KR20220043669A - Method of manufacturing of a robot for toys using waste - Google Patents

Abstract

The present invention relates to a toy robot manufacturing method using scrap and, more specifically, to a toy robot manufacturing method using scrap in which a method for manufacturing a toy (DIY-type toy) having a variety of potential consumer layers by upcycling scrap and a manufacturing method of a toy robot to which a smart device is coupled are organically coupled.

Description

Method of manufacturing of a robot for toys using waste

The present invention relates to a method of manufacturing a toy robot using scraps, and more specifically, a method for manufacturing a toy (DIY-type toy) with a variety of potential consumers by upcycling the scrap and a toy for which a smart device is combined It relates to a method of manufacturing a robot for a toy using scraps organically combined with the manufacturing method of the robot.

Currently, front-line educational institutions such as cultural centers/kindergartens/after-school education require new and creative experiential learning educational items. The most used educational item may be a toy.

Toys are also made using a variety of materials. If you make toys using scrap (DIY toys), the advantage of recycling education, that is, education about recycling into a daily life, and the possibility of recycling are directly taught to children. There is an advantage of an educational center that allows you to experience and directly experience recycling practices. Furthermore, it is an eco-friendly item that reduces the amount of household waste by using waste products such as paper, plastic, aluminum, and vinyl.

Furthermore, it is possible to convert waste products into new substances or products with higher qualitative and environmental value, so that upcycling can be expected to create new added value.

Meanwhile, in recent years, in order to secure a broad demand group using toys, in general, the characteristics of existing toy products and smart toys refer to products in which IT technologies such as wireless communication, artificial control devices, and multiple sensors are fused. ) is a developing trend.

However, although the above-described toy production using scraps described above can be easily accomplished with a simple description and production method, it is not easy to produce a smart toy incorporating IT technology, so a guide for this is required.

Furthermore, toys are generally manufactured by targeting some children, and among toys, toy robots can secure a wider audience than general toys. However, the method of manufacturing a toy robot may not be easy even for adults with sufficient toy knowledge.

Accordingly, the present invention has been devised to solve the above problems, and the problem to be solved by the present invention is to upcycling scrap products so that various consumer groups can easily manufacture toys for toys (DIY-type toys). An object of the present invention is to provide a method for manufacturing a toy robot using scraps organically combined with a manufacturing method and a method for manufacturing a toy robot combined with a smart device.

The problems of the present invention are not limited to the problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

A method for manufacturing a toy robot using scraps according to an embodiment for solving the above problems is a method for manufacturing a toy robot using scraps, comprising: a form checking step (S01) of confirming a shape of a production target robot; As a consumable parts confirmation step (S02) of confirming the scraps consumed in the production of the target production robot confirmed in the form confirmation step (S01) and confirming the joints connecting the scraps and the scraps, the type of waste is confirmed to check the types of the scraps Step (S02a), the weight confirmation step (S02b), the joint number check step (S02c) to check the number of joints connecting the scrap and the scrap, the joint type check step (S02d) to check the type of the joint, the joint Consumable parts confirmation step (S02) comprising a joint specification confirmation step (S02e) to check the specifications of, and a smart device confirmation step (S02f) to check a smart device; A joint production step (S03) of manufacturing the joint according to the number of the joints, the type of the joint, and the specifications of the joint confirmed in the consumption accessory confirmation step (S02); a waste preparation step (S04) of preparing the necessary waste items identified in the consumable parts confirmation step (S02); A smart device preparation step (S05) of preparing the necessary smart device identified in the consumption accessory confirmation step (S02); Toy assembly step (S06) of assembling the parts secured in the joint production step (S03), the scrap product preparation step (S04), and the smart device preparation step (S05); It consists of a painting step (S07) of painting the toy assembled in the toy assembling step (S06); and the toy assembling step (S06) is a coupling guide step of guiding the position to the position where the parts are to be combined. (S06a), including a component assembly step (S06b) of assembling the parts that have undergone the coupling guide step (S06a),

The painting step (S07) consists of a color selection step (S07a) for painting, and a painting execution step (S07b) of painting with the color selected in the color selection step (S07a), wherein the shape confirmation step (S01) is A use confirmation step (S01aa) of confirming the purpose of the production target robot, an age confirmation step (S01ab) of confirming the age of the user of the production target robot, and a gender confirmation step (S01ac) of confirming the user gender of the production target robot According to the confirmed use of the production target robot, the confirmed user age of the production target robot, and the confirmed user gender of the production target robot, by artificial intelligence in a pre-stored memory or big data Including the step of confirming the shape of the production target robot from the video data combining the video and photos taken from various angles of the recommended production target robot, the robot assembly and production sequence, and phrases explaining the production sequence characterized.

The joint is a rotating plate 10 in the form of a disk; a rotating soccer ball 11 penetrating through the rotating plate 10 and having a first bolt 31 inserted therein; a rotational radius 12 spaced apart from the rotational football 11 and having a predetermined rotational radius around the rotational football 11 and formed such that a second bolt 32 is inserted; a fixed plate 20 in the form of a disk spaced apart from the upper or lower portion of the rotating plate 10; a rotation shaft fixture 21 penetrating through the fixing plate 20 to insert the first bolt 31; a rotation radius fixture 22 which is spaced apart from the rotation shaft fixture 21 and is formed so that the second bolt 32 is inserted; The first bolt 31 and the second bolt 32 inserted after arranging the rotating plate 10 and the fixing plate 20; and a first nut 41 and a second nut 42 for fixing the first bolt 31 and the second bolt 32, respectively, and the rotating plate 10 and the fixing plate 20 are spaced apart from each other. After that, the first bolt 31 is inserted into the rotary soccer 11 and the rotary shaft fixture 21 , and the second bolt 32 is inserted into the rotary radius 12 and the rotary radius fixture 22 . Then, by coupling the first nut 41 and the second nut 42 to the lower portions of the inserted first and second bolts 31 and 32, respectively, the rotating plate 10 and the fixing plate 20 are formed. However, to have a gap of 0.01 to 0.2 cm therebetween, the first nut 41 maintains the gap and in the lower part of the rotary plate 10 and the fixed plate 20 spaced apart by the gap to fix the rotation shaft. It is coupled until it is in close contact with the positioned plate, and the second nut 42 is characterized in that it is coupled only to 1/2 to 3/4 point of the bolt length so that the rotating plate 10 can rotate.

The rotating plate 10 is attached to the scrap to be rotated, the fixed plate 20 is attached to the scrap to be fixed, the rotary plate 10 and the fixed plate 20 are the shape of the attached waste and the shape of the part to be made. It can be implemented by changing the end of the disk shape to be curved according to (12) is configured to have a rotation radius of 10 to 200 ° with respect to the rotation soccer ball 11, and the rotation soccer ball 11, the rotation shaft fixture 21 and the rotation radius fixture 22 have a diameter of 0.3 to It is characterized in that it is in the form of a hole with a diameter of 1 cm, and the joint for producing the scrap toy uses a scrap formed of at least one of plastic and aluminum.

Details of other embodiments are included in the detailed description and drawings.

According to the method of manufacturing a toy robot using scraps according to an embodiment, a method of manufacturing a toy (DIY type toy) by upcycling the scrap so that various consumer groups can easily produce a toy robot and a smart device are combined It is possible to provide a method for manufacturing a toy robot using scraps organically combined with the method for manufacturing a toy robot.

Effects according to the embodiments are not limited by the contents exemplified above, and more various effects are included in the present specification.

1 is a flowchart illustrating a method for manufacturing a toy robot using scraps of the present invention.
FIG. 2 is a flowchart illustrating a form confirmation step of FIG. 1 .
3 is a flowchart illustrating the consumable accessory confirmation step of FIG. 1 .
Figure 4 is an exploded perspective view of the joint of the toy robot manufacturing method using the scrap of the present invention.
Figure 5 is a combined perspective view showing the rotation radius of the joint of Figure 4;
6 and 7 are views showing a toy robot manufactured through the method for manufacturing a toy robot using scraps according to FIG. 1 .

Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, and only these embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention belongs It is provided to fully inform the possessor of the scope of the invention, and the present invention is only defined by the scope of the claims.

Reference to an element or layer "on" of another element or layer includes any intervening layer or other element directly on or in the middle of the other element or layer. Like reference numerals refer to like elements throughout.

Although the first, second, etc. are used to describe various elements, these elements are not limited by these terms, of course. These terms are only used to distinguish one component from another. Accordingly, it goes without saying that the first component mentioned below may be the second component within the spirit of the present invention.

Hereinafter, specific embodiments will be described with reference to the accompanying drawings.

1 is a flowchart illustrating a method for manufacturing a toy robot using scraps of the present invention. FIG. 2 is a flowchart illustrating a form confirmation step of FIG. 1 . 3 is a flowchart illustrating the consumable accessory confirmation step of FIG. 1 .

1 to 3, the toy manufacturing method according to the present invention relates to a toy robot manufacturing method using scraps.

The method for manufacturing a toy robot according to the present invention includes a form confirmation step (S01) of confirming the form of a production target robot; Consumable parts confirmation step (S02) of confirming the waste products consumed in the production of the target production robot confirmed in the shape checking step (S01) and confirming the joints connecting the scraps and the waste products; A joint production step (S03) of manufacturing the joint according to the number of the joints, the type of the joint, and the specifications of the joint confirmed in the consumption accessory confirmation step (S02); a waste preparation step (S04) of preparing the necessary waste items identified in the consumable parts confirmation step (S02); A smart device preparation step (S05) of preparing the necessary smart device identified in the consumption accessory confirmation step (S02); Toy assembly step (S06) of assembling the parts secured in the joint production step (S03), the scrap product preparation step (S04), and the smart device preparation step (S05); and a painting step (S07) of painting the toy assembled in the toy assembling step (S06).

In the shape confirmation step (S01), the shape of the target robot is checked.

As shown in FIG. 2 , the form confirmation step (S01) includes a use confirmation step (S01aa) of confirming the use of the production target robot, an age confirmation step (S01ab) of confirming the age of the user of the production target robot, and and a gender confirmation step (S01ac) of confirming the user's gender of the production target robot.

In the use confirmation step (S01aa), the purpose of the production target robot is confirmed.

For example, in the use confirmation step (S01aa), it is distinguished whether the purpose of the production target robot is for simple play, for education, or for treatment.

In the age confirmation step (S01ab), the age of the user of the production target robot is confirmed.

For example, in the age confirmation step (S01ab), whether the user's age of the target robot is 3 years old or younger, 4 years old or more 7 years old, or elementary school children 8 or more 13 years old, 14 years old or more 16 Whether you are a middle school student under the age of 17, a high school student between the ages of 17 and 19, a youth between the ages of 20 and 30, the elderly between the ages of 31 and 40, the middle-aged between the ages of 41 and 50, and the middle-aged between the ages of 51 and 60, You can check whether you are over the age of 61 or older.

In the gender verification step (S01ac), the gender of the user of the production target robot is confirmed.

For example, in the gender confirmation step (S01ac), it is checked whether the gender of the user of the production target robot is male or female.

According to the confirmed use of the production target robot, the confirmed user age of the production target robot, and the confirmed user gender of the production target robot, the recommendation by artificial intelligence in a pre-stored memory or big data (Big Data) The form of the target robot is checked from the video data combining the video and photos taken from various angles, the robot assembly and production sequence, and phrases explaining the production sequence.

Through the shape confirmation step (S01), by confirming the purpose, age group, and gender of the toy robot of the demand group that manufactures the toy robot, it is possible to guide various toy robot manufacturing methods for each demand group, so that various It has the advantage of being able to secure a demand base.

In the consumption parts confirmation step (S02), it is possible to check the scraps consumed in the production of the target production robot confirmed in the shape check step (S01), and to check the joints connecting the scraps and the scraps.

As shown in Figure 3, the consumption accessory confirmation step (S02) is a waste type confirmation step (S02a) to check the types of waste, a waste weight check step (S02b), to check the number of joints connecting the scrap and the scrap The joint number check step (S02c), the joint type check step (S02d) to check the type of the joint, the joint specification check step (S02e) to check the specifications of the joint, and the smart device check step (S02f) to check the smart device ) is included.

In the waste type confirmation step (S02a), the types of waste products necessary for manufacturing the toy robot are checked. Through the waste product type confirmation step (S02a), the usage confirmation step (S01aa) of confirming the purpose of the production target robot, the age verification step of checking the age of the user of the production target robot (S01ab), and the user of the production target robot It is possible to check in advance the types of scraps required to manufacture the target robot targeted by the consumer identified through the gender confirmation step (S01ac) of confirming the gender.

In the waste weight confirmation step (S02b), each weight of waste products necessary for manufacturing the toy robot is checked. Through the waste weight confirmation step (S02b), the usage verification step (S01aa) of confirming the purpose of the production target robot, the age verification step of checking the age of the user of the production target robot (S01ab), and the user of the production target robot It is possible to check in advance the weight of the scraps required to manufacture the target robot targeted by the consumer identified through the gender confirmation step (S01ac) to confirm the gender, so the type and specification of the joint for connecting the scrap and the scrap can be checked in advance. Since there is an advantage of being able to measure, the time and cost required for manufacturing the toy robot are remarkably reduced.

In the joint number confirmation step (S02c), the number of joints connecting the scrap and the scrap required for manufacturing the toy robot is checked.

In the joint type confirmation step (S02d), the type of the joint required for manufacturing the toy robot is confirmed.

In the joint specification confirmation step (S02e), the specification of the joint required for manufacturing the toy robot is confirmed.

Through the joint number check step (S02c), the joint type check step (S02d), and the joint specification check step (S02e), the usage check step (S01aa) of confirming the use of the target robot, the user age of the target robot The number of joints, joint types, and the number of joints required for manufacturing the target production robot targeted by the consumer identified through the age confirmation step (S01ab) of confirming, and the gender confirmation step (S01ac) of confirming the gender of the user of the production target robot, And there is an advantage of being able to check the joint specifications in advance, the time and cost required for manufacturing the toy robot is remarkably reduced.

In the smart device confirmation step (S02f), a smart device required for manufacturing a toy robot is checked. The smart device includes an IT technology that collectively refers to a wireless communication device such as Bluetooth, a short-range wireless communication device (NFC), an artificial control device, or a heat sensor, an ultraviolet sensor, an illuminance sensor, a location sensor, or a camera. It may mean a device that

Figure 4 is an exploded perspective view of the joint of the toy robot manufacturing method using the scrap of the present invention. Figure 5 is a combined perspective view showing the rotation radius of the joint of Figure 4;

4 and 5, the joint for manufacturing a toy robot according to the present invention is a rotating plate 10 in the form of a disk; a rotating soccer ball 11 penetrating through the rotating plate 10 and having a first bolt 31 inserted therein; a rotational radius 12 spaced apart from the rotational football 11 and having a predetermined rotational radius around the rotational football 11 and formed such that a second bolt 32 is inserted; a fixed plate 20 in the form of a disk spaced apart from the upper or lower portion of the rotating plate 10; a rotation shaft fixture 21 penetrating through the fixing plate 20 to insert the first bolt 31; a rotation radius fixture 22 which is spaced apart from the rotation shaft fixture 21 and is formed so that the second bolt 32 is inserted; The first bolt 31 and the second bolt 32 inserted after arranging the rotating plate 10 and the fixing plate 20; and a first nut 41 and a second nut 42 for fixing the first bolt 31 and the second bolt 32, respectively.

After arranging the rotary plate 10 and the fixed plate 20 to be spaced apart, the first bolt 31 is inserted into the rotary soccer 11 and the rotary shaft fixture 21, and the rotary radius 12 and rotation Insert the second bolt 32 into the radius fixture 22 . The first nut 41 and the second nut 42 are coupled to the lower portions of the inserted first and second bolts 31 and 32, respectively, to fix the rotating plate 10 and the fixing plate 20, To have a gap of 0.01 to 0.2 cm between the first nut 41, the first nut 41 maintains the gap and is spaced apart by the gap to fix the rotation shaft. Coupled until close contact, the second nut 42 is coupled only to 1/2 to 3/4 point of the bolt length so that the rotating plate 10 can rotate.

In this case, the rotating plate 10 and the fixed plate 20 have a diameter of 3 to 15 cm and a thickness of 0.05 to 0.1 cm. If the diameter of the rotating plate 10 and the fixed plate 20 is less than 3 cm, it is difficult to directly work by human hands, and if it exceeds 15 cm, the quantity of scrap materials to be made into a toy increases, and the finished toy itself There is a problem that it can become heavy rapidly. In addition, if the thickness is less than 0.05 cm, the rigidity may be reduced because it is too thin.

At this time, the rotating plate 10 is attached to the scrap to be rotated, and the fixed plate 20 is attached to the scrap to be fixed. For example, if a human-shaped toy is to be manufactured, the body part is attached to the fixed plate 20, and the head part is attached to the rotating plate 10. By doing this, the finished human-shaped toy can rotate its head left and right like a human movement.

In addition, it goes without saying that the rotating plate 10 and the fixed plate 20 can be implemented by changing the end of the disk shape to be curved according to the shape of the attached waste product and the shape of the part to be made. For example, if you want to attach the scrap of the head, the head has a round shape, and if the end of the rotating plate 10 to which the waste of the head is attached is bent to match the round shape and manufactured, the completeness of the toy will be increased. It has the effect that it can.

The rotational football 11, the rotation shaft fixture 21 and the rotation radius fixture 22 are characterized in that the diameter is in the form of a hole of 0.3 ~ 1 cm. The first bolt 31 and the second bolt 32 inserted into the rotary soccer 11, the rotary shaft fixture 21 and the rotary radius fixture 22 are generally used bolts, and the diameter of the head is 0.6 ~ 2 cm , The length may be 1 to 2 cm, and the thickness may be 0.2 to 0.8 cm, and the first nut 41 and the second nut 42 are also commonly used nuts. The first bolt 31 and the second bolt In order to combine with (32), the outer diameter may be 0.6 to 2 cm, the inner hole diameter to be 0.2 to 0.8 cm, and the thickness to be 0.2 to 0.6 cm. Since the rotating plate 10 and the fixing plate 20 are fixed by the insertion and coupling of the first bolt 31 and the first nut 41, and the second bolt 32 and the second nut 42, the If the diameter of the rotary soccer 11, the rotary shaft fixture 21, and the rotary radius fixture 22 is out of the range of 0.3 to 1 cm, there is a problem that it may be difficult to fix the rotary plate 10 and the fixed plate 20.

In addition, the rotary radius 12 is a crescent-shaped hole surrounding the rotary soccer 11, and the width of the hole is the rotary soccer 11, the rotary shaft fixture so that the second bolt 32 can be inserted ( 21) and the rotation radius fixture 22, it is 0.3 to 1 cm, and the angle formed by both ends around the rotation soccer 11 is 10 to 200 °, and the inserted second bolt 32 is By this, the waste products positioned on the rotating plate 10 have a rotation radius of 10 to 200°, and rotation is prevented beyond the set rotation angle. Accordingly, the joint for making the scrap toy has a rotation radius of 10 to 200° similar to the joint movement of a person.

Accordingly, when a toy is manufactured using a joint for making a scrap toy having a turning radius, there is an effect that it is possible to improve the problem that the degree of completion is poor because it is impossible to implement movement when making a toy using the conventional scrap material.

In addition, the joint for producing the scrap toy is formed of at least one of plastic and aluminum, so that productivity can be improved, weight can be reduced, and rigidity can be improved.

If you want to connect the scrap to the joint for making a scrap toy when making a toy using the joint for making a scrap toy that is completed in this way, use adhesive, glue gun and double-sided tape on the upper or lower side of the rotating plate 10 and the fixed plate 20. A waste product can be attached by directly attaching it or by inserting a part of the adhesive tape into a gap formed between the rotating plate 10 and the fixing plate 20 using the exposed adhesive surface except for the inserted part.

<Example 1> Joints for making scrap toys that can rotate 10 to 200 °

4 and 5, the joint for manufacturing scrap toys of the present invention is a rotating plate 10 in the form of a disk; a rotating soccer ball 11 penetrating through the rotating plate 10 and having a first bolt 31 inserted therein; a rotational radius 12 spaced apart from the rotational football 11 and having a predetermined rotational radius around the rotational football 11 and formed such that a second bolt 32 is inserted; a fixed plate 20 in the form of a disk spaced apart from the upper or lower portion of the rotating plate 10; a rotation shaft fixture 21 penetrating through the fixing plate 20 to insert the first bolt 31; The rotation shaft fixture 21 and spaced apart from the rotation radius fixture 22 is formed so that the second bolt 32 is inserted; The first bolt 31 and the second bolt 32 inserted after arranging the rotating plate 10 and the fixing plate 20; and a first nut 41 and a second nut 42 for fixing the first bolt 31 and the second bolt 32, respectively.

After arranging the rotary plate 10 and the fixed plate 20 to be spaced apart, the first bolt 31 is inserted into the rotary soccer 11 and the rotary shaft fixture 21, and the rotary radius 12 and rotation Insert the second bolt 32 into the radius fixture 22 . The first nut 41 and the second nut 42 are coupled to the lower portions of the inserted first and second bolts 31 and 32, respectively, to fix the rotating plate 10 and the fixing plate 20, To have a gap of 0.01 to 0.2 cm between the first nut 41, the first nut 41 maintains the gap and is spaced apart by the gap to fix the rotation shaft. Coupled until close contact, the second nut 42 is coupled only to 1/2 to 3/4 point of the bolt length so that the rotating plate 10 can rotate.

At this time, the rotating plate 10 is attached to the scrap to be rotated, and the fixed plate 20 is attached to the scrap to be fixed. For example, if a human-shaped toy is to be manufactured, the body part is attached to the fixed plate 20, and the head part is attached to the rotating plate 10. By doing this, the finished human-shaped toy can rotate its head left and right like a human movement.

In addition, the rotary radius 12 is a crescent-shaped hole surrounding the rotary soccer 11, and the angle formed by both ends around the rotary soccer 11 is 10 to 200°, and the inserted The second bolt 32 has a rotation radius of 10 to 200° of the waste products positioned on the rotating plate 10, and rotation is prevented beyond the set rotation angle. Accordingly, the joint for making the scrap toy has a rotation radius of 10 to 200° similar to the joint movement of a person.

Again, referring to FIGS. 1 to 3 , the joint production step (S03) of manufacturing the joint according to the number of the joints, the type of the joint, and the specifications of the joint confirmed in the consumption accessory confirmation step (S02) (S03) ; a waste preparation step (S04) of preparing the necessary waste items identified in the consumable parts confirmation step (S02); A smart device preparation step (S05) of preparing the necessary smart device identified in the consumption accessory confirmation step (S02); proceeds.

Then, the toy assembling step (S06) proceeds.

The toy assembling step (S06) includes a coupling guide step (S06a) for guiding the position to a position where parts and parts are to be coupled, and a component assembly step (S06b) for assembling the parts that have passed through the coupling guide step (S06a). .

The coupling guide step (S06a) guides the position at the position where the component and the component are to be coupled.

In the component assembly step (S06b), the components that have passed through the coupling guide step (S06a) are assembled.

Through this, even a novice manufacturer can more clearly recognize where each part is located and coupled through the coupling guide step (S06a), and then assemble it through the component assembly step (S06b), resulting in a difference in skill level. Trial and error can be minimized, and therefore the assembly can proceed more easily, thereby lowering the entry barrier for beginners who may have difficulty in making toys.

The painting step (S07) includes a color selection step (S07a) for painting, and a painting execution step (S07b) of painting with the color selected in the color selection step (S07a).

Although one embodiment of the present invention has been described above with reference to the accompanying drawings, those of ordinary skill in the art to which the present invention pertains may be embodied in other specific forms without changing the technical spirit or essential features of the present invention. You will understand that there is Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

10: rotary plate
11: Spinning soccer
12: turning radius
20: fixed plate
21: rotation shaft fixture
22: turning radius fixture
30: bolt
31: first bolt
32: second bolt
40: nut
41: first nut
42: second nut

Claims (3)

In the method for manufacturing a toy robot using scraps,
Form confirmation step of confirming the form of the target robot (S01);
As a consumable parts confirmation step (S02) of confirming the scraps consumed in the production of the target production robot confirmed in the form confirmation step (S01) and confirming the joints connecting the scraps and the scraps, the type of waste is confirmed to check the types of the scraps Step (S02a), the weight confirmation step (S02b), the joint number check step (S02c) to check the number of joints connecting the scrap and the scrap, the joint type check step (S02d) to check the type of the joint, the joint Consumable parts confirmation step (S02) comprising a joint specification confirmation step (S02e) to check the specifications of, and a smart device confirmation step (S02f) to check a smart device;
A joint production step (S03) of manufacturing the joint according to the number of the joints, the type of the joint, and the specifications of the joint confirmed in the consumption accessory confirmation step (S02);
a waste preparation step (S04) of preparing the necessary waste items identified in the consumable parts confirmation step (S02);
A smart device preparation step (S05) of preparing the necessary smart device identified in the consumption accessory confirmation step (S02);
Toy assembly step (S06) of assembling the parts secured in the joint production step (S03), the scrap product preparation step (S04), and the smart device preparation step (S05);
It consists of; a painting step (S07) of painting the toy assembled in the toy assembling step (S06);
The toy assembling step (S06) includes a component assembly step (S06b) of assembling the parts that have passed through the coupling guide step (S06a) and the coupling guide step (S06a) for guiding the position to the position where the parts are to be combined. ,
The painting step (S07) consists of a color selection step (S07a) for painting, and a painting execution step (S07b) of painting with the color selected in the color selection step (S07a),
The form confirmation step (S01) is a use confirmation step (S01aa) of confirming the purpose of the production target robot,
Age confirmation step of confirming the age of the user of the production target robot (S01ab), and
a gender confirmation step (S01ac) of confirming the user's gender of the production target robot;
According to the confirmed use of the production target robot, the confirmed user age of the production target robot, and the confirmed user gender of the production target robot, the recommended production target robot by artificial intelligence in a pre-stored memory or Big Data Comprising the step of confirming the shape of the production target robot from the video data combining the video and photos taken from various angles, the robot assembly and production sequence, and phrases explaining the production sequence A method of making a toy robot using scraps. According to claim 1,
The joint is a rotating plate 10 in the form of a disk;
a rotating soccer ball 11 penetrating through the rotating plate 10 and having a first bolt 31 inserted therein;
a rotational radius 12 spaced apart from the rotational football 11 and having a predetermined rotational radius around the rotational football 11 and formed such that a second bolt 32 is inserted;
a fixed plate 20 in the form of a disk spaced apart from the upper or lower portion of the rotating plate 10;
a rotation shaft fixture 21 penetrating through the fixing plate 20 to insert the first bolt 31;
a rotation radius fixture 22 which is spaced apart from the rotation shaft fixture 21 and is formed so that the second bolt 32 is inserted;
The first bolt 31 and the second bolt 32 inserted after arranging the rotating plate 10 and the fixing plate 20; and
and a first nut 41 and a second nut 42 for fixing the first bolt 31 and the second bolt 32, respectively,
After the rotation plate 10 and the fixing plate 20 are spaced apart, the first bolt 31 is inserted into the rotation soccer ball 11 and the rotation shaft fixture 21, and the rotation radius 12 and the rotation radius After inserting the second bolt 32 into the fixture 22, the first nut 41 and the second nut 42 under the inserted first and second bolts 31 and 32, respectively. The first nut 41 maintains the gap and is spaced apart by the gap to fix the rotary plate 10 and the fixed plate 20 by combining them to have a gap of 0.01 to 0.2 cm between them. Combined until it comes into close contact with the plate located at the lower part of the arranged rotating plate 10 and the fixed plate 20,
The method for manufacturing a toy robot using scrap, characterized in that the second nut 42 is coupled only to 1/2 to 3/4 of the length of the bolt so that the rotating plate 10 can rotate. 3. The method of claim 2,
The rotating plate 10 is attached to the scrap to be rotated, the fixed plate 20 is attached to the scrap to be fixed, the rotary plate 10 and the fixed plate 20 are the shape of the attached waste and the shape of the part to be made. It can be carried out by changing the curved end of the disk shape according to the
The rotating plate 10 and the fixed plate 20 have a diameter of 3 to 15 cm, and a thickness of 0.05 to 0.1 cm,
The rotating radius sphere 12 is configured to have a rotating radius of 10 to 200 ° with respect to the rotating soccer 11,
The rotary soccer 11, the rotary shaft fixture 21 and the rotary radius fixture 22 are characterized in that they are in the form of holes with a diameter of 0.3 to 1 cm,
The joint for producing the scrap toy is a toy robot manufacturing method using the scrap formed of at least one of plastic and aluminum.

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