I developed a device that can be mounted inside a waste container. The device is battery-powered with an expected lifespan of about 2 years and publishes hourly data. It is designed to monitor the following things:
My issue: I have been testing 15 units of this device for a while now in various areas - while it works, for a few locations the connectivity was excessively poor, which I attributed to bad antenna placement. I tried tackling this issue with a new design (see image), but would greatly appreciate additional feedback first.
In this design I will:
The devices are mounted almost upside-down inside the container, so the signal would mostly travel through the PCB.
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Are there any improvements Im forgetting about that could improve the connectivity more here?
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As we found in our research and testing for our best indoor HDTV antennas guide, you can find plenty of good antennas priced between $20 and $100, but even a broadcast engineer cant be 100% sure which stations any antenna will pull in at a certain location. There are just so many variables affecting the performance of an indoor TV antenna, and its design plays only one part: The characteristics of your TVs tuner, the construction of your home, the room you place the antenna in, the way you mount it, trees and other outdoor objects that may block reception, and multipath interference caused by signal reflections from mountains, bodies of water, or buildings all can affect antenna performance. The number of channels you receive might even change from day to day or week to week.
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