WO2021242195A1

WO2021242195A1 - A system that can disinfect places

Info

Publication number: WO2021242195A1
Application number: PCT/TR2020/050763
Authority: WO
Inventors: Aydin Çeli̇k
Original assignee: GÜL, Kamil Güngör
Priority date: 2020-05-27
Filing date: 2020-08-25
Publication date: 2021-12-02
Also published as: WO2021242196A1; TR202008118A2

Abstract

The present invention relates to a system that can be used to disinfect frequently used environments such as houses, workplaces, shopping areas, and disinfect places characterized in that it comprises of; a body (1), a disinfectant tank (2) positioned inside the body (1) to contain hypochlorous acid, an ultrasonic mist maker sensor (3) associated with the disinfectant tank (2) so that it can vaporize the hypochlorous acid contained in the disinfectant tank (2), a disinfectant transfer fan (7) fixed to the side surface of the body (1) in a way that the evaporated hypochlorous acid is transferred to the external environment, a transfer pipe (8) connected to the disinfectant tank (2) and the disinfectant transfer fan (7) so as to ensure that the hypochlorous acid vapor is transferred to the disinfectant transfer fan (7), a power supply (4) positioned on the side of the disinfectant tank (2) to provide the necessary energy for the system, a control card (5) positioned inside the body (1) to control the system, a timer (6) associated with the control card (5) so that the disinfectant evaporates at certain intervals and is sent out, and an on-off button (9) positioned on the front surface of the body (1) so that the system is started and closed.

Description

A SYSTEM THAT CAN DISINFECT PLACES

Field of the Invention:

The present invention relates to a system that can be used to disinfect frequently used environments such as houses, workplaces, shopping areas, and disinfect places.

State of the Art:

Epidemics have been one of humanity's greatest fears throughout history. Not only is it an ancient fear, but epidemics constitute one of the leading dystopia scenarios in future disaster scenarios.

Although many of the diseases that were the cause of the great epidemics in the past have been overcome today thanks to scientific developments and widespread vaccination, many modern epidemics continue to be the nightmare of humanity.

We share every corner of our planet with other creatures. Among them are bacteria, microbes and viruses that are microscopic. There are also those who make what we eat and help us, but there are also those who can bring us to an end. Even now, there are malignant bacteria and germs on your body, in your hands and inside your mouth. For example, you have a 25 percent chance of carrying deadly staphylococcus bacteria. This bacterium may not harm you, but if you get it from someone else, you could die.

Our immune system and the possibilities of today's medicine are often enough to protect us, but these micro-organisms have been living in the world for much longer than we do, and they are more stable and more stable than we are in continuing their lineage.

The vast majority of epidemic diseases meet people through the respiratory tract. The transmission rate varies according to the characteristics of the viruses that cause the epidemic. While some types of viruses hang in the air for a long time, some types of viruses settle on surfaces without hanging in the air. The majority of viruses can survive for a long time on surfaces such as metal and wood. And at the same time, these viruses can stay on humans for a certain period of time.

Providing hygiene in living spaces is a necessity for a healthy life. It is imperative to decontaminate the microorganisms found on contaminated surfaces that can be transported from outdoor environments, especially to the homes where the elderly, babies and people with chronic diseases such as cancer live.

In addition to the hygiene requirements of our daily life, which we have mentioned above, the risk of transferring the disease factors to their living areas during the periods of epidemic diseases becomes one of the great fears of people. A lot of time and effort is spent to prevent this, chemicals that can create dangerous are used, but the possibility of not maintaining the intended hygiene causes many people to deteriorate. As a matter of fact, what happened as a result of the current pandemic is a good example of this.

The majority of viruses can survive for a long time on surfaces such as metal and wood. The risk of virus contamination is high in closed areas such as home, work, shopping areas. Therefore, it is very important to disinfect these areas. Today, systems that can effectively disinfect such areas are not sufficient.

Patent Number CN103861136A issued on Jun. 18, 2014, discloses a disinfection cabinet. The invention discloses a disinfection cabinet. The disinfection cabinet comprises a disinfection liquid medicine box, a fan gas outlet, an atomization nozzle, a shelf I, a shelf II, an electromagnetic pump and a controlling device, wherein the disinfection liquid medicine box is arranged on the right side of the atomization nozzle, a fan is arranged in the fan gas outlet, the shelf I and the shelf II are both arranged on the left side of the fan gas outlet, the shelf II is arranged on the left side of the shelf I below the shelf I, the electromagnetic pump is connected with the disinfection liquid medicine box, the disinfection liquid medicine box, the electromagnetic pump and the atomization nozzle form an integral disinfectant sprinkling system, the fan is arranged among the disinfectant sprinkling system, the shelf I and the shelf II, the disinfection cabinet is provided with a disinfection cabinet door, a switch device and a power cord are arranged at the outer part of the fan respectively, and a liquid medicine box groove is arranged at the outer part of the disinfection liquid medicine box. With the adoption of the disinfection cabinet, the use is convenient, the disinfection time is short, secondary cleaning is not needed, internal loss does not occur, and the disinfection is uniform and complete without any dead angle.

Patent Number TR201306745 issued on Jun. 04, 2010, discloses method and device for sanitizing packaging. The invention relates to a method and a device for sanitizing packaging at least sections of which are configured as closed packaging sleeves. The packaging is supplied with a sanitation product. While the sanitation process is carried out, the packaging sleeves are open in the region of both ends in the longitudinal direction of the sleeve and are transported through a sanitation tunnel. The packaging sleeves are supplied with the sanitation product inside the sanitation tunnel. Along the path of the sanitation tunnel, sanitation product flowing out from an open end section of a packaging sleeve is introduced into an open end section of an adjacent packaging sleeve.

Disinfecting systems are described in the patent applications described above. The products in question are products used for disinfection of goods and people. It is not possible to disinfect environments with the products described. In addition, the products in question are also disadvantageous in terms of cost.

Consequently, there is a necessity for a novel technology that is capable of eliminating above mentioned disadvantages, that is practical to use, that can effectively disinfect living spaces, can disinfect with an effective evaporation system, that can spray disinfectant in the form of steam, that can stay in the air for a longer time, that can be integrated into ventilation systems, that can disinfect voluminous spaces up to one hundred thousand cubic meters, designed to protect human health, that is long-lasting, durable, does not require frequent maintenance and is the low cost. Description of the Invention:

The present invention is a system that can disinfect places characterized in that it is a novel technology that is practical to use, that can effectively disinfect living spaces, can disinfect with an effective evaporation system, that can spray disinfectant in the form of steam, that can stay in the air for a longer time, that can be integrated into ventilation systems, that can disinfect voluminous spaces up to one hundred thousand cubic meters, designed to protect human health, that is long-lasting, durable, does not require frequent maintenance and is the low cost.

The product subject to the invention is practical to use with its structure and design. The product of the invention can effectively disinfect living spaces. The product subject to the invention is capable of disinfecting with an effective evaporation system. The product subject to the invention sprays the disinfectant in the form of steam and ensures that the spaces are disinfected effectively.

The product subject to the invention can also be used that can be integrated into ventilation systems. The product subject to the invention is designed to protect human health. The product subject to the invention can disinfect spaces with a volume of up to one hundred thousand cubic meters with its structure and design.

The product subject to the invention has a long service life with its structure and design. The product of the invention is durable and does not require frequent maintenance. The invention is also advantageous in terms of cost.

It is easy to install thanks to the easy fixation of the parts that make up the invention to each other, and the costs are low due to the short installation time. In addition, the invention has a solid structure. Brief Description of the Drawings:

The present invention will be disclosed by making references to annexed figures so that characteristics of the inventive smart wardrobe system can be understood and recognized clearly, however, the purpose herein is not to impose any restrictions or limitations on the present invention with specific embodiments. On the contrary, the aim herein is to ensure that the present invention comprises all alternatives, alterations and equivalents that can be involved within the scope defined by the annexed patent claims. It should be understood that details presented herein are provided for the disclosure of the preferred embodiments of the present invention and for the purpose of providing a description for embodiments of methods as well as for fundamentals and conceptual characteristics of the invention in the most practical and comprehensible manner. Wherein; Figure 1 The perspective view of the system.

Figure 2 The top view of the interior of the system.

Figures that will provide assistance in understanding of the present invention are enumerated and given down below along with the description of the reference numerals.

Disclosure of References:

1. Body

2. Disinfectant tank 3. Ultrasonic mist maker sensor

4. Power supply

5. Control card

6. Timer

7. Disinfectant transfer fan 8. Transfer fan

9. On-off button Disclosure of the Invention:

The present invention is comprised of a body (1), a disinfectant tank (2) positioned inside the body (1) to contain hypochlorous acid, an ultrasonic mist maker sensor (3) associated with the disinfectant tank (2) so that it can vaporize the hypochlorous acid contained in the disinfectant tank (2), a disinfectant transfer fan (7) fixed to the side surface of the body (1) in a way that the evaporated hypochlorous acid is transferred to the external environment, a transfer pipe (8) connected to the disinfectant tank (2) and the disinfectant transfer fan (7) so as to ensure that the hypochlorous acid vapor is transferred to the disinfectant transfer fan (7), a power supply (4) positioned on the side of the disinfectant tank (2) to provide the necessary energy for the system, a control card (5) positioned inside the body (1) to control the system, a timer (6) associated with the control card (5) so that the disinfectant evaporates at certain intervals and is sent out, and an on-off button (9) positioned on the front surface of the body (1) so that the system is started and closed.

The inventive system comprises the ultrasonic fogging sensor (3) that sends an ultrasonic signal to the disinfectant in the disinfectant tank (2) to evaporate it. The inventive system comprises the control card (5) that enables the system to operate in the desired time language. The inventive system comprises the timer that sends energy to the system at specified time intervals (6).

Detailed Disclosure of the Invention:

The inventive system is comprised of a body (1), a disinfectant tank (2), an ultrasonic mist maker sensor (3), a power supply (4), a control card (5), a timer (6), an adisinfectant transfer fan (7), a transfer fan (8), an on-off button (9).

The product of the invention includes a body (1), disinfectant tank (2), ultrasonic fogging sensor (3), disinfectant transfer fan (7), and a transfer fan (8). Disinfectant tank (2) is positioned inside the body (1). There is hypochlorous acid, which is a disinfecting liquid, in the disinfectant tank (2). An ultrasonic mist maker sensor (3) is connected to the disinfectant tank (2). The ultrasonic mist maker sensor (3) evaporates the disinfected liquid with ultrasonic waves. Disinfectant transfer fan (7) is positioned on the side surface of the body (1). The disinfectant transfer fan (7) receives the evaporated disinfectant and sprays it to the outside. The transfer fan (8) is connected to the disinfectant tank (2) and the disinfectant transfer fan (7). The disinfectant liquid, which is evaporated by the transfer fan (8), is transferred to the disinfectant transfer fan (7).

The product of the present invention includes a power supply (4), a control card (5), a timer (6) and an on-off button (9). The power supply (4) is positioned inside the body (1). The power supply (4) meets the energy requirement required for the system. The disinfectant transfer fan (7), control card (5) and ultrasonic mist maker sensor (3) are related to the power supply (4). The control card (5) is positioned inside the body (1) so that the system can be controlled. The timer (6) is associated with the control card (5). The working time and intervals of the system are determined with the timer (6). The on- off button (9) is positioned on the front surface of the body (1). The system is started and shut down with the on-off button (9).

The product of the invention is activated by pressing the on-off button (9). The energy taken from the power source (4) reaches the control card (5). The control card (5) sends signals by dividing the timer (6) into certain time periods (such as 5 minutes - 10 minutes - 20 minutes - 60 minutes). At the specified time intervals, the timer (6) sends electrical signals to the system. Ultrasonic mist maker sensors (3) that the signals reach are activated. The disinfectant begins to evaporate. Evaporated disinfectant is stored in the disinfectant tank (2). The stored disinfectant steam and disinfectant are discharged from the disinfectant transfer fan (7) at certain intervals.

Claims

1- A system that can disinfect places characterized by comprising; a body (1), a disinfectant tank (2) positioned inside the body (1) to contain hypochlorous acid, an ultrasonic mist maker sensor (3) associated with the disinfectant tank (2) so that it can vaporize the hypochlorous acid contained in the disinfectant tank (2), a disinfectant transfer fan (7) fixed to the side surface of the body (1) in a way that the evaporated hypochlorous acid is transferred to the external environment, a transfer pipe (8) connected to the disinfectant tank (2) and the disinfectant transfer fan (7) so as to ensure that the hypochlorous acid vapor is transferred to the disinfectant transfer fan (7), a power supply (4) positioned on the side of the disinfectant tank (2) to provide the necessary energy for the system, a control card (5) positioned inside the body (1) to control the system, a timer (6) associated with the control card (5) so that the disinfectant evaporates at certain intervals and is sent out, and an on-off button (9) positioned on the front surface of the body (1) so that the system is started and closed.

2- A system that can disinfect places according to Claim 4 characterized by comprising; the ultrasonic fogging sensor (3) that sends an ultrasonic signal to the disinfectant in the disinfectant tank (2) to evaporate it.

3 A system that can disinfect places according to Claim 4 characterized by comprising; the control card (5) that enables the system to operate in the desired time language. 4- A system that can disinfect places according to Claim 4 characterized by comprising; the timer that sends energy to the system at specified time intervals (6).