ROBOTICS ART SET

Abstract

The present invention falls within the fields of educational technologies, robotics systems, and art applications, and specifically relates to a robotic art production system developed for children and students, which operates with a paint circulation system, provides motor-assisted visual production, and can also track educational data;Rotating motor (1), adhesive paper (2), cable and battery holder (3), cable and battery holder opening button (4), cable outlet opening (5), electronic display button (6), electronic display (7), drawer (8), drawer handle (9), fixed circulation line (10), movable circulation line (11), paint circulation line 1 (12), clean water circulation line 1 (13), dirty water circulation line 1 (14), paint boards (15), paint circulation line 2 (16), clean water circulation line 2 (17), dirty water circulation line 2 (18), paint dispensing nozzle (19), paint temperature indicator (20), clean water temperature indicator (21), dirty water temperature indicator (22), name tag (23), paint circulation line 3 (24), dirty water circulation line 3 (25), clean water circulation line 3 (26), paint reservoir (27), clean water reservoir (28), dirty water reservoir (29), clean water circulation line 4 (30) and dirty water circulation line 4(31) is characterized by its inclusion;

Description

1 TARIFF 5 ROBOTICS ART SET Technological Field: The present invention falls within the fields of educational technologies, robotics systems, and art applications. It is being developed, especially for children and students, with a paint circulation system. 10 employees who can provide motor-assisted visual generation and also track educational data. It is related to a robotic art production system. State of the Art: In current technology, when examining art applications, robotics systems, and educational kits, this It is observed that the fields generally offer independent solutions. Artistic production 15 Within the scope of these tools, painting work is mostly done using manual methods. This process is carried out, and the selection, mixing, and application of paint depend on user intervention. This type of in systems, paint flow control, surface transfer and post-application cleaning processes. This is performed by the user, and there is no automatic navigation or cleaning. There is no mechanism. When robotic drawing systems are examined, it is seen that these systems have 20 typically works using pencils, markers, or similar dry drawing tools, specific It appears that there are mechanical devices that move according to coordinates. In these systems, the fluid... There is no structure in place for the controlled circulation of base materials, such as paint. A solution for the management, cleaning, and reuse of fluids. It is not offered. However, in robotics and STEAM-based kits developed for educational purposes, the motor is 25 Basic components such as sensors and control boards are included, and these systems are mostly for assembly and... It aims to teach basic programming skills. However, in such systems, paint a fluid management system that ensures circulation, separation of clean water and dirty water, automatic cleaning mechanism or systematic recording of user activities There is no structure in place for this. Known technical solutions in the field of liquid and paint management 30 Upon examination, industrial painting systems, spray systems, or liquid transfer systems are considered. Applications such as production lines stand out. However, these systems are generally used in industrial production. It is purpose-built and is not suitable for educational settings. Furthermore, user interaction is lacking in these systems. an integration of educational data production or artistic production with robotic systems No structure found. 35 2 When the existing technical solutions mentioned above are evaluated together; Paint circulation 5 This is provided within a closed-loop system, with automatic internal cleaning using clean water. where the process is carried out, the resulting dirty water is collected in a separate tank, and through robotic movement. inability to carry out art production in an integrated manner, recording of usage data inability to obtain, paint application by robotic movement on a rotating surface an integrated system where the processes of use are recorded electronically. It appears that this is not available in the current technology. Therefore, current technical solutions include liquid management, automation, cleaning, and training data. It does not provide a holistic structure that offers all production functions together, and these shortcomings... A new system needs to be developed that addresses this issue. Art production, robotic systems and training applications offer independent solutions, and there are 15 systems among these. There is no functional integration. Also, paint residue remains after application. The removal of the residue is done manually, which poses a hygiene problem. It constitutes. Therefore, to address these problems, paint circulation, cleaning mechanisms, and There is a need for an integrated system that offers data production together. 20 The present invention was developed to overcome the technical problems mentioned above, Robotic movement, paint circulation, automatic cleaning, and data recording functions all in one system. It offers a solution that brings them together. Within the scope of the invention; paint stored in paint tanks (27), paint circulation lines (12, 16, 24) is transmitted to the fixed circulation line (10) and the mobile circulation line (11), 25 The paint is placed on the surface that is rotated by the motor (1) via the paint dispensing nozzle (19) in a controlled manner. This process enables the transfer of movement, thus allowing for automated art production through robotic motion. The system also includes: Clean water tank (28) and clean water circulation lines (13, 17, 26, 30) Paint residue is removed from the system via this method, and the resulting residue after the cleaning process dirty water, through dirty water circulation lines (14, 18, 25, 31) into dirty water tank (29) 30 is collected. Thanks to this structure, the system automatically collects data after use. It can be cleaned and made ready for reuse. In addition, thanks to the electronic screen (7) in the system, data regarding the usage process is recorded. This is being recorded and visual feedback is provided to the user. 3 Thanks to this invention, paint circulation, automated cleaning, robotic art production, and educational data tracking are among the benefits. It offers its functions integrated within a single system. Therefore, the existing Technical solutions are unable to address the shortcomings mentioned above, such as paint circulation and automation. There is a need to develop a new system that combines cleaning and educational data production. It has been heard. It swirls the paint, transfers it onto the paper, cleans itself after use, and records usage data. It displays this on the screen. Through the combination of these features, education, art, and automation are achieved together. Compared to existing technical solutions, it offers the following advantages: 1. Integrated System Structure Paint circulation, robotic movement, cleaning, and data logging functions all within a single system. Its combination allows for versatile use. 15 2. Automatic Paint Circulation The paint is transferred in a controlled manner within a closed-loop circulation system, to the user. Intervention is minimized. 3. Automatic Cleaning Mechanism Thanks to the clean water circulation system, paint residues are removed from the system and 20 The need for manual cleaning is eliminated. 4. Hygiene and Ease of Use Hygiene is ensured and the system is cleaned by collecting the dirty water in a separate tank. It is being facilitated. 5. Robotic Art Production 25 Automatic and repeatable art production on the surface thanks to its rotating motor structure. is being carried out. 6. Educational Contribution The system allows students to develop both their robotics and artistic skills. It offers a structure suitable for STEAM education. 30 4 7. Data Tracking and Analysis 5 Recording usage data via electronic screens facilitates training processes. It allows for monitoring and analysis. 8. Reusability Thanks to the automatic cleaning system, the system is quickly ready for reuse. is being brought. 10 Explanation of the figures: Figure 1 - Front Perspective of the Robotic Art Set Figure 2 - Side Perspective of the Robotic Art Set Figure 3 - Side Perspective of the Robotic Art Set Figure 4 - Robotic Art Set Open Side Perspective 15 References: 1. Rotating motor 2. Adhesive paper 3. Cable and battery holder 20 4. Cable and battery compartment opening button 5. Cable exit space 6. Electronic display button 7. Electronic screen 8. Drawer 25 9. Drawer handle 10. Fixed circulation line 11. Mobile circulation line 12. Paint circulation line 1 13. Clean water circulation line 1 30 14. Dirty water circulation line 1 15. Paintings 16. Paint circulation line 2 17. Clean water circulation line 2 18. Dirty water circulation line 2 5 19. Paint dispensing nozzle 20. Paint grade indicator 21. Clean water temperature indicator 22. Dirty water temperature indicator 23. Name tag 10 24. Paint circulation line 3 25. Dirty water circulation line 3 26. Clean water circulation line 3 27. Paint reservoir 28. Fresh water tank 15 29. Dirty water tank 30. Clean water circulation line 4 31. Dirty water circulation line 4 Description of the Invention: 20 The present invention falls within the fields of educational technologies, robotics systems, and art applications. It is being developed, especially for children and students, with a paint circulation system. The employee can provide motor-assisted visual generation and also track educational data. It is related to a robotic art production system; Rotating motor(1), adhesive paper(2), cable and battery compartment (3), cable and battery compartment opening button (4), cable outlet opening (5), electronic display 25 button(6), electronic display(7), drawer(8), drawer handle(9), fixed circulation line(10), moving circulation line(11), paint circulation line 1(12), clean water circulation line 1(13), dirty water circulation line 1(14), paintings(15), paint circulation line 2(16), clean water circulation line 2(17), dirty water circulation line 2(18), paint discharge nozzle(19), paint degree indicator(20), clean water degree indicator(21), dirty water degree indicator(22), name tag(23), paint circulation line 3(24), dirty water 30 circulation line 3(25), clean water circulation line 3(26), paint tank(27), clean water tank(28), dirty water tank(29), clean water circulation line 4(30) and dirty water circulation line 4(31) It is characterized. 35 on the sticker paper (2) located on the rotating motor (1) in the robot art kit From the products, the individual will choose and stick the product that is suitable for the activity they will perform. Motor operation. 6 The necessary batteries and cables will be placed in the cable and battery holder (3). The cables will not be exposed. 5 To prevent damage and breakage, the cable and battery compartment (3) will be covered with a cover. This cover, The cable and battery compartment will be opened with the opening button (4). To prevent cables from getting pinched, the cable outlet The space(5) has been left. The products in the robotic art kit are designed as we envisioned. They will be stored in the drawers (8) in the product. With the help of the drawer handles (9) The drawers will open easily. There are 10 drawers for recording the activities to be done in a report. There is an electronic screen (7). All stages and reports are recorded thanks to this screen. will be kept. The electronic screen (7) will be switched on with the electronic screen button (6). Color activity Paint containers so that people doing the activity can easily choose and use the paints. There are three paint containers for primary colors and three for neutral colors (27). It is available. Using primary and neutral colors, the person can adjust the desired color tone. 15 To ensure paint circulation, connect the paint circulation line 1(12) to its end and the paint circulation line The two will be connected by a pipe attached to the end of 2(16). Thus, paint circulation will be achieved. Starting from circulation line 3(24), dye circulation line 1(12) and dye circulation line 2(16) It will be transferred to the fixed circulation line (10) and then to the moving circulation line (11). Finally, the paint flows onto the paper located on the rotating motor (1) with the paint dispensing nozzle (19). will be provided. Those who want to choose the desired color tone can choose the desired tone from the paintings(15). The goal is to adjust the lights of the paint degree indicator (20) when the paint runs out in the paint containers (27). It will be extinguished. In this way, the occupancy rate can be seen. In the fixed circulation line (10) and in the moving Clean water reservoir (28) for cleaning paint residue remaining in the circulation line (11) It is located. Water flow starts with clean water circulation line 3(26). Clean water circulation line 1(13) 25 and the water flow continues through the connecting pipe between the clean water circulation line 4(30) and constant circulation It reaches the line(10). From the clean water circulation line 2(17), it reaches the moving circulation line(11) and all The circulation line is cleaned. The resulting dirty water returns through the dirty water circulation line 2(18) and It is transferred from the moving circulation line (11) to the fixed circulation line (10). Dirty water circulation line The connection of the two is made by attaching a pipe to the end of line 4(31) and the end of dirty water circulation line 1(14). This will ensure that the water flows along this line and is transferred to the dirty water circulation line 3(25). The dirty water will be emptied into the tank(29). The clean water level is indicated by the clean water temperature indicator(21). The dirty water level will be learned using the dirty water degree indicator (22). To prevent confusion with the product we designed, we placed a name tag (23) on the product. Name will be written. 35

Claims

7 REQUIREMENTS 5 1. The present invention falls within the fields of educational technologies, robotics systems, and art applications. It is being developed, especially for children and students, with a paint circulation system. The employee provides motor-assisted visual generation and also tracks educational data. It is related to a robotic art production system that can do; Rotating motor(1), adhesive paper 10 (2), cable and battery holder (3), cable and battery holder opening button (4), cable outlet opening (5), electronic display button(6), electronic display(7), drawer(8), drawer handle(9), fixed circulation line(10), moving circulation line(11), paint circulation line 1(12), clean water circulation line 1(13), dirty water circulation line 1(14), paintings(15), paint circulation line 2(16), clean water circulation line 2(17), dirty water circulation line 2(18), paint discharge nozzle(19), paint grade 15 indicator(20), clean water temperature indicator(21), dirty water temperature indicator(22), name label(23), paint circulation line 3(24), dirty water circulation line 3(25), clean water circulation line 3(26), paint tank(27), clean water tank(28), dirty water tank(29), clean water circulation line It is characterized by containing 4(30) and dirty water circulation line 4(31).

2. According to Claim 1, the Invention is characterized by a Rotating motor (1). 20 3. According to Claim 1, the Invention is characterized by adhesive paper (2).

4. According to Claim 1, the Invention is characterized by a cable and battery holder (3).

5. According to Claim 1, the Invention is characterized by a cable and battery compartment opening button (4).

6. According to Claim 1, the Invention is characterized by the cable exit gap(5).

7. According to Claim 1, the Invention is characterized by an electronic display button (6). 25 8. According to Claim 1, the Invention is characterized by an electronic display(7). 8 9. According to Claim 1, the Invention is characterized by a drawer(8). 5 10. According to Claim 1, the Invention is characterized by a drawer handle (9).

11. According to Claim 1, the Invention is characterized by a fixed circulation line (10).

12. According to Claim 1, the Invention is characterized by a mobile circulation line(11).

13. According to Claim 1, the Invention is characterized by the dye circulation line 1(12).

14. According to Claim 1, the Invention is characterized by clean water circulation line 1(13). 10 According to Claim 15, the Invention is characterized by the dirty water circulation line 1(14). According to Claim 16, the Invention is characterized by paintings(15). According to Claim 17, the Invention is characterized by the dye circulation line 2(16). According to Claim 18, the Invention is characterized by a clean water circulation line 2(17). According to Claim 19, the Invention is characterized by the dirty water circulation line 2(18). 15 According to Claim 1, the Invention is characterized by a paint dispensing nozzle (19). According to Claim 1, the Invention is characterized by a paint degree indicator (20). According to Claim 1, the Invention is characterized by a clean water temperature indicator (21). According to Claim 1, the Invention is characterized by a dirty water degree indicator (22). According to Claim 1, the Invention is characterized by the name tag(23). 20 25. According to Claim 1, the Invention is characterized by the dye circulation line 3(24). According to Claim 1, the Invention is characterized by the dirty water circulation line 3(25).

27. According to Claim 1, the Invention is characterized by a clean water circulation line 3(26). According to Claim 1, the Invention is characterized by a dye reservoir(27). According to Claim 1, the Invention is characterized by a clean water reservoir(28). 25 According to Claim 1, the Invention is characterized by a dirty water tank(29).

31. According to Claim 1, the Invention is characterized by a clean water circulation line 4(30).

32. According to Claim 1, the Invention is characterized by the dirty water circulation line 4(31).