Abstract
In today’s era, sensing technology has been very developed in the fields of machinery, medicine, safety monitoring, and so on. In order to be applicable to more fields, new sensing technologies are also evolving. Tactile and sensory states are two important indicators of human induction to external things. Based on the contact force information between fiber Bragg grating tactile sensor and human body, this paper uses a new fiber Bragg grating tactile sensing system to study the artistic elements of ink painting in modern graphic design. Subsequently, the structure and specific performances of the sensor experimental data are analyzed. With its small volume, low cost, high sensitivity, and good compatibility with the observed body, the new fiber Bragg grating tactile sensor will not be affected by external electromagnetic interference, various noise signals, complex integration, and other problems. According to the data observed by ink painters in this paper, the new tactile sensing technology of fiber Bragg grating can well control the external interference factors. In general, the technology is of great social and practical value.
Highlights
Tactile sensing is an important function of fiber Bragg grating sensor and an important correlation part between human and robot hand [1]
Based on the above situation, the FBG structure is added to the fiber Bragg grating tactile sensor
The new FBG tactile sensor is applied to the design of traditional ink painting
Summary
Tactile sensing is an important function of fiber Bragg grating sensor and an important correlation part between human and robot hand [1]. According to relevant water information, the design fees of graphic designers of ink painting are very high, which cannot be borne by the general public In recent years, it has been learned from relevant news information that the relevant technology of robot hand replacing human work has been gradually widely used in all walks of life [6]. Based on the above development of tactile sensors, the fiber Bragg grating sensing technology is proposed [15] This technology can accurately observe all kinds of tactile index information of ink painting graphic designers in design. In the third part, based on the fiber Bragg grating sensing technology, the sensor structure is analyzed through the tactile information obtained by the observer.
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