CN-224206524-U - Intelligent mattress system

Abstract

The application discloses an intelligent mattress system which comprises a mattress main body supporting component, an air pressure adjusting component and an air pressure adjusting component, wherein the mattress main body supporting component comprises a plurality of airtight sponge spring units which are arranged in a matrix in sequence, the main body of each airtight sponge spring unit is an independent inflatable cavity capable of storing air, the air pressure adjusting component comprises an airtight sponge spring inflatable valve communicated with an air passage of each airtight sponge spring unit, an airtight sponge spring air suction valve and an air pressure sensor, an air pump communicated with the other end of each airtight sponge spring inflatable valve, an air suction pump communicated with the other end of each airtight sponge spring air suction valve and an air pressure controller connected with the air suction pump.

Inventors

• QIN DONGYANG

Assignees

• 秦东阳

Dates

Publication Date

20260508

Application Date

20250618

Claims (8)

1. 1. An intelligent mattress system, comprising: The mattress main body supporting component comprises a plurality of airtight sponge spring units which are sequentially arranged in a matrix, and the main body of each airtight sponge spring unit is an independent inflatable chamber capable of storing gas; The air pressure adjusting assembly comprises an airtight sponge spring inflation valve, an airtight sponge spring air suction valve and an air pressure sensor which are communicated with an air passage of the airtight sponge spring unit, an air pump communicated with the other end of the airtight sponge spring inflation valve, an air pump communicated with the other end of the airtight sponge spring air suction valve, and an air pressure controller electrically connected with the airtight sponge spring inflation valve, the airtight sponge spring air suction valve, the air pressure sensor, the air pump and the air pump.
2. 2. The intelligent mattress system of claim 1, further comprising: the back lifting assembly comprises a back air bag and is arranged in a region corresponding to the back of a user when the user lies flat; A lower leg lifting assembly including a lower leg air bag provided at a region corresponding to a lower leg portion of a user lying flat; the back air bag and the shank air bag are both communicated with an air bag inflation valve and an air bag air suction valve, the air bag inflation valve is communicated with the inflator pump, and the air bag air suction valve is communicated with the air suction pump; the air pressure controller is also electrically connected to the air bag inflation valve and the air bag evacuation valve.
3. 3. The intelligent mattress system of claim 2, further comprising: a back height sensor provided in a region corresponding to the back air bag; A lower leg height sensor provided in a region corresponding to the lower leg air bag; The pneumatic controller is also electrically connected to the back height sensor and the calf height sensor.
4. 4. The intelligent mattress system of claim 1, wherein the mattress body support assembly further comprises a head-supporting airtight foam spring unit and/or a foot-supporting airtight foam spring unit; the head support airtight sponge spring unit is used for adjusting the height of the head area of the mattress; The foot supporting airtight sponge spring unit is used for adjusting the height of the foot area of the mattress.
5. 5. The intelligent mattress system of claim 1, wherein, The mattress main body support assembly comprises six airtight sponge spring units, and all the airtight sponge spring units are divided into two groups, wherein the airtight sponge springs of the shoulders, the back, the thigh and the shank are in a first group, and the airtight sponge springs of the waist and the buttocks are in a second group; The airtight sponge spring inflation valve is a duplex pressure-maintaining electromagnetic valve and is used for communicating with the air paths of the two groups of airtight sponge spring units respectively; The airtight sponge spring air exhaust valve is a two-way double-communication electromagnetic valve and is used for communicating with the air paths of the two groups of airtight sponge spring units respectively; Or alternatively The mattress body support assembly comprises six airtight sponge spring units, and all the airtight sponge spring units are respectively in a group; the airtight sponge spring inflation valve is a six-connection pressure-maintaining electromagnetic valve and is used for communicating with the air paths of six groups of airtight sponge spring units respectively; the airtight sponge spring air exhaust valve is a six-way double-communication electromagnetic valve and is used for being respectively communicated with the air paths of six groups of airtight sponge spring units.
6. 6. The intelligent mattress system of claim 2, wherein the back bladder and the calf bladder are each a multi-layer composite elastic material layer or a multi-layer single elastic material layer bellows bladder, each layer having a height of 2cm to 10cm after inflation, the bellows bladder having a U-or T-shaped cross-sectional shape.
7. 7. The intelligent mattress system of claim 6, wherein a breathable elastic sponge is disposed within the bellows bladder.
8. 8. The intelligent mattress system of any one of claims 1-7, comprising a bottom support layer, a middle functional layer, and a top interactive layer from bottom to top; The bottom supporting layer is a rigid box-type frame, and the air pressure adjusting component is arranged in the bottom supporting layer; The airtight sponge spring unit is positioned in the middle functional layer, and the shape of the airtight sponge spring unit is a cylinder or a prism; The top interaction layer is a detachable fabric face mask and a breathable comfortable layer.

Description

Intelligent mattress system Technical Field The utility model belongs to the technical field of sleeping equipment, and particularly relates to an intelligent mattress system. Background Along with the improvement of people on sleeping quality requirements, intelligent mattress technology is continuously developed. Most of traditional mattresses adopt metal springs as supporting structures, intelligent soft and hard height adjustment and personalized support cannot be realized, and body curves and sleeping habits of different users are difficult to attach. For example, for a person who is habitually on his/her side, the shoulders and buttocks require more sinking space, while a person lying on his/her back requires better support of the waist, and it is difficult for conventional mattresses to simultaneously meet these diverse requirements. The stability of gasbag mattress is not good enough, when standing up or changing the appearance of sleeping, the gas flow in the gasbag can lead to the mattress surface unstable, produces easily to rock, probably disturbed sleep, does not have accurate bearing health moreover, lets the user be difficult to get into the degree of depth sleep state. Although the inflation amount of the air bag mattress can be adjusted in a personalized way theoretically, the inflation amount of the air bag mattress is difficult to accurately grasp in actual operation. If the air is too much, the mattress is too hard, if the air is too little, the due support is lost, the sleeping experience is affected, in addition, when the air in the air bag is less, the friction noise is generated on the wall of the air bag when a user turns over, so that the user experience is poor, the air bag is empty, the air charging amount is increased, the adjusting speed is reduced, and the cooperative work efficiency between the air bags is low. It can be seen that the existing traditional mattresses and air bag mattresses still have some defects in the aspects of supportability, silence, comfort and intellectualization, and the intelligent mattress structure has a larger optimized space. Disclosure of utility model In order to solve the problems, the utility model provides an intelligent mattress system which can realize independent soft and hard support adjustment and cooperative work of different parts of a mattress by utilizing an airtight sponge spring, realizes complex actions, has a simple structure, can realize more accurate control, has lower noise, is more intelligent and humanized, and can bring more comfortable sleeping experience to a user. The utility model provides an intelligent mattress system, comprising: The mattress main body supporting component comprises a plurality of airtight sponge spring units which are sequentially arranged in a matrix, and the main body of each airtight sponge spring unit is an independent inflatable chamber capable of storing gas; The air pressure adjusting assembly comprises an airtight sponge spring inflation valve, an airtight sponge spring air suction valve and an air pressure sensor which are communicated with an air passage of the airtight sponge spring unit, an air pump communicated with the other end of the airtight sponge spring inflation valve, an air pump communicated with the other end of the airtight sponge spring air suction valve, and an air pressure controller electrically connected with the airtight sponge spring inflation valve, the airtight sponge spring air suction valve, the air pressure sensor, the air pump and the air pump. Preferably, in the intelligent mattress system, the intelligent mattress further includes: the back lifting assembly comprises a back air bag and is arranged in a region corresponding to the back of a user when the user lies flat; A lower leg lifting assembly including a lower leg air bag provided at a region corresponding to a lower leg portion of a user lying flat; the back air bag and the shank air bag are both communicated with an air bag inflation valve and an air bag air suction valve, the air bag inflation valve is communicated with the inflator pump, and the air bag air suction valve is communicated with the air suction pump; the air pressure controller is also electrically connected to the air bag inflation valve and the air bag evacuation valve. Preferably, in the intelligent mattress system, the intelligent mattress further includes: a back height sensor provided in a region corresponding to the back air bag; A lower leg height sensor provided in a region corresponding to the lower leg air bag; The pneumatic controller is also electrically connected to the back height sensor and the calf height sensor. Preferably, in the intelligent mattress system, the mattress main support assembly further includes a head-supporting airtight foam spring unit and/or a foot-supporting airtight foam spring unit; the head support airtight sponge spring unit is used for adjusting the height of the head area of the mattress; The foo