Figure 3 - uploaded by Kamiel Debeuckelaere
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Top view and front view of the 3D-design of the stem with A) support beams to carry the nectar reservoir case with protrusion to fit the notches so movement of the parts relative to each other is prevented, B) PCB supports of which two have cylindrical protrusion, C) hole for on/off switch, D) twist-and-lock protrusions and E) mounting feet.

Top view and front view of the 3D-design of the stem with A) support beams to carry the nectar reservoir case with protrusion to fit the notches so movement of the parts relative to each other is prevented, B) PCB supports of which two have cylindrical protrusion, C) hole for on/off switch, D) twist-and-lock protrusions and E) mounting feet.

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Thesis
Full-text available
Pollinating insects are not only crucial to ensure the propagation of plants, they also enable and enhance food production in the case of crop plants. In the last 50 years, however, a worrying decline in the availability of pollinating insects, such as bees, is happening worldwide, as a result of habitat disruption, abuse of pesticides and spread o...

Contexts in source publication

Context 1
... stem of the flower (Figure 3) serves as the housing part for the electronic components of the robotic flower to keep them protected against dirt, moisture and other substances that could impair the components. Moreover, the parts are also hidden for pollinators so that the electronic components and motion of the servo-arm don't interfere with foraging behaviour. ...
Context 2
... this way, the same PCB can be used for different uses or with other hardware choices. SJ1 consists of three pads ( Figure 13). The power switch (middle pad) needs to be connected to one of the two other pads to receive power. ...