Module for oxygen sensor

Abstract

1. The material is synthetic resin, ceramic, or metal;2. This article is related to an module that includes an oxygen sensor attached to the skin to non-invasively measure oxygen in tissues;3. The present design is related to the form, shape, or combination design of the form and the shape of the module for oxygen sensor;4. A charging port is disposed on the top portion of the present design, a button is disposed on the back portion of the present design, and a male portion coupling to a patch for oxygen sensor and an window for sensing light penetration are disposed on the bottom portion of the present design; 5. Fig. 1.1 is a reproduction illustrating a perspective view of the present design; Fig. 1.2 is a reproduction illustrating a front view of the present design; Fig. 1.3 is a reproduction illustrating a back view of the present design; Fig. 1.4 is a reproduction illustrating a left side view of the present design; Fig. 1.5 is a reproduction illustrating a right side view of the present design; Fig. 1.6 is a reproduction illustrating a top view of the present design; Fig. 1.7 is a reproduction illustrating a bottom view of the present design; Fig. 1.8 is a reproduction illustrating a back perspective view of the present design; and FIG. 1.9 is a reproduction illustrating a upside-down perspective view of the present design;Main point of creative content of the design: the design of the module for oxygen sensor.

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