广州智琢产品设计有限公司,空气净化器设计

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With the advancement of science and technology and the rise of "Internet +" medical technology, the design of home monitors pays more and more attention to user experience. The concept of emotional design is introduced to improve the usability, comfort and fit of the product and meet the spiritual needs of users. For example, the Keruikang ECG monitor adopts an intuitive operating interface and humanized design, allowing users to use it easily and achieve self-monitoring.

Working principle

The monitor is a device used to monitor the patient's vital signs. Its working principle is mainly based on the sensor receiving human biological signals, converting biomedical signals into electrical signals through the signal detection and preprocessing module, and performing preprocessing such as interference suppression, signal filtering and amplification. Then, the data extraction and processing module performs sampling and quantification, and calculates and analyzes each parameter. The result is compared with the set threshold, and a supervision alarm is issued, and the result data is stored and transmitted in real time.

Overall shape

The overall shape concept of the monitor mainly includes the following aspects:

Portability and ease of use: The design of the monitor focuses on portability and ease of use, and adopts a thin and light design. For example, the Lepu flat-panel multi-parameter monitor AIView VX host adopts an ultra-thin flat-panel design of ≤2.2 cm thick and is equipped with a 10.1-inch high-definition touch capacitive screen, which is convenient for medical staff to operate and carry.

Modularity and versatility: The monitor design emphasizes modularity and versatility, and can be flexibly combined to meet the needs of different clinical scenarios. For example, the Lepu flat-panel multi-parameter monitor can be equipped with a variety of accessories to monitor various vital signs such as ECG, blood oxygen, pulse rate, blood pressure, respiration, CO2, etc.

Solution
Solution

A monitor is a device used to monitor a patient's vital signs. Its working principle is mainly based on the sensor receiving human biological signals, converting biomedical signals into electrical signals through signal detection and preprocessing modules, and performing preprocessing such as interference suppression, signal filtering and amplification. Then, the data extraction and processing module is used to sample and quantify, and each parameter is calculated and analyzed. The results are compared with the set thresholds, and supervision alarms are issued. The result data is stored and transmitted in real time.

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