我们致力于构建以 AI 为核心的健康设备矩阵，围绕医疗、康复、居家护理与智能环境感知展开，打造以“健康 + AI + 具身智能”为核心理念的创新体系。
We are committed to building a health device matrix centered on AI, focusing on healthcare, rehabilitation, home care, and intelligent environmental sensing, creating an innovative system based on "Health + AI + Embodied Intelligence."
· AI 中药配方系统 / AI Traditional Medicine Formulation System：
结合中药规则与现代算法，实现传统配方，精确配置。
By combining traditional Chinese medicine principles with modern algorithms, we achieve precise formulation and accurate configuration of traditional prescriptions.
· 小型 AI 分包机 / Compact AI Dispenser：
用于医院或社区，将配好的药物精准装入便携式药盒。
Automatically packages medications into portable boxes in hospitals or community clinics.
· AI 药盒 / AI Pillbox：
便携式药物提醒设备，具备AI服药建议、云端同步、复诊提醒等功能。
Portable device for medication reminders, AI suggestions, cloud sync, and re-visit alerts.
· AI 便秘治疗仪 / AI Constipation Treatment Device：
基于顺应性生物力学原理，嵌入AI实现治疗策略自动调整。
Based on biomechanical compliance principles with AI for adaptive therapy strategies.
· AI 盆腔康复仪 / AI Pelvic Floor Rehab Device：
适用于女性产后修复与肌肉张力调整，结合智能膨胀控制与反馈系统。
Designed for postpartum recovery and muscle tone adjustment, featuring smart inflation and feedback.
· 居家型植物 AI 管理系统，结合传感器、光照调节、水肥管理于一体，兼顾美学与实用性。
Aesthetic and practical home AI plant system integrating sensors, lighting control, and nutrient management.
· AI 睡眠床 / AI Smart Bed：
根据用户状态动态调整支撑与角度，提升深度睡眠比例。
Automatically adjusts support and angle for improved deep sleep.
· AI 卧室管家 / AI Bedroom Assistant：
整合声音、光照、气味、温湿度调控，形成睡眠优化闭环。
Integrates sound, lighting, aroma, and environment control to optimize sleep quality.
· 实现 AI 推理在 STM32 / ESP32 等 MCU 上本地运行（TFLite Micro）
Run AI inference locally on MCUs like STM32/ESP32 using TFLite Micro.
· 支持多平台协同：MCU + 树莓派 + 边缘计算网关
Supports multi-platform collaboration: MCU + Raspberry Pi + Edge Gateway.
· 软硬一体：算法 + 传感控制 + 通信协议统一设计
Unified design of algorithms, sensor control, and communication protocols.
· 采集温度、压力、动作姿态、光照、声音、图像等多种感知信息
Collects temperature, pressure, motion, light, audio, and image data.
· 数据同步融合、边缘处理，支持实时响应与本地决策
Edge-processed and synchronized for real-time response and decision-making.
· 熟练掌握 uC/OS-II、FreeRTOS 等 RTOS 实时系统
Proficient in RTOS like uC/OS-II and FreeRTOS.
· 支持多任务并发、事件驱动、软硬中断融合
Supports multitasking, event-driven and hybrid interrupt systems.
· 支持串口、CAN、I2C、SPI、BLE、WiFi 等通信协议
Supports UART, CAN, I2C, SPI, BLE, WiFi, etc.
· 与云平台实现数据同步与远程管理
Enables data sync and remote management via platforms .
· 从概念验证到产品化落地，具备整机集成、UI设计、电路设计
From concept to product: full-system integration, UI, circuit, and enclosure design.
· 设备根据用户历史行为动态调整参数和策略：如服药频率、康复节奏、睡眠支撑等。
Devices dynamically adjust parameters and strategies based on user behavior history—e.g., medication frequency, rehab rhythm, or sleep support.
· 感知 → AI 决策 → 动作 → 环境变化 → 反馈再感知，实现具身智能的闭环迭代。
Sensing → AI Decision → Action → Environment Change → Feedback and Re-sensing, forming an adaptive loop of embodied intelligence.
· 打破 AI 仅限玩具的刻板印象，强调 AI 在严肃医疗健康设备中的价值落地。
Breaks the stereotype of AI as toy-only; demonstrates its value in serious healthcare devices.
我们深信：
"健康不是一种孤立的状态，而是一种由环境、技术与人共同参与的智能协作系统。"
We believe:
"Health is not an isolated state, but a collaborative intelligent system involving environment, technology, and people."
AI 的价值，不仅体现在算法精度，更体现在它“嵌入”在设备中与人发生持续互动的能力。
The value of AI lies not only in accuracy but in its embedded, continuous interaction with people through devices.
这正是“具身智能”的核心——所有的动作执行，均可由 AI 协助完成，不再依赖固定的顺序逻辑或简单算法，而是通过学习和反馈实现适应性行为。
This is the essence of "Embodied Intelligence"—actions are assisted by AI, no longer bound to fixed logic or basic algorithms, but driven by adaptive behavior through learning and feedback.
我们希望通过这些产品与系统，让科技真正为人服务。
We aim to let technology truly serve people through our products and systems.
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