WO2018199851A2

WO2018199851A2 - Piezoelectric ignition system

Info

Publication number: WO2018199851A2
Application number: PCT/TR2017/000130
Authority: WO
Inventors: Resul Furkan KAYNAR
Original assignee: Kaynar Resul Furkan
Priority date: 2016-12-09
Filing date: 2017-12-07
Publication date: 2018-11-01
Also published as: WO2018199851A3

Abstract

Invention; the mechanical energy generated by the pressure applied to the hearth knob (2), which is used in industrial type, professional type, domestic type, non-residential quarry and furnace ovens, with the plug cord connected to the mains electricity and with the help of piezoelectric crystals, is applied to the burner (cooker base) through the gas valve (4) via the piezo crystal trigger (6) with the aid of the throat device (3) and converted to electric energy by means of the glow plug (7) (1) which fires the ignition system.

Description

PIEZOELECTRIC IGNITION SYSTEM Technical Field

Invention; industrial type, professional type, home type, non-residential quarries or quarry furnaces with the help of piezoelectric crystals produced by electricity generated by the unattended wireless cooker firing is related to innovation. Known Situation of Thacnical

Although there has been a recent increase in demand for unplugged and wireless quarries, there are still intense demands on products that are still known as plugged and cable cookers. It is impossible to use this kind of stove in individuals who can not use it especially in a fixed position.

These cookers are the products placed in a certain position after the gas / electricity connection is made on the kitchen counter.Generally there are four cooker burners, grilles, gas connection pipes and plug-in cable to make use of mains electricity.

In this state of the art, the above-mentioned cookers are designed to be used on a set top or in a fixed place close to the plug. So it can not be taken everywhere you want.

In this state of the art, the above-mentioned cookers are designed to be used on a set top or in a fixed place close to the plug. Ignition system do not work in case of power failure or any electric malfunction.The work to be done in this case is interrupted and causes time loss. In this known state of technique, over time, due to usage errors, from cooking pots in to the hob, liquid or solid wastes are leads short-circuit on the micro switches or electric box or supply transformer. And therefore it forms very large fire risk. In this state of the art, the micro switches in the cookers work in conjunction with each other.When an ignition element fails due to the structure of the micro switches, the others do not work. This brings with it the negativities that may be experienced.

In this state of the art, it is necessary to have a permanent plug in order to be able to operate the ignition system in the cookers. In this case, the risk of fire increases.

Also in this state of the art, both labor and cost are increasing because of the connection of the plug and cable, the electric box and the connection, the transformer and the connection, the micro switch and the connection during the production of the cookers.

As a result, due to the above-mentioned drawbacks and again the above examples, innovation is required in the piezoelectric ignition system according to our invention due to the fact that it causes extra cost to the producers and therefore to the customers and the problems of the existing solutions.

Brief Description of the Invention

The present invention relates to a piezoelectric ignition system assembly that meets the above-mentioned requirements, removes all disadvantages and adds some additional advantages.

The primary object of the invention is; to provide the possibility of firing in any kind of cooking environment.

Another object of the invention is to provide is to remove all risks that may arise due to not being connected to the mains electricity. Anotherobject of theinvention is toprovidetogoing on cooking even if anyover flowing occurs on thestove.

Anotherobject of the invention is to make the other ignition system channel so perablein dependently when any problem occurs in theone of them.

Another object of the invention is to provide all non residential quarries with the same functionalities. A similar object of the invention is; since the cable is not used, it is possible to minimize thedependency on the abroad by lowering count of the cable connection points to the minimum. Thus it is to reduce cost and workman ship.

The structural and characteristic features and all advantages of the invention will be more clearly understood by the following figures and detailed description which are made by referring to these figures, and therefore the evaluation should be done taking these shapes and detailed explanation into consideration.

Figures to Assist in Understanding the Present Invention

Thesubject of thisapplication; "piezoelectric ignition system" is shown in the attached figures. Theseare;

Figure 1 :This is an illustrative version of all the parts of the piezoelectric ignition system.

Figure 2: This is an assembly ingimage in which the parts of the piezoelectric ignition system. Figure 3: This is a illustrative image of connection of the "piezoelectric ignition system" andstove

The drawings does not need to be scaled and details that are not necessary to understand the invention may be omitted. Furthermore, components which are at least substantially identical or at least have substantially identical functions are indicated by the same number.

Explanation of Part References

1. Piezoelectric ignition system

2. Quarry button

3. Canal part

4. Gas valve

5. Handle part

6. Piezo crystal trigger

7. Spark plug

Detailed Explanation of the Invention

In this detailed description, preferred constructions of the piezoelectric ignition are described only for better understanding of the subject.

The invention relates to a piezoelectric ignition system (1 ); the spark plug (7) that provides the connection of the piezo crystal trigger (6) with the cooker, the holding part (5) passing through the piezo crystal trigger (6), the gas valve (4) mounted on it, the canal parts (3).

Quarry button (2); ignites with installed its lower parts. There is at least one. It is the place where the pressure is applied by rotating and pressing actions.

Throat aproach (3); the gas valve (4) rotates at the same angular speed as the shafts and synchronizes with the furnace button (2). It increases in proportion to the number of hob buttons (2). There is at least one. The type of material it is made of can be composed of different materials (plastic, metal, alloy etc.) and different geometries (round, square, triangle, ellipse etc.). Gas valve (4); safe or unsafe, allows to flow in or out of the stove. Thus, the gas combines with the air in the combustion chamber and flames. It is increasing in proportion to the number of stove channel. There is at least one. Holding device (5); provides the connection between the gas valve (4) and the piezo crystal trigger (6). There is at least one. The material type can be made from different materials (plastic, metal, alloy, etc.), different geometries according to the type of gas valve (4). The aim is to use the piezo crystal trigger (6) as a housing. With different designs, the piezo crystal can be integrated with the trigger (6).

Piezo-crystal trigger (6); with the pressure applied from the hearth knob (2), mechanical energy is converted into electricity by means of piezo crystals. The gas valve operates in proportion to the number (4). There is at least one. It can be of different types and geometries.

Spark plug cable (7); the piezo crystal trigger (6) and the system to which it is connected provide connection with the burner burner. There is at least one. In the structure of the spark plug cable (7), the cable and spark plug can be in the form of individual pieces. In addition, the spark plug cable (7) can be integrated with the piezoelectric trigger (6) and also with the holding device (5).

The subject of the invention is the working principle of the piezoelectric ignition system (1 ); the pressure applied to the hearth knob 2 is converted into mechanical energy electrical energy by the piezoelectric crystals. According to the product, the gas coming out of the safe or insecure gas valve (4) is mixed with air in the combustion burner (burner burner). The gas valve 4 is pressurized to the furnace brass with the help of the furnace button 2 and the pressure is applied to the piezoelectric crystal trigger 6 by means of the throttle valve 5. With this pressure, the electricity produced by the piezoelectric crystals; the spark plug cable (7) and the burner burner (cooker hood). In this case the gas-air mixture in the cooker burns. The ignition mechanism works in this way.

Claims

1. What is claimed is: 1 . A piezoelectric ignition system (1 ) for generating electricity by means of piezoelectric crystals used in industrial type, professional type, domestic type, non-residential quarries and quarry furnaces and igniting the furnace without the plug cable and the fitting thereon.

• the cooker button (2), where the pressure is applied and the firing is done,

• Canal part (3), which is attached to the shaft of the gas valve (4) and operates in synchronism with the cooker button (2) (at the same angular velocity)

• gas valve (4) providing gas inlet and outlet,

• Handle part (5), retention

• A piezo crystal trigger (6) for converting the mechanical energy generated by the pressure generated by the burner button

(2) into electric energy,

• the spark plug cable (7) which provides the connection between the gas valve (4) and the burner burner

inclusion is 2. The piezoelectric ignition system (1 ) according to claim 1 , characterized in that (7) according to claim 1 , characterized in that the cable and the spark plug are integrally separate parts.

3. The piezoelectric ignition system (1 ) according to claim 1 , characterized in that (round, sphere, square, ellipse) because the throat aperture (3), the gas valve (4), the retention aperture (5) and the piezo crystal trigger (6) operate integrally with each other.

4. The piezoelectric ignition system (1 ) according to claim 1 , characterized in that is a multi-firing piezo igniter that is powered by battery, battery and power supply other than mains power to produce electricity and to ignite the fires in series.

5. The piezoelectric ignition system (1 ) according to claim 4, characterized in that: is a series of micro switches connected to the piezo igniter.

6. The piezoelectric ignition system (1 ) according to claim 5, characterized in that: the microswitch increasing in proportion to the number of gas valves (4).