated in this process, the first is flame and heat and the second is dangerous carbon monoxide gas. to satisfy these requirements, a heater is invented and produced. It works smartly and has no danger for humans. The smart heater is equipped with a touchscreen to adjust the speed and amount of heat dissipated. The Heater can use solar fuel too. This heater is equipped with an igniter and lacks a pilot. When the heater starts working, ignition is generated by the igniter, and the burner or pilot is lighted. The proposed gadget has a sensor that activates when the room’s oxygen reduces or when extra heat is produced. This sensor cut off the gas.

Once upon a time not very long ago, almost all of the gas heater gadgets, both home and office had a similar technology. And their main difference was limited to appearance. Combustion systems, pilot, and disposal of burning smoke systems of the heater gadgets were similar to each other. For a long time, no significant advantages were seen in the field of heater gadgets. But slowly and with the advantage of technology, new heater gadgets were introduced to the market. They were automatic, used less gas, and didn’t consume internal oxygen. In the current invention which is a smart heater gadget, gas consumption is optimized. And its gas consumption would reduce to half in comparison to other heating devices. And it also circulates the air inside the home. Its procedure is started by sucking internal air and filtering that air. And the required oxygen is supplied from the outside air, therefore the oxygen of the inside air is not consumed. At the start of the year 1881, asbestos was used as the flame of the heater. This design was proposed by an English engineer named “Sigmoid Leone”. But later, asbestos was replaced by a fireclay. It was because of easier usage for molding. In modern gas heaters, the same method is still used. However other inflammable materials are used too. But this invention has the igniter and acts without the pilot. During the start, an ignition is generated by the igniter, which initiates the burner or pilot.

Nowadays, using gas and electric heaters in homes and public places is very common. Because of the importance of observing the safety tips during using the gas heater, it is critical to pay attention to the features of these products during purchasing. Gas heaters are divided into two types heaters with a chimney and heaters without a chimney. The combustion mechanism in the gas heater is given here. After opening the gas valve, the gas enters the flame’s special chamber and combines with the oxygen of the environment. And finally, the flame is constructed by the ignition. Two products are generated in this process, the first is flame and heat and the second is dangerous carbon monoxide gas. Although this process is equal in all heaters. During winter, usage of heating devices increases because of the weather being cold. These heating systems make the environment of the home warm and pleasant during the cold of winter but if we don’t follow safety tips while using them, it might lead to significant human and financial damages because of the leakage of carbon dioxide and bitter accidents that happen to us. The reason for these bitter accidents is people’s educational weakness about the way of using gas-burning devices.

The main reason for the introduction of modern gas heaters is to act as a heating device and replace devices such as Bunsen burner but they also provide more efficiency. Bunsen burner doesn’t heat the air by air heat convection. With all these considerations, it is preferred more by the people. This tool is especially very useful for heating environments outside the building and they are preferred to gas heaters which are non-economic because of the large size of the environment. The current invention is very economical because it consumes much less gas. And it heats the environment in a short time (about 30 seconds). And it throws heat into further space. And also the food warmer is positioned at the top of the heater gadget. And it causes the ventilation of room’s air. In the advanced type of invention, the solar fuel with its panel is inserted. The goal of inventing a smart heater gadget is the reduction of gas consumption, prevent gas leakage and carbon dioxide, and also have the ability to use solar fuel.

Solution of problem

The Gas heater is a tool for warming inside or outside of the building, which works with natural or liquified gas. The first gas heater was built based on general principles of the Bunsen burner, which was invented one-year sooner. The gas heater was built for the first time by an English company named “Pitt & smith” in 1856. The flame of the heater heats the air locally, and then all of the air of the room is heated by the law of heat convection in the air. Nowadays, the gas heater is used in western countries for heating environments outside the building such as greenhouse or patio.

The current invention is a smart heater gadget and it is one of the devices which is classified as a heating device. This heater is made of various innovative parts, which are described here:

The body is designed in a way that it becomes cold while it is working. This condition leads to lower gas consumption.

Temperature gauges of the heater and environment are embedded in the body of the heater. So it is possible to check the temperature of the gadget and the environment.

The air inside the home is sucked by filters and fans which are located at the bottom of the heater. And then the air is circulated. In other words, the invention cleans up the air inside the home.

In this heater, the pilot is removed and the igniter has replaced the pilot. Its operation is in a way that ignition is generated at the start by the igniter and the burner or pilot is lighted.

It has an emergency/safety cut-off sensor for the problems. If there is gas or carbon dioxide leakage, an alarm is generated (sensors are activated when the room’s level of oxygen is reduced)

In this heater, the required oxygen and the disposal of burning smoke are done by the outside air, and the oxygen inside the home is not consumed. In other words, a double-wall chimney is used. The oxygen enters the chamber for combustion, and carbon monoxide is directed to the outside after combustion.

The current invention is designed in two types for simple and easy usability: wall panel and ground panel (vertical and used for hall)
In the wall panel, there is an attractive and very beautiful design, which is equipped with an equalizer and temperature monitor for indoor and heater temperatures. The body of the heater is still cold even at the highest heat.
In the ground panel, the appearance is much more attractive and the fake flame is visible and relaxing at the top of the heater. And in addition, the food warmer is designed and embedded at the top of the heater.
Two types of fuel are available for this heater, gas fuel, and solar fuel.

Solar fuel works at the central core by oil (In places with solar radiation there is no need for gas piping. But if the annual solar radiation of the country is low, gas piping is necessary for using the heater. Also notice that when an oxygen cylinder is used by changing the gas needle, there is no need for gas piping)

Gas fuel works with the regulator (the working procedure of the heater with gas fuel is this: the gas enters with low vacuum pressure. Gas magnet elements are located at the sides of the regulator which convert gas molecules from scattered mode to contracted mode. They are positioned between air molecules. And this situation leads to reduced volume of movement and gas throwing intensity. But it provides pleasant and desirable heat. A gas with high efficiency is used in the design of this heater. And in the new design, installing the element and the oil reservoir above the burner or pilot, would further improve the efficiency and keep more heating energy).

The working procedure of the heater is like this; a central core is embedded inside the body. The flame is generated inside it and regulates and provides a warm and pleasant temperature according to the home’s thermal needs. After heating the environment, two fans embedded in the heater suck room’s air into the heater and clean it up with the air filter. It also dissipates the air warmed by the burner into the room. Information of heater and environment such as temperature, increase or decrease heater output, throttle adjustments (like how much and with what speed the heat is dissipated into the environment) are investigated and controlled. The heater can be controlled remotely by its special controller.

Advantage effects of invention

Gas and carbon dioxide leak warning system

Flameless candle system

Low volume, light and portable

Low gas consumption and the possibility of using solar energy

Intelligent system Activation and shutdown of the device in case of emergency

Has a cold body while the heater is on.

: View of wall heating gadget

: Interior view of wall heating gadget

: Ground heating gadget view

: Interior view of ground heating gadget

: 1. The body of the device 2. Air outlet valves 3. Air purification valve 4. Solar panel

: 3. Air purification valve 5. Hot air suction valve

: 6. Internal part and body of the device 7. Main board 8. Sensor 9. Fan

: 5. Hot air suction valve 8. Sensor 10. Body

: 11. Air purification fan

: 1. The body of the device 2. Air outlet valves 3. Air purification valve 4. Control panel and temperature monitoring of gadget and surroundings 5. Hot air suction valve

: 6. Sensor 7. The body of the device 8. Main board

: 9. Fan 10. Sensor rod connected to the board 11. Air purification fan

: 6. Sensor 9. Fan 10. Sensor rod connected to the board 11. Air purification fan

Examples

In the smart heater, two types of fuel are used which are gas fuel and solar fuel. The heater with gas fuel works with a regulator. And the heater with solar fuel works with a central core with oil. The Working procedure of the heater is introduced here. A central core is embedded inside the body and the flame is generated inside it that provides pleasant and warm weather inside the room. And the room’s air is sucked by two fans positioned inside the heater. The air is cleaned up by the filter, then the warm weather is dissipated inside the home. The heater can be controlled remotely by a controller specially designed for it.

This invention can be used to heat public places and homes, and can also be used in heating equipment factories. This design can be used in greenhouses, offices, use in places where sunlight is low or high, swimming pools and clubs, etc.

Claims

Smart heater with the ability to work in two modes in wall-panel and on the ground panel, with gas and solar fuel has these parts. Temperature touch screen, filter, fan, igniter, emergency/safety cut-off sensor, switch limit, double-wall chimney, and solar panel.
According to claim 1, The body of the heater is designed in a way that if it is working, its body is cold. This leads to less gas consumption.
According to claim 2, the heater and the environment’s temperature gauges are inserted into the body. Therefore, it is possible to check their temperature.
According to claim 3, the heater has a temperature gauge. If heat increases very much, its limit switch is activated and it is disconnected.
According to claim 1, the air inside the environment is sucked by filters and fans embedded in the bottom of the heater and then circulated. In other words, the air inside the home is cleaned up by the filter.
According to claim 1, if the level of the environment’s oxygen is low, the gas and carbon dioxide alarm system activates the emergency/safety cut-off sensor and the heater is turned off.
According to claim 1, In this heater, the required oxygen and the disposal of burning smoke are done by the outside air, and the oxygen inside the home is not consumed. In other words, a double-wall chimney is used. The oxygen enters the chamber for combustion, and carbon monoxide is directed to the outside after combustion.
According to claim 1, In this heater, the pilot is removed and the igniter had replaced the pilot. Its operation is in a way that ignition is generated at the start by the igniter and the burner or pilot is lighted.
According to claim 8, the heater works in two ways, 1- solar fuel, 2- gas fuel
According to claim 9, solar fuel works at the central core by oil (in places with solar radiation there is no need for gas piping. But if the annual solar radiation of the country is low, gas piping is necessary for using the heater. Also notice that when an oxygen cylinder is used by changing the gas needle, there is no need for gas piping)
According to claim 9, gas fuel works with the regulator (the working procedure of the heater with gas fuel is this. The gas enters with low vacuum pressure. Gas magnet elements are located at the sides of the regulator which convert gas molecules from scattered mode to contracted mode. They are positioned between air molecules. And this situation leads to reduced volume of movement and gas throwing intensity. But it provides pleasant and desirable heat. A gas with high efficiency is used in the design of this heater. And in the new design, installing the element and the oil reservoir above the burner or pilot, would further improve the efficiency and keep more heating energy).