Infrared physiotherapy cabin system and method based on cooperative regulation and control of animals and environment

By constructing a systematic architecture for multimodal monitoring and data reliability gating, the problems of significant individual differences, dynamic fluctuations in state, and environmental disturbances in animal infrared therapy systems are solved. This enables the coordinated regulation of infrared therapy and the cabin environment, improves the controllability and consistency of the treatment process, reduces the risk of misjudgment and miscontrol, and ensures adaptive optimization with safety as the priority.

CN121964062AActive Publication Date: 2026-05-01HEFEI INSTITUTE OF PHYSICAL SCIENCE CHINESE ACADEMY OF SCIENCES
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Patent Information

Application Number
CN202610437155.4
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-04-03
Publication Date
2026-05-01
Estimated Expiration
2046-04-03

AI Technical Summary

Technical Problem

Existing animal infrared therapy systems cannot consistently characterize and constrain the animal's physiological state, behavioral stress, and changes in the cabin environment during therapy. They are unable to establish safety boundaries and process management tailored to individual differences, and cannot perform unified time alignment, online quality assessment, and reliability management of multi-source monitoring data. This results in delayed or misjudged anomaly identification. Furthermore, they cannot coordinate the output of infrared therapy with cabin temperature and humidity, airflow, and ventilation regulation, which can easily lead to comfort and safety risks caused by heat and humidity accumulation or sudden environmental changes.

Method used

A systematic architecture is constructed, which takes multimodal monitoring as input, data credibility gating as the foundation, health assessment and risk prediction as the driving force, and personalized treatment parameter generation and online fine-tuning as the means. It includes animal status and cabin environment monitoring modules, infrared physiotherapy and cabin environment control modules, animal health assessment and efficacy assessment modules, personalized treatment and intelligent decision-making modules, and human-computer interaction and safety supervision modules. This achieves the synergistic adaptation of infrared physiotherapy and cabin environment control and forms a verifiable full-process data link.

Benefits of technology

By establishing multimodal aligned time-series data streams, channel credibility sequences, and overall credibility, the risks of misjudgment and miscontrol caused by occlusion, detachment, motion interference, and sampling anomalies are reduced, improving the controllability and consistency of the treatment process, reducing disturbances caused by sudden shutdowns and drastic regressions, and ensuring that the system improves the achievement of goals when the data is reliable and the safety margin is sufficient, forming a safety-first adaptive optimization capability.

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Abstract

The invention provides an infrared physiotherapy cabin system and method based on animal and environment cooperative regulation and control, and relates to the field of animal physiotherapy and intelligent monitoring control. Comprising an animal state and cabin environment monitoring module, an infrared physiotherapy and cabin environment regulation and control module, an animal health assessment and curative effect assessment module, a personalized treatment and intelligent decision module and a man-machine interaction and safety supervision module. A credibility result is formed through multi-modal data synchronous alignment and data quality evaluation, health state characterization is constructed under credibility gating, a risk level is output, and infrared physiotherapy control parameters and cabin environment regulation and control parameters are generated through cooperative control under the constraint of a stage control boundary and a treatment target and are issued and executed. Continuously adjustable parameters are subjected to online fine adjustment in the physiotherapy process, and rollback and interlocking protection is executed when the risk is increased or the credibility is reduced; after the period is finished, the curative effect is evaluated, data recording and tracing archiving are completed, and collaborative closed-loop infrared physiotherapy regulation and control of the animal state and the in-cabin environment are achieved.
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