This invention relates to a method, apparatus, and
system for detecting
feed quality, addressing the technical problem that existing electronic
nose functions are unsuitable for
rapid detection of compound feed. The
system includes: a gas acquisition path section, used to form a transmission gas path between the sample
bottle and the detection
gas chamber, where a controlled sampling
positive pressure is formed, and a controlled connection to a clean gas source is established to clean the gas path; a sensing array section, used to construct a sensor matrix adapted to the detection
gas chamber for characteristic gases formed during the spoilage process of compound feed; a main control
processing section, used to provide computing power, storage resources, and
wireless communication resources, and to form and control the sampling process,
data processing process, and human-
machine interaction process according to preset logic; and an interactive auxiliary section, used to provide a human-
machine interface, a local
data interface, and a
power control module. By rationally planning the complex on-site acquisition process through preset
control logic, a new technical framework is provided for the distributed detection of batch feed, rapid
data processing, and real-time display of results.