Intelligent mattress used for medical detection and capable of feeding back human body signs in real time

Abstract

The invention belongs to the technical field of intelligent mattresses, and discloses an intelligent mattress used for medical detection and capable of feeding back human body signs in real time, the intelligent mattress comprises a body, the top of the body is provided with a first spring, the top of the first spring is fixedly connected with cold foam, the top of the cold foam is fixedly connected with two anti-mite liner layers, and the anti-mite liner layers are fixedly connected with the bottom of the body. A supporting layer is fixedly connected between the two anti-mite inner container layers, a human body characteristic real-time feedback module is arranged in the supporting layer, and a second spring is arranged between the edge of the bottom of the connecting plate and the latex layer. The body curve of a user is perfectly matched through the fluidity of water, meanwhile, a part of energy generated when the connecting plate and the latex layer are pressed is converted into support for the latex layer and the connecting plate by means of the characteristic that water cannot be compressed, energy absorption of a traditional buffering structure is avoided, the thick feeling when the user is supported is improved, and the comfort of the user is improved. Therefore, the comfort in use is improved.

Description

technical field [0001] The invention belongs to the technical field of intelligent mattresses, in particular to an intelligent mattress for real-time feedback of human body signs for medical detection. Background technique [0002] A mattress is an item between the human body and the bed, and it is something that people's skin directly touches when they fall asleep. A high-quality mattress can provide users with an extremely comfortable experience. In the field of medical monitoring, mattresses are gradually becoming smarter. With the development of modernization, for some patients who need regular check-ups, smart mattresses begin to have built-in modules for real-time feedback of human body signs, integrating 3D acceleration sensors, heart rate sensors, etc. The situation greatly reduces the nursing burden of medical staff. [0003] At present, the contact layer on the top of the smart mattress that is used for real-time feedback of human body signs for medical testing is...

AI Technical Summary

Problems solved by technology

[0003] At present, the contact layer on the top of the smart mattress that is used for real-time feedback of human body signs for medical testing is in direct contact with the user, and is generally made of natural latex. This material is soft and can fit the curve of the human body. In actual use, it is not friendly enough. For some elderly users, it is easy to cause a sense of falling when fitting the curve, lack of support, and reduce the user's comfort when in a sideways posture.

[0004] At the same time, the real-time feedback module of human body signs is mainly integrated inside the mattress, which is far away from the human body, and reads the vibration data through the overall pressure exerted by the human body on the mattress, but the latex layer will absorb part of the energy while providing support, resulting in 3D The accuracy of the acceleration sensor is reduced when it is working, which will cause the deviation of the real-time feedback system, and even the deviation will become larger and larger as time goes by, causing the real-time feedback system to be destroyed

[0005] In addition, the real-time feedback module of human body signs is generally integrated inside the mattress. Due to the need for electric drive, electric leakage will inevitably occur. If the user is sweaty, sweat will seep down to the real-time feedback human body over time. signs of the module, causing leakage and causing safety problems

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