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CN-122004625-A - Layered modular custom mattress capable of freely adjusting softness and hardness

CN122004625ACN 122004625 ACN122004625 ACN 122004625ACN-122004625-A

Abstract

The invention discloses a layered modularized customized mattress capable of freely adjusting softness and hardness, which relates to the technical field of furniture manufacturing, in particular to a layered modularized customized mattress capable of freely adjusting softness and hardness. The structural layer is provided with a hard supporting surface (such as environment-friendly palm) or a soft supporting surface (using spring elasticity), the comfort layer is designed with the thickness of 3-15CM according to the requirement, the comfort layer is matched with a single jacket to be connected through a zipper when the thickness is large, the peripheral edge of the structural layer extends to be a detachable structure when the thickness is moderate, the filler can be made of hard materials such as environment-friendly palm and flax palm or flexible materials such as silk floss and eiderdown cotton according to the requirement, and sleeping-aiding environment-friendly materials such as bamboo charcoal bags and magnetic therapy pads can be added. The mattress realizes free adjustment of softness and hardness through the layering module and the adjusting zipper, and meets the requirements of different sleeping habits.

Inventors

  • QIU JINWEN

Assignees

  • 苏州新澜湾家居有限公司

Dates

Publication Date
20260512
Application Date
20260204

Claims (10)

  1. 1. The layered modularized customized mattress capable of freely adjusting softness comprises a structural layer (1) and is characterized in that a comfortable layer (2) is arranged at the upper end of the structural layer (1), and adjusting zippers (3) are arranged at the outer ends of the structural layer (1) and the comfortable layer (2).
  2. 2. The layered modular custom mattress with freely adjustable softness according to claim 1, characterized in that the structural layer (1) is provided with a hard support surface made of a hard and supportive material such as environment friendly brown.
  3. 3. The layered modular, freely adjustable and customizable mattress according to claim 1, characterized in that the structural layer (1) is provided with a soft support surface which is fully spring-elastic by means of the felt material.
  4. 4. The layered modular, freely adjustable and customizable mattress according to claim 1, characterized in that the comfort layer (2) has a thickness gauge between 3CM and 15CM, designed as desired.
  5. 5. The layered modular custom mattress with freely adjustable softness according to claim 1, characterized in that the comfort layer (2) is provided with a separate cover when the thickness is large, connected to the structural layer (1) by means of an adjusting zipper (3).
  6. 6. The layered modular custom mattress with freely adjustable softness according to claim 1, wherein the comfort layer (2) is of moderate thickness and is formed by extending the surrounding edge of the structural layer (1) to form a detachable structure.
  7. 7. The layered modular, freely adjustable and customizable mattress according to claim 1, characterized in that the padding of the comfort layer (2) is field selectable by the user according to sleeping habits.
  8. 8. The layered modular custom mattress with freely adjustable softness according to claim 1, wherein the comfort layer (2) is made of hard material such as environment-friendly palm, flax palm etc. as filler.
  9. 9. The layered modular custom mattress with freely adjustable softness according to claim 1, wherein the comfort layer (2) is made of silk floss, down cotton or other flexible materials.
  10. 10. The layered modular custom mattress with freely adjustable softness according to claim 1, wherein the comfort layer (2) is added with sleep-aiding environment-friendly materials such as bamboo charcoal bags, magnetic therapy cushions and the like.

Description

Layered modular custom mattress capable of freely adjusting softness and hardness Technical Field The invention relates to the technical field of furniture manufacturing, in particular to a layered modularized customized mattress capable of freely adjusting softness. Background Along with the acceleration of modern life rhythm and the improvement of health consciousness, the requirements of people on sleep quality are changed from 'local sleep' to 'sleep scientifically and sleep comfortably'. The mattress is used as a core carrier for influencing sleeping, and the suitability of softness, supportability and fitting degree is directly related to the health of the spine, muscle relaxation and deep sleeping time. However, the design logic of the traditional mattress is limited by the thinking of standardized production for a long time, and the personalized demands of different people caused by differences of ages, weights, sleeping postures and health conditions are difficult to meet, and the contradiction is increasingly prominent in the context of consumption upgrading. The main stream mattresses in the market at present can be divided into three types, namely, a fixed-hardness spring mattress, a latex/memory cotton mattress, a soft-rebound characteristic-dependent body curve, and a hard mattress such as coconut palm/jute, wherein the independent bagged springs or whole-net springs are used as cores, basic support is provided through elasticity of springs, the surface layer is covered with buffering materials such as sponge and memory cotton, the latex/memory cotton mattress is difficult to adapt to users who prefer soft touch feeling although natural environment protection and strong support are emphasized. The common defects of the three products are that the hardness is not adjustable or the adjusting range is extremely small, if the hardness of the existing mattress is not satisfied, users can only wholly replace the mattress, the cost is high, and the resource waste is caused. In recent years, some manufacturers try to push out mattresses with detachable and replaceable surface layers and try to improve experience by replacing fabrics or thin mats, but the limitation of the design is remarkable, namely, firstly, only the touch feeling of the surface layers (such as replacing flannelette and mat fabrics) can be adjusted, the hardness of a core supporting layer cannot be changed, the optimization effect on the spinal column bearing performance is limited, secondly, the replacement parts are mainly connected with a main body through simple stitching or magic tapes, the structure is loose due to opening and degumming after long-term use, the durability is poor, thirdly, the thickness of a filling layer is fixed (commonly 5-10 cm), the local compression cannot be reduced by increasing and decreasing the thickness to match the pressure dispersion requirements of users with different sizes, for example, thicker buffer layers are needed by heavier users, and the lighter users can turn over difficultly due to excessive thickness. In addition, the functional demands of users on mattresses are extending from single support to diversification, such as environmental protection (avoiding harmful volatilization of formaldehyde and the like), sleep aiding assistance (such as adsorption of peculiar smell by bamboo charcoal, magnetic therapy and promotion of blood circulation), scene adaptation (such as anti-mite and bacteriostasis for children, spine protection for old people) and the like. However, the structural design of the traditional mattress is mostly 'integrated into one piece', the filler type and the functional module are solidified in the production link, and a user cannot select or replace the filler on site according to the sleeping habit (such as shoulder buffering for side sleeping and lumbar support for back sleeping) or the health requirement (such as avoidance of related materials for latex allergic persons), so that the 'product function' and the 'user real requirement' are misplaced. The more outstanding contradiction is that the existing 'adjustable' mattress focuses on technical directions such as 'electric lifting', 'partition hardness', and the like, and mechanical hardness switching can be realized, but the problems of complex structure, high cost (unit price is often over ten thousand yuan), high maintenance difficulty and the like exist, and the adjustment dimension is limited to a preset program, so that fine hardness adaptation of millimeter level is difficult to realize. For the average household, such products are neither very desirable nor cost effective. In summary, there is a need in the market for a mattress solution that has a simple and reliable structure, freely adjustable hardness through modular combination, and optional filler according to the need, and combines environmental protection and function expandability, so as to solve the multiple pain points of the traditional product