Hardness self-adaptive mattress
A self-adaptive, mattress technology, applied in mattresses, spring mattresses, applications, etc., can solve the problems that the overall hardness of the mattress cannot be consistent, and different groups of people can sleep comfortably, so that it is not easily deformed by force, saves costs, and The effect of good sleep quality
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Embodiment 1
[0041] Such as figure 1 , figure 2 , image 3 , Figure 4 As shown, the embodiment of the present invention provides a soft and hard self-adaptive mattress, which includes an outer soft covering material 1 and an inner elastic bed core, the elastic bed core includes a plurality of elastic members 2 arranged in an array, The elastic bed core includes at least two groups of elastic components with different elasticity. Each group of elastic components includes at least two elastic shock-absorbing devices. Due to the different pressures of the human body on the mattress, for example, the body puts greater pressure on the mattress, and the head And the foot pressure on the mattress is small, so at least two different elastic shock absorbers are arranged in the middle of the mattress, and at least one elastic shock absorber is arranged on both ends of the mattress. This arrangement can be It makes the mattress adapt to users of different weights, and also greatly saves costs. Of co...
Embodiment 2
[0049] Such as Figure 5 As shown, this embodiment is basically the same as the first embodiment. The difference is: the spring distance of the spring of the elastic component 2 refers to the distance between two adjacent spring coils. The larger the spring distance, the smaller the elasticity and the bearing capacity. The larger, in this embodiment, the spring pitch of the outer spring of the elastic component is greater than the spring pitch of the inner spring, and the spring pitch of the middle spring is larger than the spring pitch of the inner spring and smaller than the spring pitch of the outer spring, or constitutes an elastic component From the inside to the outside, the spring distance of the spring becomes larger and larger, so that the outer spring has a larger elastic force than the spring set in it. The larger the spring distance, the smaller the elasticity, the greater the bearing force, and the less likely to be deformed by force. The deformation principle of th...
Embodiment 3
[0052] Such as Image 6 As shown, this embodiment is basically the same as the first embodiment. The difference is that the elastic components are connected in series by spring sections of different diameters. The lower the spring section, the larger the diameter, that is, the lower the spring, the more Thicker, the greater the strength it bears. Of course, different spring segments can also be made of different materials to make their elasticity different. Even if the stiffness coefficient of each spring segment is different, the elastic force of each spring segment is different and its bearing strength is different. For example, the upper spring section, the middle spring section and the lower spring section are made of different materials. Under certain other conditions, due to the different spring materials, the stiffness coefficient of each spring section is different, and its bearing strength is also different. . When the user lies down, the upper spring section is pres...
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