## 4 Conclusions  
In this paper we found two new mechanisms capable of generating harmonious images with real aesthetic potential. The results obtained following the study and presented in the paper show that the two created mechanisms generated images (trajectories of points) that are identical to the Flower of Life. Moreover, other images similar to the Flower of Life, with great artistic potential, were obtained.  
This study showed that in the newly created mechanisms (original mechanisms), there are different initial data (parameters) that can be modified and thus, different variants of the images with complex geometry and geometric symmetry can be obtained. From the obtained images, those that meet the aesthetic requirements of the potential users can be selected, based on geometric criteria or specific to the plastic arts.  
During our research, we also determined less beautiful (ugly) images, without aesthetic importance, but in this paper, we gave only a few examples of these. We chose, by visual comparison, only the particularly interesting and beautiful images that the proposed mechanisms generated. Only a few examples are given in the paper, as the possibilities are vast. Further research may modify other parameters of these mechanisms and thus, new images with aesthetic potential can be obtained.  
The theory of the mechanisms was integrated with computer programming instruments and thus the curves generated by the new proposed mechanisms were obtained. The images obtained through programs in Gwbasic drew attention to the significant potential and the performance of these mechanisms.  
The aim of the study was achieved, the authors proposing two new mechanisms which generate a highly aesthetic design image--the Flower of Life--and providing all the notions of structure and kinematics that are necessary to calculate the mechanisms and also analyze other kinematic possibilities of the created mechanisms.  
The paper contributes to the development of a new field in the Theory of Mechanisms: mechanisms generating aesthetic curves. These mechanisms may be exploited subsequently in order to obtain other images with beautiful and interesting designs.  
The original mechanisms proposed in this paper might be of interest for the construction of technological equipment for areas such as the textile industry, the toy industry, environmental design object manufacture, clothing design, architecture element construction, wood object sculpture, traditional popular sawing, or industrial design.  
The obtained results can help to manufacture objects and products with new and beautiful designs in which to find geometric shapes from ancient times. Currently, there is a tendency of harmoniously combining the old with the new (vintage style) in certain fields of design, and, at the same time, of using floral motifs and repetitive geometric patterns. Within this context, the importance of the study presented in this paper is increasing.  
Conceptualization, L.L. and I.P.; Data curation, L.L., I.P., M.L.C. and M.M.P.; Formal analysis, I.P. and M.C.; Investigation, L.L., I.P. and M.C.; Methodology, L.L., I.P., M.C. and S.G.; Project administration, L.L. and I.P.; Resources, L.L. and I.P.; Software, I.P.; Supervision, I.P.; Validation, L.L., I.P. and S.G.; Visualization, L.L., I.P., M.L.C. and M.M.P.; Writing--original draft, L.L., I.P. and M.C.; Writing--review and editing, L.L. All authors have read and agreed to the published version of the manuscript.  
This research received no external funding.  
The authors declare no conflict of interest.