WO2019245510A2

WO2019245510A2 - Producing disinfected cardboard packaging and disinfected cardboard boxes by exposuring carton boxes and carton packaging to gamma rays(y)

Info

Publication number: WO2019245510A2
Application number: PCT/TR2019/050325
Authority: WO
Inventors: Murat Emin AYTACOGLU
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-10
Filing date: 2019-05-13
Publication date: 2019-12-26
Anticipated expiration: 2020-11-10
Also published as: WO2019245510A3

Abstract

The present invention is related to producing, disinfecting and use of the worldwide cardboard boxes and cardboard packages which aims to produce cardboard boxes and cardboard packages through the gamma rays (y) as disinfected cardboard box and disinfected cardboard packaging as a first in world, which is innovative and presents high level hygiene requirements to end user, which extermination harmful germs, bacteria and harmful microorganisms on the carton from production till arriving to the end customer so that prevents the transmission of harmful germs, bacteria and harmful microorganisms on the carton boxes and carton packages to people, which adopt cardboard boxes and cardboard packaging that are mainly in contact with the food as the main mass and create a radical change in the cardboard box and cardboard packaging industry. In this application, the terms of Disinfected Carton Box and Disinfected Carton Packaging refer to innovative types of cardboard and cardboard packaging.

Description

PRODUCING DISINFECTED CARDBOARD PACKAGING AND DISINFECTED CARDBOARD BOXES BY EXPOSURING CARTON BOXES AND CARTON PACKAGING TO GAMMA RAYS(y)

KNOWN TYPE OF TECHNIQUE;

Scientific studies are carried out almost every month or very frequently about hygiene packaging sector on the world and these results are shared with the public. These studies may be carried out on a country basis, they are also carried out through international organizations or universities and as a result of each research, an interesting and often a threatening occurrence of human health is mentioned. These results that explained in the light of all these researches have a negative impact on people and consumers and are often frustrating.

In the known state of the technique all cardboard plates that pizza or pies are placed are in open area and are highly vulnerable to the formation of germs and bacteria coming from outside. Most of the time dirt is adhered to these cardboard plates and because of the insufficient level of hygiene, various impurities and contaminants are transmitted and these contaminants form microbes and harmful bacteria directly on the board. Because storing cardboard plates with high consumption capacity or to keep the hygiene at high levels in logistics warehouses in our country or in the world is not easy. It is a serious process demanding continuous supervision and monitoring. However, inadequacy of technological precautions or the limited precautions make this situation dangerous for now.

On the other hand, the storage and hygiene conditions where the produced cardboard boxes and cardboard packages have come to the last point of sale are also quite inadequate and weak. Most of the time, cardboard boxes are kept in open area, mouse or other animals can not be prevented walking on them, dirty part of and bottom of the other cardboard boxes and cardboard packages are stored in a mixed way touching the usage area of the other box. This is also an unhealthy condition, quite non-hygienic.

On the other hand, the involuntary behaviour of the customers affect this process negative as well. A customer who opens the cover of Cardboard Box or Cardboard Packaging handles the part that corresponds to inside then renounce to have the product and leaves it back again so he causes a negative hygiene environment. This situation threatens the health of customers who will receive other product.

In terms of hygiene the weakest point of cardboard boxes and cardboard packages produced from cardboard plates in the present case is all the surfaces of the cardboard boxes pass through the production machine and all the dust, oil, etc. arising from total production processes stick on them and carton boxes and carton packaging is affected by this situation negatively.

On the other hand for any food types such as cake, pies, dessert, pizza etc. that are serviced by placing directly in the cardboard box, no precaution is taken in terms of hygiene and all people or processes that touch the cardboard box create a negative hygiene level and cause uncontrolled applications.

For example; placing pizza directly into the cardboard box, absence of the necessary hygiene of desert and pizza boxes types where desert and pizza touch on; a desert seller whose hand is cut places the desert by opening the box, a steak tartar a la turca seller who has been constantly engaged in money during the day but not washes his hands opens the steak tartar a la turca box. These are among the main problems.

On the other hand, intertwining cardboard cups, the outer part of the dirty one that enters into the place where the other glass should be clean, and frying potatoes that are placed in the nested boxes constitute the other major problems in terms of hygiene.

Here, the point that can not be understood by consumers and food vendors is that all substance that has a dirty surface is entered haphazardly in the place where it should have been clean and has high-level hygiene, being stored in this way and being served to the consumers.

In the current situation described above in detail has lots of well-known mistakes too. For example, a pizza box passes through a production process from production process to the end consumer (customer) is stored temporarily at the place where it is produced, then comes to the carton box production facility by lorries and trucking rigs, and then waits in the warehouse of the carton box production facility, then passes through a production machine then it is stacked again and goes to another storage facility by lorries and trucking rigs and finally reaches the consumer.

In all these stages, various dust and contaminated dirt are adhered to the cardboard boxes and cardboard packages. No precaution is taken for these adhering dirt moreover, all the production sector and customers think that these cardboard boxes and cardboard packages are clean. However, this is not the case, human health threatening harmful bacteria and microbes are available on carton boxes and packages that contact food.

On the other hand, it is not exactly known how many people in the world catch infection through cardboard boxes and cardboard packages. The current status of the boxes and carton packages is unacceptable stage in terms of the hygiene level that threatens human health and transmits germs.

On the other hand, one of the points that is known wrong is that every food produced in hygienic conditions of the food sector is healthy and does not create germs and bacteria. Hygiene of the environment will ensure that manufactured product is more hygienic and clean, but that does not mean that a manufactured product can be used without disinfecting, especially if it comes into contact with food. For example; like an apple cannot be eaten without washing.

ADVANTAGES OF THE SUBJECT OF THE INVENTION;

The system of the subject of invention has a new texture and can be applied to industry. Disinfected Cardboard Box and Disinfected Cardboard Packaging that is the subject of invention will be presented to end consumer as a product free of germs and bacteria and the customer will use the products that are healthy and compatible with hygiene rules.

Also Disinfected Carton Box and Disinfected Carton Packaging will bring a new packaging and packaging system for pizza boxes, they will be placed in a zip lock nylon bag and will be disinfected by being passed through Gamma(y) rays; places that carton boxes hide such as restaurants will have high level hygienic standards thus it will be one of the important innovations for the sector. Because absence of the contaminated dirtiness that adhered on them in this environment is important too, although it is disinfected and goes to the pizza.

One of the biggest advantages of system of subject of the invention is that the number of microbes and harmful bacteria entering the human body from the cardboard boxes and cardboard packages will be able to be minimized from now onward. This will reduce the number of germs and bacteria received by the people indirectly and being ill unnecessarily, so that it will prevent the unnecessary loss of labour, moreover there won’t be infected or entrance of germs to the body because of this reason . Thus it will positively contribute to the reduction of health expenses. Hygiene is currently the most important health problem in the world for consumers and disinfecting cardboard boxes and cardboard packages in this way will provide a significant reduction in the number of microbes arising from over the number of millions of cardboard boxes and cardboard packages in the world and will also provide a significant reduction on transition to people. This will mean that the human life will be prolonged and human will have a healthier body structure during their life.

On the other hand, the most important advantages of the system of the subject of invention are; • Sterilization assurance is high

• Can be applied to all densities of cardboard boxes and cardboard packages

• No temperature increase occurs during operation

• Validation ( to test and prove independently) is easy

• No residual or waste material on the product occur after the process

• It is effective on all microorganisms.

• Traceability is easy.

• No quarantine period.

• After irradiation products are not radioactive.

• Environment-friendly technology

DESCRIPTION OF THE INVENTION

We can explain the definition of the system of the subject of the invention as follows: Produced Carton box packagings and other packagings are superimposed according to the size of the nylon bag in the zip lock nylon bag and the lid of the nylon lock is closed.

Figure 1. Aluminium Irradiation Box (TOT)

Figure 2. Packaging and Gamma Ray Application Surfaces

Figure 3. Disinfected Carton Box Packaging

The basic structure and components of the subject of inventive system are as follows.

1. Aluminium Irradiation Box (TOT)

2. Carton Box Packing (Open State- Not Applied Gamma Ray State)

3. Zip Lock Nylon Bag

4. Lockout -Closing Point

5. Gamma Ray (y) S Teleportation Surface (Front and Rear Surfaces)

6. Disinfected Carton Box Packing

OPERATING PRINCIPLE OF THE SYSTEM OF THE SUBJECT OF THE INVENTION;

The working principle of the subject of the inventive system is quite simple and clear to everybody. Carton Box Packaging (Open Case- Gamma Ray Unsealed Case) (2) is placed into the Zip Lock Nylon Bag by superimposing (3) and is closed by Lock out-closure Point (4) and put into Aluminium Irradiation Box (TOT) (1), Gamma Ray (5) is applied for a certain period of time in the production process of the companies which have the capacity to do this legally. So that Disinfected Carton Box Packaging (6) is obtained due to the ability of Gamma Ray (y) to destroy microbes. Gamma Irradiation Surface (5) is applied in many different angles. It is not important that the Carton Box Packages are in the Zip Lock Nylon Bag (3). The Gamma Ray (5) easily penetrates into Cardboard Box Packaging (2) and Disinfected Carton Box Packaging (6) is derived.

The gamma rays are of the ionizing radiation type. Ionizing radiations can pluck electrons from atoms when they interact with the substance. This process is called ionization. Free electrons can participate in chemical reactions or pluck DNA molecules from living organisms. This process is the basis for killing (micro) organisms such as bacteria, parasites, mould, yeast and fungi by irradiation.

Gamma rays are electromagnetic energy such as radio, tv waves, microwave, visible light or x-rays.

^» It is a type of ionizing beam. They can pluck electrons from atoms or molecules

while passing through substance. As a consequence alive particles -in other words- ions occur.

* It is more energetic than other types of radiation. Thus its input capacitance to substance is high.

•It is located in the minimum wavelength of the electromagnetic spectrum and the highest energy level

• Gamma rays are massless, unloaded and spread at the speed of light.

APPLICATION TYPE OF THE SUBJECT OF INVENTION SYSTEM TO THE INDUSTRY;

Subject of the invention system can be easily applied to industry. All the parts that constitute the system are made and assembled by normal known techniques and this makes it easier to do so. All parts of the system are readily available in the market and this provides easily procurement opportunity. Subject of the invention is producible, applicable and usable in any branch of industry including agriculture and is applicable to industry.

Subject of the invention of system has a very advantageous and easy installation feature in case of its application to industry. In producing Disinfected Cardboard Box and Disinfected Carton Packaging, each company will be able to disinfect Cardboard Boxes and Carton Packagings easily by Gamma Rays (y) according to the dimensions and specifications of their own products by placing Cardboard Boxes and Carton Packagings into Aluminum TOTs .So that they will be able to obtain a construction which they can serve to their customer easily. With the simple production and implementation of the construction and with the structure that does not increase the cost of the application, its implementation in industry will be very simple and fast.

AS A RESULT;

Subject of the invention of system is an innovative, industry-applicable invention of Disinfected Carton Box and Disinfected Cardboard Packaging which includes cardboard boxes and cardboard packages produced from cardboard plate in Turkey and all over the world, which keeps the hygiene conditions at the highest level, protects the customers who consume manufactured product from germs and diseases, prevents customers who are end consumers from negative hygiene conditions, also gives them high level of confidence. It puts the products in zip lock nylon bags, in this sense it facilitates the work of the owners and helps them to keep the storage and hygiene conditions continuously at the highest level.

Claims

1) Carton Box and Carton Packaging Industry has an innovation feature; it is

Aluminum-Based Irradiation Box (TOT) which Carton Box and Carton Box Packaging is put into to be exposed (one) gamma rays (y) (1)

2) Carton Boxes and Carton Packaging Industry has an innovation feature; it is

Cardboard Packing (whose Open state is Gamma Ray Unsealed) which is a state of Cardboard Box and Cardboard Packaging without disinfected. (2)

3) Carton Box and Carton Packaging Industry has an innovation feature; it is Zip

Lock Nylon Bag that Non-disinfected Carton Box and Cardboard Packagings are put into. (3)

(4) Carton Box and Carton Packaging Industry has an innovation feature, it is the

Lockout and Closure Point of ZIP Lock Nylon Bag (4)

5) Carton Box and Carton Packaging Industry has an innovation feature; it is Gamma Ray(y) Radiating Surface (Front and Rear Surfaces) that will be disinfected (5)

6) Carton Box and Carton Packaging Industry have innovation features, they are; Aluminum-Based Irradiation Box (TOT) which Carton Box and Carton Box Packaging is put into to be exposed gamma rays (y); (1) Cardboard Box Packing (whose Open state is Gamma Ray Unsealed) which is a state of Carton Box and Carton Packaging without disinfected; (2) zip Lock Nylon Bag that Non- disinfected Carton Boxes and Carton Packagings are put into. (3); the Lockout and Closure Point of Zip Lock Nylon Bag; (4) Gamma Ray (y) Radiating Surface (Front and Rear Surfaces) is the surfaces that will be disinfected (5) Decontaminated disinfected cardboard boxes and decontaminated cardboard packaging. (6)