KR102502426B1 - Eco-friendly regeneration system of wheel balance weight for regeneration and regeneration method therefor - Google Patents

Abstract

The present invention relates to an eco-friendly recycling system of wheel balance weights for recycling, and a recycling method therefor and, more specifically, to an eco-friendly recycling system of wheel balance weights for recycling and a recycling method therefor, in which used wheel balance weights are ground and cleaned, and coating and adhesive are redistributed for reuse, thereby minimizing the waste of wheel balance weights, preventing environmental pollution, and improving cost-effectiveness. The eco-friendly recycling system comprises: a grinder into which wheel balance weights for recycling, grinding stones, and grinding substances are put to grind the surface of the wheel balance weights for recycling; and a classification module which sorts the wheel balance weights for recycling and the grinding stones, which have been ground by the grinder and cleaned by a cleaning device, respectively.

Description

Eco-friendly regeneration system of wheel balance weight for regeneration and regeneration method therefor}

The present invention relates to an eco-friendly recycling system for a wheel balance weight for recycling and a recycling method therefor, and more particularly, to a wheel balance weight that is discarded by grinding and washing previously used wheel balance weights, relocating and reusing used wheel balance weights It relates to an eco-friendly recycling system and a recycling method for a wheel balance weight for recycling that minimizes environmental pollution as well as improves economic feasibility.

The wheel balance of a car means a good balance in the state where air is injected into the tires. If the wheels are not balanced, vibration occurs due to the centrifugal force caused by rotation, causing noise, uneven wear of the tires, and shaking of the steering wheel. do.

These wheel balances are classified into static unbalance and dynamic unbalance. Static unbalance refers to an imbalance when a part of the wheel is heavier than another and the heavier part tries to stop on the lower side. In the case of such a static unbalance, the vehicle body It causes a phenomenon in which the wheel fluctuates up and down, the so-called wheel trapping phenomenon.

The dynamic unbalance means an imbalance in which the left and right weights of the wheel are different. In the case of the dynamic unbalance, a phenomenon in which the wheel shakes from side to side whenever it rotates occurs.

As described above, when the wheel is unbalanced, that is, when the wheel is out of balance, vibration occurs according to the centrifugal force while the wheel rotates, resonating with the steering system or suspension system, causing shaking or vehicle body vibration in the direction of rotation of the steering wheel.

Therefore, the wheel is periodically checked for balance, and in the case of unbalance, a balance weight is mounted on the wheel to adjust the balance.

The balance weight is formed in the form of a belt, and at least two or more unit blocks are connected, and is appropriately cut according to the deviation weight of the wheel balance and attached to the inner curved surface of the wheel through an adhesive part.

In general, balance weights are manufactured using lead (Pb), which has a relatively high specific gravity. Balance weights manufactured using lead have recently been manufactured using metal-based mild steel as a substitute for environmental pollution problems. is spreading

Balance weights manufactured using mild steel are mainly installed using an adhesive method due to the need for high-speed driving and safety due to improved performance of automobiles in consideration of design changes and aesthetics of tire wheels.

However, tires are consumables and are replaced when the vehicle is driven over a certain distance or when the road surface conditions change due to seasonal changes. A balance weight is attached.

Here, the balance weight previously removed from the wheel had to be discarded because it could not be reused immediately because the adhesive remained on one side, and problems such as being damaged the longer it was used.

Therefore, since the usable balance weight is also discarded along with the discarded balance weight, there is a problem of polluting the environment as well as increasing costs due to this.

Republic of Korea Patent Registration No. 10-0628892 (2006.09.20., registration) Republic of Korea Patent Registration No. 10-1714404 (2017.03.03., registration) Republic of Korea Patent Registration No. 10-1469925 (2014.12.01., registered) Republic of Korea Patent Registration No. 10-2022220 (2019.09.09., registration) Republic of Korea Patent Publication No. 10-2022-0074345 (2022.06.03., published)

The present invention has been proposed to solve the above problems, by polishing and washing the balance weight removed from the wheel to remove impurities remaining on the surface, and by enabling reuse through application of paint and rearrangement of adhesive, thereby enabling environmental protection. An object of the present invention is to provide an eco-friendly recycling system for a wheel balance weight for recycling, which can reduce contamination and reduce costs, and a recycling method therefor.

The present invention is an eco-friendly wheel balance weight for recycling, which can prevent contamination of the surrounding environment by preventing contaminated washing water generated in the washing process after polishing from leaking out of the collection box, and improving the convenience of collection and transportation of contaminated washing water. An object of the present invention is to provide a regeneration system and a regeneration method therefor.

In order to achieve the above object, the present invention,

A grinder for polishing the surface of the wheel balance weight for regeneration by injecting a grinding stone and an abrasive material into the wheel balance weight for regeneration;

and a sorting module for classifying the wheel balance weight for recycling and the polishing stone, which are polished through the grinder and washed through the cleaning device, respectively.

In addition, the cleaning device includes a basket into which grinding stones and wheel balance weights for regeneration are put, an elevating means for elevating the basket, and a spray nozzle disposed to cover the outside of the basket and spraying the cleaning material delivered to the basket. It is characterized in that it includes a washing body provided, and a collection box disposed below the basket to collect washing materials after washing.

At this time, the washing body is further provided with a leak prevention plate for guiding the washing material sprayed from the spray nozzle toward the collection box and preventing it from leaking to the outside, the leak prevention plate extending along the sidewall of the washing body. a lower plate inclined toward the collection box, an upper plate bent at an upper end of the lower plate and disposed inclined toward the spray nozzle, and formed along the longitudinal direction of the upper plate to prevent the upper plate and the washing It is characterized in that it includes a moving hole through which the washing material introduced into the space between the bodies passes toward the collection box.

In addition, the sorting module includes a classifier formed in a mesh form to separate the abrasive stone and the wheel balance weight for recycling, an upper classifying plate disposed on one end side of the classifier in the longitudinal direction and moving the abrasive stones filtered by the classifier, It is characterized in that it includes a lower flow plate disposed below the classification body and moving the wheel balance weight for reproduction that has passed through the classification body, and a vibration means for moving the abrasive stone and the wheel balance weight for reproduction by vibrating the classification body. do.

On the other hand, a sorting step of sorting the wheel balance weights for recycling collected into products and scrap metals; A polishing step of removing adhesives and foreign substances attached to the surface by putting the wheel balance weight for recycling classified as commercial use into a polishing machine together with polishing means including a polishing stone; A washing step of washing the polished wheel balance weight for regeneration by putting the abrasive stone and the wheel balance weight for regeneration into a cleaning device, and a sorting step of classifying the washed abrasive stone and the wheel balance weight for regeneration; A painting step of painting the surface of the classified wheel balance weight for reproduction; It is characterized by providing an eco-friendly vehicle wheel balance weight regeneration method including an adhesive arrangement step of disposing an adhesive means on one side of the painted wheel balance weight for regeneration.

The present invention made as described above has an effect of minimizing environmental pollution caused by disposal by reusing the used wheel balance weight through grinding and washing, and reducing costs by reusing the used wheel balance weight.

In addition, the present invention collects contaminated washing water containing impurities after use in the washing step of separating impurities from the polished wheel balance weight through a separate collection box, but prevents the contaminated washing water from leaking out of the collection box during the washing process, It is possible to prevent the environment from being polluted, and there is an effect of improving the convenience of separating and collecting contaminated washing water.

1 is an exemplary view showing a regeneration method for driving an eco-friendly regeneration system of a wheel balance weight for regeneration according to the present invention.
Figure 2 is an exemplary view showing a washing device constituting the present invention.
Figure 3 is an exemplary view showing a washing body constituting the present invention.
Figure 4 is an exemplary view showing a leak prevention plate constituting the present invention.
5 is an exemplary view showing an operating state of a washing device constituting the present invention.
6 is an exemplary view showing a classification module constituting the present invention;

Hereinafter, other objects and features of the present invention in addition to the above objects will be clearly revealed through the description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in the present application, they should not be interpreted in an ideal or excessively formal meaning. don't

Hereinafter, an eco-friendly recycling system and a recycling method for a wheel balance weight for recycling according to an embodiment of the present invention will be described with reference to the accompanying drawings.

In the detailed description of the present invention, the regeneration method for driving the eco-friendly regeneration system of the wheel balance weight for regeneration according to the present invention will be described step by step, and a detailed description of the device used in each step will be given in detail.

The recycling method (S1) of driving the eco-friendly recycling system 1 of the wheel balance weight for recycling according to an embodiment of the present invention includes a sorting step (S10) of sorting the collected wheel balance weights for recycling into commercial goods and scrap metal. And, a polishing step (S20) of removing adhesives and foreign substances attached to the surface by putting the wheel balance weight for regeneration classified as commercial use into a polishing machine together with a polishing means including a grinding stone, and washing the grinding stone and wheel balance weight for regeneration A washing step (S30), a sorting step (S40) of classifying the washed abrasive stones and wheel balance weights for recycling into the same type, and a painting step of painting the surface of the classified wheel balance weights for recycling. (S50) and an adhesive arranging step (S60) of arranging an adhesive means on one surface of the painted wheel balance weight for regeneration.

The sorting step (S10) is a step of sorting reusable and waste objects from a plurality of wheel balance weights collected after being separated from the wheels of a vehicle, each of which is collected in a different state according to the use environment and use time. The operator visually checks the wheel balance weights (W), sorts them into reusable ones and non-reusable ones, and stores the selected wheel balance weights (W) in different sorting boxes.

The polishing step (S20) is a step of removing foreign substances attached to the surface of the wheel balance weight (W) by putting the wheel balance weight (W) selected to be reusable together with a polishing means including a grinding stone into a polishing machine.

In the polishing step (S20), the wheel balance weight (W), which is an object to be polished, is put into the polishing machine 30, and a grinding stone for polishing the object is put and rotated, so that the polishing stone is attached to the surface of the wheel balance weight (W) This step is to remove foreign matter.

At this time, in order to increase the polishing efficiency, the polishing means added together with the polishing stone is mixed with sodium bicarbonate and citric acid in a weight ratio of 1:1. At this time, when the weight of the wheel balance weight (W) is 100, the input amount of the mixture is input in the range of 30 to 40.

The sodium bicarbonate is a kind of compound and is also called baking soda, sodium bicarbonate, sodium bicarbonate, sodium bicarbonate, has a white powder state at room temperature, removes odors generated in the polishing process, and is used for cleaning.

In addition, the citric acid is a weak organic acid found mainly in citrus fruits, and is used as an environmentally friendly cleaning agent.

This citric acid has a property of dissolving metal by combining with metal, and has an effect of removing rust formed on metal in particular.

After mixing the sodium bicarbonate and citric acid in a weight ratio of 1: 1, a weight ratio of 30 to 40% relative to the weight of the wheel balance weight (W) introduced into the polishing machine is used to polish the wheel balance weight (W) by a grinding stone. At the same time, it removes the odor generated from the wheel balance weight made of metal, and maximizes polishing efficiency by melting and removing corrosion, that is, rust, formed on the wheel balance weight.

At this time, when the weight ratio of the polishing means is less than 30%, the effect of removing rust and odor is insufficient, and when it exceeds 40%, the movement of the grinding stone is hindered, and the polishing efficiency is rather reduced.

On the other hand, in the present invention, the polishing machine 30 is composed of, for example, a centrifugal grinder that grinds the surface of the polishing object while the polishing object and the polishing stone are rubbed by putting the introduced polishing object and the grinding stone into a sealed enclosure and then rotating the enclosure at a predetermined speed. As can be, since the structure and operation relationship of such a centrifugal grinder is known, detailed illustration and description will be omitted.

In the washing step (S30), the polishing wheel balance weight (W) polished through the polishing machine, the polishing stone used for polishing, and the polishing means input for polishing are put into the cleaning device 10 to remove impurities separated from the polishing means and the wheel balance weight. is the step to remove.

This cleaning step (S30) is to separate the impurities and polishing means separated from the wheel balance weight (W) through the cleaning material from the wheel balance weight and the grinding stone through the polishing step (S20), and a cleaning device for this ( 10) is to remove impurities and polishing means separated from the wheel balance weight during polishing from the wheel balance weight and the grinding stone through the cleaning material transferred after the wheel balance weight, the grinding stone, and the grinding means are introduced.

To this end, the cleaning device 10 includes a basket 11 into which abrasive stones and wheel balance weights for regeneration are put, an elevating means 12 for elevating the basket 11, and covering the outside of the basket 11. and a washing body 13 provided with a spray nozzle 131 for spraying the washing material delivered to the basket 11 side, and a collection box disposed below the basket 11 to collect the washing material after washing ( 14).

The basket 11 is made of a mesh shape through which the inside and the outside are inserted, into which the wheel balance weight and the polishing stone (hereinafter, abbreviated as 'cleaning object') are inserted after the polishing step is completed.

As shown in the drawing, the upper end of the basket 11 is opened so that objects to be cleaned are put in and discharged, and cleaning materials sprayed from the spray nozzle 131 and impurities separated from the objects through the cleaning materials and the polishing means are transported therein. It is discharged to the lower side of the basket (11).

In addition, the shape of the basket 11 can be changed in various ways other than the rectangular shape shown in the drawings, and is not limited to the shape shown in the drawings.

The lifting means 12 is for raising or lowering the basket 11, and in the process of putting or discharging objects to be washed into the basket 11, the basket 11 is positioned below the washing body 13. In the washing process, the basket 11 is raised to approach the washing body 13 side.

The lifting means 12 for this purpose includes a lifting driver 121 operated by applied power and a signal, extending in the longitudinal direction and arranged in a roll shape, and being drawn out or wound by the operation of the lifting driver 121. It includes a rope 122 and a hook 123 provided at one end of the elevating rope 122 in the longitudinal direction and detachably coupled to the basket 11 .

The lifting means 12 formed as described above applies power and a signal to the lifting driver 121 in a state where the hook 123 is coupled to the basket 11, and the lifting rope disposed in the form of a roll wound around a bobbin multiple times. As 122 is drawn out from the bobbin or wound around the bobbin, the basket 11 is raised or lowered.

The elevating means 12 moves down to be located below the washing body 13 in the process of putting or discharging the object to be washed into the basket, and moves the basket 11 to the washing body 13 in the process of washing the object to be washed. Raise it so that it is placed in a position where the outer side is wrapped by

The washing body 13 is disposed to cover the outside of the basket 11 and is provided with a spray nozzle 131 for spraying the received washing material toward the basket 11, and the upper surface 132 and the upper surface Including the side wall 133 extending downward from the rim, it is formed in the form of a lid with an open lower end as a whole.

Here, the upper surface 132 of the washing body 13 is formed with a disposition groove 134 in which the elevating rope 122 of the elevating means 12 is disposed and the supply pipe 135 for delivering the cleaning material is disposed.

In addition, the upper surface may be formed in a dome shape in addition to the flat plate shape shown in the drawings, and is not limited to the shape shown in the drawings.

The spray nozzle 131 sprays the cleaning material delivered through the supply pipe 135 toward the basket 11 to clean the object to be washed. It can be arranged to spray the cleaning material at different angles.

The washing material is to wash the object to be washed, and the washing material may be any one of washing water in liquid form or washing air in gas form.

The cleaning body 13 injects the cleaning material through the injection nozzle 131 to the cleaning object put into the basket 11 to remove impurities and polishing means, and the contaminated cleaning material containing impurities is disposed below. It is guided to the collection box 14, but the contaminated washing material is prevented from leaking out of the collection box 14 through the side wall 133.

That is, if the cleaning material containing impurities and polishing means leaks out of the collection box 14 after being sprayed during the washing process, it not only contaminates the surroundings of the cleaning device 10, but also cleans the state containing impurities and polishing means. Substances are discharged into sewage without a separate refining operation and contaminate groundwater as well as soil. A leak prevention plate 15 is further provided to guide the water toward the collection box 14 and prevent leakage to the outside.

The leak prevention plate 15 extends along the sidewall 133 of the washing body 13, and is preferably formed along the entire sidewall 133 so that the contaminated spray material adheres to the leak prevention plate 15. By being guided to the collection box 14 by the method, leakage to the outside is prevented.

For this purpose, the leak prevention plate 15 is disposed inclined from the side wall 133 of the washing body 13 toward the collection box 14 to be described later, and includes a lower plate 151 for guiding the contaminated spray material toward the collection box 14 and , The top of the lower plate 151, that is, the cut surface including the upper plate 152 inclined toward the spray nozzle 131 at the portion in contact with the side wall 133 of the washing body 13 is '<' or It is formed to have a '>' shape.

The leak prevention plate 15 formed as described above is disposed at a position where the upper plate 152 surrounds the outside of the spray nozzle 131, and transfers the cleaning material sprayed from the spray nozzle 131 to the basket 11.

The lower plate 151 is disposed to be inclined from the sidewall of the washing body 13 toward the collection box 14, and passes through the washing material sprayed from the spray nozzle 131 and the basket 11 while removing impurities and polishing means. is included to guide the contaminated washing material toward the collection box 14, and preferably, the lower end of the lower plate 151 is disposed above the upper edge of the collection box 14 so that the guided contaminated washing material is located in the collection box 14. It is arranged so as to fall toward the receiving space.

Meanwhile, a plurality of pieces are formed at spaced apart positions along the longitudinal direction of the top plate 152 to collect the cleaning substances introduced into the space between the top plate 152 and the sidewall 133 of the washing body 13. A moving hole 153 moving to the (14) side is provided.

That is, among the cleaning substances sprayed from the spray nozzle 131, the cleaning substance introduced between the top of the upper plate 152 and the washing body 13 is prevented from remaining in the corresponding area.

The leak prevention plate 15 formed as described above guides the contaminated washing material moving toward the washing body 13 to the collection box 14 among the contaminated washing materials to prevent the contaminated washing material from leaking out of the collection box 14. do.

Meanwhile, a through hole 154 in which the lifting rope 122 or the supply pipe 135 is disposed is further formed in the leak prevention plate 15 so as not to interfere with the lifting movement of the basket 11 .

The collection box 14 is formed in the form of an enclosure with an open top and a receiving space for storing polluted washing materials introduced through the open top, and a movable caster (not shown in the drawing) capable of moving and stopping at the lower end, and A discharge port (not shown in the drawing) may be provided to discharge the polluted washing material stored in the receiving space to the outside.

The collection box 14 formed as described above is moved to a purification device for a separate purification operation using casters for movement when contaminated washing materials are introduced through the open top and a predetermined amount is stored in the accommodation space.

The washing device 10 constructed as described above removes impurities and polishing means through the cleaning material sprayed through the spray nozzle on the object to be washed put into the basket 11, and collects the contaminated washing material mixed with impurities and polishing means (14 ), but by preventing leakage to the outside, there is an effect of preventing contamination of groundwater and soil as well as the surrounding environment.

The classification step (S40) is a step of classifying the stone and the wheel balance weight for reproduction, and classifies the wheel balance weight (W) and the polishing stone respectively.

To this end, in the classification step (S40), the classification module 20 is utilized. The classification module 20 is made in a mesh shape and includes a classification body 21 that separates the abrasive stone and the wheel balance weight for recycling, and the classification body ( 21) disposed on one end side in the lengthwise direction of the classifying body 21 to which the abrasive stones filtered by the classifying body 21 move, and an upper classifying plate 22 disposed below the classifying body 21 to pass through the classifying body 21 It includes a lower dividing plate 23 through which one wheel balance weight for recycling moves, and a vibrating means 24 for moving the abrasive stone and the wheel balance weight for reproduction by vibrating the classification body 21.

The classification body 21 is for classifying wheel balance weights and abrasive stones having different sizes into different layers, and is made in the form of a mesh, but as shown in the drawing, a plurality of horizontal bars arranged side by side at intervals from each other and It may be formed in a form including vertical rods for fixing the plurality of horizontal rods.

The upper class plate 22 is disposed on one end side of the classifier 21 in the longitudinal direction to move the abrasive stones filtered by the classifier 21, and is made in the form of a flat plate but inclined downward to one side for classification The abrasive stone sifted by the sieve 21 is configured to move along a downwardly inclined direction.

The lower division plate 23 is disposed below the classification body 21 to move the wheel balance weight W passing through the classification body 21, and extends in the longitudinal direction but is inclined downward to one side. The wheel balance weight (W) is configured to move along a downwardly inclined direction.

The vibrating means 24 generates vibration by moving the classification body 21 in a horizontal direction while operating by the applied power and signal, and through this, the wheel balance weight W and the abrasive stone introduced into the classification body 21 sorted and transported to separate locations.

The painting step (S40) is a step of painting a color paint on the surface of the wheel balance weight for recycling, which has been washed through the washing step (S30), and is for recycling through this painting step (S40). This is the step of painting the surface of the wheel balance weight with a paint that has functions such as anti-static, moisture-proof, and anti-rust.

Here, the method of applying the paint in the painting step (S40) may be selectively used according to the type of paint used during liquid painting or powder painting.

The adhesive arranging step (S50) is a step of arranging an adhesive means on one side of the wheel balance weight for recycling that has been painted and dried through the painting step (S40), where the adhesive means is directly attached to one side of the wheel balance weight. It may be made of any one of the forms of a tape coated on or provided with an adhesive on both sides.

Afterwards, the manufacturing of wheel balance weights for recycling is completed by packaging after classification by weight or number of units. The wheel balance weights regenerated through the above-described regeneration method are free from contamination of the surrounding environment, groundwater and soil generated during the regeneration process. can be prevented, and polluted washing materials containing impurities are separately collected, purified, and then discharged, thereby providing an environmentally friendly regeneration method and a wheel balance weight manufactured through the method.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Those skilled in the art in the field to which the present invention belongs can make various modifications and variations from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and it will be said that not only the claims to be described later, but also all modifications equivalent or equivalent to these claims belong to the scope of the present invention. .

1: Eco-friendly recycling system of wheel balance weight for recycling
10: washing module
11: basket 12: lifting means
13: washing body 14: collection box
15: leak prevention plate
20: classification module
21: classification body 22: upper classification plate
23: lower distribution plate 24: vibration means
30: grinder

Claims (5)

A polishing machine 30 for polishing the surface of the wheel balance weight for regeneration by inputting a grinding stone and an abrasive material for regeneration;
Including a classification module 20 for classifying the wheel balance weight and the grinding stone for recycling, which are polished through the grinder 30 and washed through the cleaning device 10, respectively,
The washing device 10,
A basket 11 into which grinding stones and wheel balance weights for regeneration are put;
An elevating means (12) for elevating the basket (11);
A washing body 13 disposed to cover the outside of the basket 11 and equipped with a spray nozzle 131 for spraying the washing material delivered to the basket 11;
It includes a collection box 14 disposed below the basket 11 to collect washing materials after washing,
In the washing body 13,
A leak prevention plate 15 is further provided to guide the washing material sprayed from the spray nozzle 131 to the collection box 14 to prevent leakage to the outside,
The leak prevention plate 15,
It is formed extending along the sidewall of the washing body 13,
A lower plate 151 disposed inclined toward the collection box 14, an upper plate 152 bent at an upper end of the lower plate 151 and disposed inclined toward the spray nozzle 131, and the upper plate It is characterized in that it includes a moving hole 153 formed along the longitudinal direction of the upper plate 152 and through which the washing material introduced into the space between the upper plate 152 and the washing body 13 passes toward the collection box 14. Eco-friendly regeneration system of wheel balance weight for regeneration. delete delete The method according to claim 1, wherein the classification module 20,
A classification body 21 made in the form of a mesh and separating the abrasive stone and the wheel balance weight for regeneration;
An upper dividing plate 22 disposed on one end side of the classifying body 21 in the longitudinal direction and moving the abrasive stones filtered by the classifying body 21;
A lower dividing plate 23 disposed below the classifying body 21 and moving a wheel balance weight for reproduction that has passed through the classifying body 21;
An eco-friendly recycling system for a wheel balance weight for reproduction, characterized in that it includes a vibration means (24) for moving the abrasive stone and the wheel balance weight for reproduction by vibrating the classification body (21). As a process of proceeding with the eco-friendly recycling system (1) of the wheel balance weight for recycling according to claim 1 or 4,
A sorting step (S10) of sorting the collected wheel balance weights for recycling into goods and scrap metal;
A polishing step (S20) of removing adhesives and foreign substances attached to the surface by putting the wheel balance weight for recycling classified as commercial use into the polishing machine 30 together with polishing means including a polishing stone;
A washing step (S30) of washing the polished wheel balance weight for regeneration by putting the polishing stone and the wheel balance weight for regeneration into the cleaning device 10;
A sorting step (S40) of classifying the washed abrasive stone and the wheel balance weight for regeneration;
A painting step (S50) of painting the surface of the classified wheel balance weight for reproduction;
A method for regenerating an eco-friendly automobile wheel balance weight, including an adhesive arrangement step (S60) of disposing an adhesive means on one surface of the painted wheel balance weight for regeneration.

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