KR200406332Y1 - the conveor cover sterilizer - Google Patents

Abstract

The present invention is designed to effectively sterilize various germs, infectious bacteria, viral bacteria, etc. that can inhabit the surface of conveyed products using ultraviolet and ozone and infrared rays with strong sterilizing power.

The present invention is designed to make hot on the conveyor for product transfer and to have strong sterilization power in the hot part for the purpose of preventing the contamination that may occur during secondary processing due to the lack of sanitary facilities such as poultry farm, egg processing factory and food processing factory. It is designed to sterilize the surface of transported goods by installing ultraviolet lamp, ozone lamp and infrared lamp.

The present invention is installed on the conveyor plate (1) to warm (2) as shown in Figure 1 [2] on the upper side of the conveyor lamp by installing an ultraviolet lamp (3), ozone lamp (5) and infrared lamp (7) (1) It is designed to sterilize germs on the surface of the conveyance passing by.

Ultraviolet lamp (3), ozone lamp (5) and infrared lamp (7) is a device that performs the function of preventing the contamination on the surface of the conveyed material and the conveyor plate (1) by showing the respective sterilization function.

Therefore, the present invention is to achieve the purpose of the present invention by having a function to completely sterilize various infectious bacteria and viruses, food poisoning bacteria, etc. that can occur in the transport.

Description

Sterilizing Conveyor Cover {the conveor cover sterilizer}

Figure 1 is a side view showing the side of the sterilizing conveyor warmer

Figure 2 is a plan view showing the interior of the sterilizing conveyor warming

Figure 3 is a plan view showing a control box of sterilizing conveyor warming

Name of parts in Fig. 1

(1) conveyor transfer plates (2) conveyor frames (3) sterilizer covers (4) sterilizer frames

(5) Glass for internal viewing (6) Grip door handles (7) Front cover (8) Rear cover

Name of parts in Fig. 2

(1) reflective plate (2) bolt fixing bolts (3) ultraviolet lamps (4) ultraviolet lamp sockets (5) ozone lamps (6) ozone lamp sockets (7) infrared lamps (8) infrared lamp sockets (9) lamp holders

Name of parts in Fig. 3

(1) boxes (2) inner plates (3) stabilizers for ultraviolet lamps (4) stabilizers for ozone lamps (5) terminal blocks (6) earth leakage breakers (7) bolt meters (8) ampere meters (9) hour meters (10) Power switch (11) Ultraviolet switch (12) Ozone switch (13) Infrared switch (14)

This device is designed to effectively sterilize various harmful bacteria, infectious bacteria, and viruses that may be buried on the surface of conveyed goods by conveyor.

In the conventional method, the contents are simply passed through and packed, and depending on the contents, pasteurization is performed.

However, pasteurization is very difficult to apply in small businesses due to excessive installation cost.

Considering that a large part of food products are produced and distributed in small factories, sterilization just before packing of transport items is very important.

Contamination of processed food products is exposed to various sources of pollution such as deterioration of raw materials and bacteria that live in the air inside the factory.

Contamination caused by falling bacteria inside the factory, contamination of the surface of raw materials and processed products, etc. can be said to be effective and economical sterilization.

The purpose of this invention is to install ultra strong sterilizing ultraviolet lamp, ozone lamp and infrared lamp with continuous sterilizing power on the top of the conveyor where the conveyed material flows to eliminate contamination of the conveyed material.

Currently, the method used is pasteurization of the contents, heating method after packaging, low temperature sterilization method, etc., and most of them are not easy to apply as expensive equipment.

Most of the products that are being transported on the conveyor require sterilization, which are food or food and food ingredients, and products that are difficult to sterilize due to boiling or chemical spraying, such as egg (breaking contents). Meat, seafood and food ingredients that require freshness.

Such a product can be called a non-heat sterilization method of the present invention in a way that can be sterilized effectively without affecting the taste or quality of the product.

The method of disinfecting the surface of products being transported by installing UV lamp with strong sterilization power, ozone lamp and infrared lamp inside is designed to meet the most important economic aspect without changing the quality of the conveyed material or leaving any trace. have.

Fig. 1

(1) Conveyor transport boxes (2) Conveyor frames (3) Sterilizer covers (4) Sterilizer frames (5) Glass for internal viewing (6) Side door handles (7) Front covers (8) Back covers

[Figure 2]

(1) reflective plate (2) fixing plate fixing bolts (3) ultraviolet lamps (44) ultraviolet lamp sockets (5) ozone lamps (6) ozone lamp sockets (7) infrared lamps (8) infrared lamp sockets (9) lamp holders

3

(1) boxes (2) inner plates (3) stabilizers for ultraviolet lamps (4) stabilizers for ozone lamps (5) terminal blocks (6) earth leakage breakers (7) bolt meters (8) ampere meters (9) hour meters (10) Power switch (11) Ultraviolet switch (12) Ozone switch (13) Infrared switch (14)

The constitution of the present invention requires a warmer (3) of [Fig. 1] to warm the conveyor, and the warmer is fixed to the sterilizer frame (4) and the sterilizer frame (3) is fixed to the conveyor frame (2).

In order to check the condition of the conveyed material being conveyed to the conveyor line due to the present invention installed on the conveyor, the inner observation glass (5) was attached to both sides and the side door handle (6) was attached to open and close for easy opening and closing. It was.

This makes it possible to visually confirm that the transported material falls or falls on the conveyor belt, and the inner observation glass 5 is coated with a UV blocking coating paper to prevent damage from ultraviolet rays emitted from the UV lamp [Fig. 2]. Was

The front cover (7) and the rear cover (8) are also attached to the front and rear to prevent the light of the ultraviolet or ozone lamps from the front or the back.

Inside (1) of the reflector plate [Fig. 2] is installed at the top and the reflector plate (1) is fixed to the sterilizer frame by the reflector plate fixing bolt (2).

At the lower end of the reflecting plate, the ultraviolet lamp 3 is supported by the lamp support 9 together with the ultraviolet lamp socket 4 and the ozone lamp 5 is supported by the lamp support 9 together with the ozone lamp socket 6.

The infrared lamp 7 is supported by the infrared lamp socket 8.

That is, it is designed to sterilize the surface of the conveyed material by lighting the ultraviolet lamp, ozone lamp, and infrared lamp on the top of the sterilizer box.

Outside the control box [Figure 3] is installed

Inside the box (1) there is an inner plate (2) on which parts are to be mounted, and on the inner plate there is an ultraviolet lamp stabilizer (3) for lighting the ultraviolet lamp and an ozone lamp stabilizer (4) for lighting the ozone lamp. A terminal block 5 is installed to soften the wiring.

On the cover, an earth leakage breaker (6) is installed to block the short circuit, and a bolt meter (7) for indicating the input power and an ampere meter (8) for confirming the ampere are installed. And the hour meter (9) to integrate the lamp usage time is installed together, the power switch 10 to apply power, the ultraviolet switch 11 to turn on the ultraviolet lamp 11 and the ozone switch 12 to turn on the ozone lamp and the infrared lamp An infrared switch 13 is installed to light the lamp and a lighting confirmation lamp 14 for informing the switch operation is installed with these switches.

The reason why the ultraviolet switch 11, the ozone switch 12, and the infrared switch 13 are installed respectively is to devise that it can be selectively used according to the material of the conveyed material.

In the case of transported goods, meat, aquatic products, and agricultural products are diverse, so the characteristics and material sterilization time of the materials to be transported should be considered. It is designed to be installed and it is designed to be used selectively by the user.

As described above, the present invention is designed as a method for effectively sterilizing the conveyed material.

Food-related accidents are endless, and creating a hygienic environment to prevent infectious diseases such as bird flu is a very important problem.

The problem of secondary infection in unsanitary raw materials and unsanitary processing plants remains a challenge.

At present, the pasteurization method, high temperature sterilization method, vacuum treatment method, and chemical treatment method are used in various ways, but most of them are expensive or sterilization.

There is no trace of sterilization after sterilization and it is a device that enables sterilization with the original form intact.

Among the non-heating sterilization methods, the simplest and most reliable sterilization method is devised, which can be very useful for companies processing eggs in the form of egg eggs, aquatic product processing, and agricultural product processing.

Claims (3)

Sterilization function with a function to sterilize the surface of the conveyed material by attaching a UV lamp, ozone lamp and infrared lamp to the surface of the conveyed material being conveyed to the conveyor line. The method of claim 1 Conveyor warmer Sterilizing function conveyor function with the function to freely make the size in the longitudinal direction or the width direction according to the conveyed material The method of claim 1 Sterilization function with the function of freely installing the number of ultraviolet lamp, ozone lamp and infrared lamp installed inside the conveyor according to the characteristics of the conveyed material

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