Turnover mattress based on triple cooperative spring system

Abstract

The invention relates to the field of mattresses, and discloses a turnover mattress based on a triple cooperation spring system, the turnover mattress comprises a base module, the upper surface of the base module is detachably provided with a top cushion module; the top cushion module is used for providing a comfortable sleep environment for a user and can be overturned for use; the base module is used for supporting the top cushion module, so that the overall stability is better; the base module comprises knitted fabric, the upper surface of the knitted fabric is fixedly connected with high-resilience sponge d, the upper surface of the high-resilience sponge d is fixedly connected with hot drying cotton b, and the upper surface of the hot drying cotton b is provided with a cm environment-friendly glue-free bed net. Breakthrough optimization of the supporting performance is achieved through a triple cooperation spring system, and the problem that supporting and comfort of a traditional mattress are difficult to achieve at the same time is solved; a lower foundation supporting spring layer of the base module bears the weight of the whole body in a foundation type rigidity mode, excessive sinking of the body is avoided, and the natural curvature of the spine is maintained.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of mattress, in particular to a reversible mattress based on triple coordinated spring system. BACKGROUND

[0002] The main function of a mattress is to provide support, distribute pressure and maintain the natural curvature of the spine for the human body, thereby improving sleep comfort and health. It is usually composed of a support layer (such as springs or high-density foam), a comfort layer (such as memory foam, latex or gel material) and a fabric layer (an antibacterial and breathable outer cover), and some mattresses also contain an edge reinforcement layer to enhance durability. Its working principle is to distribute body pressure through the elastic deformation of materials (such as spring rebound or memory foam adhesion), while reducing interference and adjusting temperature through structural design (such as independent pocketed springs or breathable holes), ultimately achieving the purpose of fitting the body curve, relieving fatigue and improving sleep quality.

[0003] However, traditional mattresses mostly use single-layer spring systems, such as Bonnell springs, independent pocketed springs combined with filling layers. This design has the obvious defect of single function: most products are single-sided use mode, which cannot adjust the stress area by turning over. After long-term use, the human body's pressure points such as shoulders, back and hips are prone to problems such as decreased elasticity of fillers and deformation of springs due to continuous stress, resulting in local collapse and wear, significantly shortening the overall service life of the mattress, and also failing to meet the user's demand for balanced use of different areas of the mattress. SUMMARY

[0004] In view of the shortcomings of the prior art, the present application provides a reversible mattress based on triple coordinated spring system, which solves the problem that most products are single-sided use mode, which cannot adjust the stress area by turning over. After long-term use, the human body's pressure points such as shoulders, back and hips are prone to problems such as decreased elasticity of fillers and deformation of springs due to continuous stress.

[0005] To achieve the above purpose, the present application realizes the following technical scheme: a reversible mattress based on triple coordinated spring system, comprising a base module, the upper surface of the base module is detachably installed with a top pad module;

[0006] The top pad module is used to provide a comfortable sleep environment for the user, and itself can be used by turning over;

[0007] The base module is used to support the top pad module, so that the overall stability is better;

[0008] The base module comprises a knitted fabric, the upper surface of the knitted fabric is fixedly connected with a high-resilience sponge d, the upper surface of the high-resilience sponge d is fixedly connected with a hot-baked cotton b, and the upper surface of the hot-baked cotton b is provided with a cm environmentally friendly glue-free bed net.

[0009] Preferably, the top pad module comprises a skin-friendly knitted fabric a, the lower surface of the skin-friendly knitted fabric a is fixedly connected with Invista antibacterial cotton, the lower surface of the Invista antibacterial cotton is fixedly connected with GM hydrophilic cotton, the lower surface of the GM hydrophilic cotton is fixedly connected with sheep cotton, the lower surface of the sheep cotton is fixedly connected with alpaca cotton, the lower surface of the alpaca cotton is fixedly connected with a comfortable spring layer, and the lower surface of the comfortable spring layer is fixedly connected with white non-woven fabric.

[0010] Preferably, the lower surface of the white non-woven fabric is fixedly connected with high-resilience sponge a, the lower surface of the high-resilience sponge a is fixedly connected with comfortable temperature control cotton, the lower surface of the comfortable temperature control cotton is fixedly connected with skin-friendly knitted fabric b, the lower surface of the skin-friendly knitted fabric b is fixedly connected with skin-friendly knitted fabric c, the lower surface of the skin-friendly knitted fabric c is fixedly connected with resin cotton, the lower surface of the resin cotton is fixedly connected with high-resilience sponge b, the lower surface of the high-resilience sponge b is fixedly connected with high-resilience sponge c, the lower surface of the high-resilience sponge c is fixedly connected with hot cotton a, the lower surface of the hot cotton a is fixedly connected with cm environmentally friendly glue-free bed net, and the lower surface of the cm environmentally friendly glue-free bed net is fixedly connected with hot cotton c.

[0011] Preferably, the cm environmentally friendly glue-free bed net is provided with a plurality of groups of butterfly M-shaped supporting force rods near the outer side surface, and the upper and lower sides of the plurality of groups of butterfly M-shaped supporting force rods are connected with spring nets, and the cm environmentally friendly glue-free bed net is provided with ultrasonic wave hot-pressed bagged springs in the center and arranged in a rectangular array.

[0012] Preferably, the lower surface of the hot cotton c is in contact with the upper surface of the cm environmentally friendly glue-free bed net, the outer arc surface of the hot cotton c is in contact with the inner side of the cm environmentally friendly glue-free bed net spring net, and the lower surfaces of the skin-friendly knitted fabric b and the skin-friendly knitted fabric c are in contact with the ultrasonic wave hot-pressed bagged springs in the center of the cm environmentally friendly glue-free bed net.

[0013] Preferably, the surface of the hot cotton a is provided with the same ultrasonic wave hot-pressed bagged springs as the cm environmentally friendly glue-free bed net, and the same ultrasonic wave hot-pressed bagged springs are arranged in a rectangular array.

[0014] Preferably, the comfortable spring layer is composed of a plurality of groups of mini springs and is arranged in a rectangular array.

[0015] The application provides a reversible mattress based on a triple synergistic spring system.

[0016] 1. The present application realizes breakthrough optimization of support performance through a triple synergistic spring system, solves the problem that traditional mattress support and comfort are difficult to balance: the lower base support spring layer of the base module takes the whole body weight in a foundation type rigid manner, avoids excessive body subsidence and maintains the natural curvature of the spine; the upper transition spring layer adheres to the human body curve with better compliance, preliminarily disperses local pressure; the comfortable fitting spring layer of the top pad module realizes an extreme close-to-body feeling through micro deformation, eliminates pressure points, and the three-layer spring gradient design from wire diameter, height to function forms a scientific force transmission chain of support, transition and fitting.

[0017] 2. The present application solves the problem of single function of traditional mattress through independent reversible design and differentiated comfort layer configuration of the top pad module, and prolongs the service life of the product: the second comfort layer and the third comfort layer are arranged on the front and back of the top pad respectively, forming two differentiated sleeping feelings of soft with support and tough with support, which can meet the use needs of users in different seasons and different body states; at the same time, regular turning of the top pad can switch the original pressure area and the non-pressure area, avoid the aging of GM40 hydrophilic cotton, high resilience sponge a and mini spring due to long-term local stress, and the mini spring can still maintain the characteristics of multi-point support after turning, greatly improving the durability of each component of the mattress and prolonging the overall service life

[0018] 3. The present application solves the problem of structural weakness of traditional mattress through the interlayer reinforced support system of the base module, realizes global stable support: 22 thickened butterfly M-shaped force rods with a diameter of 3.8mm are arranged in the core pressure bearing area, strong lateral support is provided through dense matrix structure, the hammock effect of the middle part of the double-layer spring bed net which is prone to collapse is completely eliminated, and uniform support from the head of the bed to the tail of the bed is ensured; hard turning butterfly force is arranged at the four corner positions to strengthen the mechanically weak area with special structure of large support area, prevent edge collapse, and solve the long-standing problem of four corner collapse in the industry. This kind of global reinforcement design not only expands the effective sleeping area, but also improves the overall structural stability of the mattress, avoids the influence of local deformation on support performance, and further guarantees the sleep comfort and spine health of users. BRIEF DESCRIPTION OF DRAWINGS

[0019] Figure 1 It is a overall perspective view of the present application;

[0020] Figure 2 It is a partial sectional view schematic diagram of the present application;

[0021] Figure 3 It is an exploded schematic diagram of the present application;

[0022] Figure 4 It is a 10cm environmentally friendly no-glue bed net perspective schematic diagram of the present application.

[0023] 1, top pad module; 101, skin-friendly knitted fabric a; 102, Invista antibacterial cotton; 103, GM40 hydrophilic cotton; 104, sheep cotton; 105, alpaca cotton; 106, comfortable and snug spring layer; 107, white non-woven fabric; 108, high resilience sponge a; 109, comfortable and warm temperature control cotton; 110, skin-friendly knitted fabric b; 111, skin-friendly knitted fabric c; 112, resin cotton; 113, high resilience sponge b; 114, high resilience sponge c; 115, hot cotton a; 116, 5cm environmentally friendly non-glue water bed net; 117, hot cotton c; 2, base module; 201, knitted fabric; 202, high resilience sponge d; 203, hot cotton b; 204, 10cm environmentally friendly non-glue water bed net. DETAILED DESCRIPTION

[0024] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the specification of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor are within the scope of protection of the present application.

[0025] Embodiment:

[0026] Please refer to the drawings Figure 1 - the drawings Figure 4 The embodiment of the present application provides a reversible mattress based on a triple coordinated spring system, which comprises a base module 2, and a top pad module 1 is detachably mounted on the upper surface of the base module 2. The top pad module 1 is detachably connected with the base module 2 through a binding rope fixing structure. The surrounding binding rope fixing structure specifically comprises: a first group of binding rope fixing members are arranged on the two long edges of the base module 2, and a second group of binding rope fixing members are arranged on the long edges of the top pad module 1 correspondingly. The two modules are tightly integrated into one by knotting and tightening, and there is no obvious relative displacement.

[0027] The top pad module 1 is used for providing a comfortable sleep environment for the user, and can be used by turning over. As a reversible top pad module, it is an independent functional unit and contains a complete comfortable support structure inside. Specifically, it can realize a real double-sleeping experience. The different comfortable layer materials on the front and back sides are combined with internal springs to provide two carefully adjusted sleeping feelings. One side is soft with support, and the other side is tough and supportive, which doubles the user experience value. The core benefit of turning over is to prolong the service life and avoid excessive wear in local areas. When the human body sleeps, pressure is generated on the shoulder, back, hip and other specific areas of the mattress for a long time. Long-term non-turning over can easily cause the elasticity of the filling in the area to decrease. Regular turning over can make the force on each area of the mattress more uniform, reduce the local aging speed, and the internal mini springs can still provide multi-point support effect after turning over.

[0028] The base module 2 is used to apply support to the top pad module 1, so that the overall stability is better, and the core advantage lies in the revolutionary base structure reinforcement: one is to eradicate the hammock effect through the dense support moment matrix of the core area, to ensure uniform and firm support from the head of the bed to the tail of the bed; the other is to solve the four-corner collapse industry problem through the four-corner special support, to realize reliable support in all areas without dead angle, and at the same time, the base module 2 also constitutes the basic support part of the three-layer cooperative spring system of the mattress, to provide protection for the overall support performance.

[0029] The base module 2 comprises a knitted fabric 201, the upper surface of the knitted fabric 201 is fixedly connected with a high resilience sponge d 202, the upper surface of the high resilience sponge d 202 is fixedly connected with a hot cotton b 203, the hot cotton b 203 is a component part of the first buffer layer of the base module 2, the first buffer layer is a high-density support foam layer covering the upper layer of the transition spring layer, for further buffering and uniformly distributing the pressure, the upper surface of the hot cotton b 203 is provided with a 10cm environment-friendly glue-free bed net 204, the 10cm environment-friendly glue-free bed net 204 is a lower layer of the base support spring layer of the base module 2, which is composed of ultrasonic hot-pressed bagged springs made of high-carbon manganese steel wires, the height of the spring layer is 10cm, the wire diameter is 2.2mm, and the design purpose is to provide top rigid support against the weight of the human body and structural stability of the whole mattress to prevent overall collapse; the height of 10cm is the core of support, which can stably support the whole body weight and avoid excessive sinking of the body, especially for people with a body weight of more than 60kg, while maintaining the natural physiological curvature of the spine through strong anti-collapse property, reducing morning back and waist pain, the thick height also prolongs the spring deformation buffer interval, improves the elastic feedback feeling during support, rather than rigid support, the 10cm environment-friendly glue-free bed net 204 is provided with a plurality of groups of butterfly M-shaped support rods near the outer side surface, and the upper and lower sides of the plurality of groups of butterfly M-shaped support rods are connected with spring nets, the butterfly M-shaped support rod is a component part of the interlayer reinforced support system of the base module 2, the upper and lower spring nets are respectively the spring net of the lower layer of the base support spring layer and the spring net of the upper layer of the transition spring layer, the M-shaped support rod is placed horizontally, and the upper and lower ends thereof are fixedly connected with the spring net of the lower layer of the base support spring layer 10cm environment-friendly glue-free bed net 204 and the spring net of the upper layer of the spring net 5cm environment-friendly glue-free bed net 116, for providing strong interlayer horizontal support, preventing the two spring nets from excessively approaching or collapsing after being pressed in the middle area; the further optimization of the application is that the M-shaped support rod is made of thickened steel wires with a diameter of 3.8mm, and 22 are arranged in the core pressure area between the two spring nets to form a support matrix in a scientific and dense distribution, providing uniform and strong jacking force, completely eliminating the hammock effect, and one hardened turning butterfly support is arranged at each of the four corner positions of the two spring nets; the support also adopts thickened steel wires to be bent into a butterfly-shaped or similar shape with a larger support area, and its special structure is specially designed for the four corner areas with weak mechanics, greatly enhancing the supportability and anti-deformation ability of the edge of the mattress, preventing collapse, solving the industry problem of four-corner collapse, and the center of the 10cm environment-friendly glue-free bed net 204 is provided with ultrasonic hot-pressed bagged springs arranged in a rectangular array.

[0030] Further, the top pad module 1 comprises a skin-friendly knitted fabric a101, which is a component of the outer fabric layer of the top pad module 1. The outer fabric layer is wrapped and stitched with breathable and antibacterial fabric. The lower surface of the skin-friendly knitted fabric a101 is fixedly connected with the Invista antibacterial cotton 102. The Invista antibacterial cotton 102 and the GM40 hydrophilic cotton 103 jointly constitute the second comfort layer of the top pad module 1, which is located above the comfortable and conformable spring layer 106. The lower surface of the Invista antibacterial cotton 102 is fixedly connected with the GM40 hydrophilic cotton 103. The GM40 hydrophilic cotton 103 has a thickness of 1.5 cm, a density of 40 kg / m³, a 40% indentation hardness of 40, and a surface hardness of 0-5. It is the core material of the top pad module 1, which provides a soft and supportive sleeping feeling. The lower surface of the GM40 hydrophilic cotton 103 is fixedly connected with the sheep cotton 104. The lower surface of the sheep cotton 104 is fixedly connected with the alpaca cotton 105. The lower surface of the alpaca cotton 105 is fixedly connected with the comfortable and conformable spring layer 106. The comfortable and conformable spring layer 106 is composed of multiple groups of mini springs and is arranged in a rectangular array.

[0031] Furthermore, a white non-woven fabric 107 is fixedly connected to the lower surface of the comfort-fitting spring layer 106. The white non-woven fabric 107 is part of the outer covering fabric layer. A high-resilience sponge a108 is fixedly connected to the lower surface of the white non-woven fabric 107. The high-resilience sponge a108 and the comfortable temperature-controlled cotton 109 together constitute the third comfort layer of the top pad module 1, located below the comfort-fitting spring layer 106. The high-resilience sponge a108 is 1.5 cm thick, has a density of 25 kg / m³, a 40% indentation hardness of 145 N, and a surface hardness of 60 N. It is the core material of the top pad module 1, which is tough and supports the sleeping feel. The comfortable temperature-controlled cotton 109 is fixedly connected to the lower surface of the high-resilience sponge a108. The comfortable temperature-controlled cotton 109 is fixedly connected to the lower surface of the top pad module 1. There is a skin-friendly knitted fabric b110, which is part of the outer covering layer. Its lower surface is in contact with the ultrasonically heat-pressed pocket spring at the center of the 10cm environmentally friendly glue-free waterbed net 204. A skin-friendly knitted fabric c111 is fixedly connected to the lower surface of the skin-friendly knitted fabric b111, which is also part of the outer covering layer. Its lower surface is also in contact with the ultrasonically heat-pressed pocket spring at the center of the 10cm environmentally friendly glue-free waterbed net 204. Resin cotton 112 is fixedly connected to the lower surface of the skin-friendly knitted fabric c111, and high-resilience sponge b113 is fixedly connected to the lower surface of the high-resilience sponge b113. High-resilience sponge c114 is fixedly connected to the lower surface of the high-resilience sponge b113. The lower surface of the rebound sponge C114 is fixedly connected to the heat-dried cotton A115. The surface of the heat-dried cotton A115 is equipped with ultrasonic heat-pressed pocket springs, similar to those in the 10cm environmentally friendly glue-free waterbed net 204, also arranged in a rectangular array. The lower surface of the heat-dried cotton A115 is fixedly connected to the 5cm environmentally friendly glue-free waterbed net 116. The 5cm environmentally friendly glue-free waterbed net 116 consists of multiple independent pocket springs. This spring layer is 5cm high, with a wire diameter of 2.1mm. It is designed to support the force of the underlying base support spring layer and provides initial support and force distribution according to the human body's curves. Its relatively small wire diameter provides better conformability; the 5cm height design allows for rapid response to subtle body deformations, conforming to the body immediately. The curves of the shoulders, neck, back, and hips precisely distribute local pressure, especially targeting shoulder and hip pressure when lying on one's side. The lower surface of the 5cm environmentally friendly glue-free waterbed net 116 is fixedly connected to the heat-dried cotton c117, which is another component of the first buffer layer. Together with the heat-dried cotton b203, it achieves the functions of buffering and uniform pressure distribution. The lower surface of the heat-dried cotton c117 is in contact with the upper surface of the 10cm environmentally friendly glue-free waterbed net 204, and the outer arc surface of the heat-dried cotton c117 is in contact with the inner side of the spring net of the 10cm environmentally friendly glue-free waterbed net 204. The lower surfaces of the skin-friendly knitted fabric b110 and skin-friendly knitted fabric c111 are in contact with the ultrasonic heat-pressed bagged spring at the center of the 10cm environmentally friendly glue-free waterbed net 204.

[0032] Working principle: This mattress achieves its function through the detachable combination of the top pad module 1 and the base module 2, and a triple-coordinated spring system. First, the overall coordination is ensured by the surrounding binding rope fixing structure: the first set of binding rope fixing pieces is set on the two long sides of the base module 2, and the second set of binding rope fixing pieces is set on the corresponding long side of the top pad module 1. After knotting and tightening, the two modules fit tightly together, with the skin-friendly knitted fabric b110 and skin-friendly knitted fabric c111 in contact with the 10cm environmentally friendly glue-free bed net 204 spring, and the heat-dried cotton c117 in contact with the 10cm environmentally friendly glue-free bed net 204 upper surface, to avoid displacement. The base module 2 serves as the core support, with layered functions from bottom to top: the bottom layer consists of abrasion-resistant and protective knitted fabric 201 and initial cushioning with high-resilience sponge d202; a 10cm environmentally friendly glue-free waterbed net 204 made of high-carbon manganese steel wire, 10cm high and 2.2mm in diameter, provides rigid support like a foundation, maintaining spinal curvature and providing elastic feedback; in the interlayer reinforcement support system, 22 thickened 3.8mm butterfly M-shaped support rods form a matrix to prevent the central hammock effect, and the four corner reinforced turning butterfly supports solve edge collapse; the 10cm environmentally friendly glue-free waterbed net 204 initially disperses pressure and conforms to the curve, and works with the first buffer layer composed of heat-dried cotton b203 and skin-friendly knitted fabric c111 to homogenize the pressure.

[0033] Top pad module 1 is an independent, flip-up comfort unit. The outer fabric layer provides skin-friendly antibacterial properties and breathability, while the internal structure is stitched in place. The core comfort-fitting spring layer 106 uses micro-deformation to closely wrap around the body, with an independent design to eliminate pressure points. Cashmere 104 and alpaca 105 enhance softness, while resin cotton 112, high-resilience sponge b113, and high-resilience sponge c114 provide cushioning. Heat-dried cotton a115 further supports the base. Dual sleeping comfort is achieved through front and back comfort layers: the second comfort layer on the front provides resilience and support, catering to different preferences.

[0034] The triple-spring system forms a scientific force transmission chain: the body weight is transferred through the top pad filling layer, the comfortable and conforming spring layer 106, to the 5cm spring layer in the base, the first buffer layer, and finally supported by the 10cm spring layer. The support force is smoothly transitioned to avoid stress concentration, providing a soft and conforming feel for lighter individuals and sufficient support for heavier individuals. The flipping function extends the lifespan: periodically flipping the top pad module 1 switches between the original pressure area and the non-pressure area, reducing localized aging of the GM40 hydrophilic cotton 103, high-resilience sponge a108, and MINI springs. Even after flipping, the springs still maintain multi-point support, and the sleeping feel can be switched according to the season or physical condition, improving the flexibility of use.

[0035] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. A flip-up mattress based on a triple synergistic spring system, characterized in that, Includes a base module (2), on the upper surface of which a top pad module (1) is detachably mounted; The top pad module (1) is used to provide a comfortable sleeping environment for the user and can be flipped over for use. The base module (2) is used to support the top pad module (1), thereby improving the overall stability; The base module (2) includes a knitted fabric (201), and a high-resilience sponge d (202) is fixedly connected to the upper surface of the knitted fabric (201). A heat-dried cotton b (203) is fixedly connected to the upper surface of the high-resilience sponge d (202), and a 10cm environmentally friendly glue-free water bed net (204) is provided on the upper surface of the heat-dried cotton b (203).

2. A flip-up mattress based on a triple synergistic spring system according to claim 1, characterized in that, The top pad module (1) includes a skin-friendly knitted fabric a (101), on the lower surface of the skin-friendly knitted fabric a (101) is fixedly connected to Invista antibacterial cotton (102), on the lower surface of the Invista antibacterial cotton (102) is fixedly connected to GM40 hydrophilic cotton (103), on the lower surface of the GM40 hydrophilic cotton (103) is fixedly connected to wool cotton (104), on the lower surface of the wool cotton (104) is fixedly connected to alpaca cotton (105), on the lower surface of the alpaca cotton (105) is fixedly connected to a comfort-fitting spring layer (106), and on the lower surface of the comfort-fitting spring layer (106) is fixedly connected to a white non-woven fabric (107).

3. A flip-up mattress based on a triple synergistic spring system according to claim 2, characterized in that, The lower surface of the white nonwoven fabric (107) is fixedly connected to a high-resilience sponge a (108), the lower surface of the high-resilience sponge a (108) is fixedly connected to a comfortable temperature-controlled cotton (109), the lower surface of the comfortable temperature-controlled cotton (109) is fixedly connected to a skin-friendly knitted fabric b (110), the lower surface of the skin-friendly knitted fabric b (110) is fixedly connected to a skin-friendly knitted fabric c (111), and the lower surface of the skin-friendly knitted fabric c (111) is fixedly connected to a resin cotton (112). The lower surface of the resin cotton (112) is fixedly connected to a high-resilience sponge b (113), the lower surface of the high-resilience sponge b (113) is fixedly connected to a high-resilience sponge c (114), the lower surface of the high-resilience sponge c (114) is fixedly connected to a heat-dried cotton a (115), the lower surface of the heat-dried cotton a (115) is fixedly connected to a 5cm environmentally friendly glue-free waterbed net (116), and the lower surface of the 5cm environmentally friendly glue-free waterbed net (116) is fixedly connected to a heat-dried cotton c (117).

4. A flip-up mattress based on a triple synergistic spring system according to claim 1, characterized in that, The 10cm environmentally friendly glue-free waterbed net (204) has multiple sets of butterfly M-shaped support rods near its outer surface, and spring nets are connected to the upper and lower sides of the multiple sets of butterfly M-shaped support rods. An ultrasonic hot-pressed bag spring is set at the center of the 10cm environmentally friendly glue-free waterbed net (204) and is arranged in a rectangular array.

5. A flip-up mattress based on a triple synergistic spring system according to claim 2, characterized in that, The lower surface of the heat-dried cotton c (117) is in contact with the upper surface of the 10cm environmentally friendly glue-free water bed net (204), the outer arc surface of the heat-dried cotton c (117) is in contact with the inner side of the spring net of the 10cm environmentally friendly glue-free water bed net (204), and the lower surfaces of the skin-friendly knitted fabric b (110) and the skin-friendly knitted fabric c (111) are in contact with the ultrasonic heat-pressed bag spring at the center of the 10cm environmentally friendly glue-free water bed net (204).

6. A flip-up mattress based on a triple synergistic spring system according to claim 2, characterized in that, The surface of the heat-dried cotton a (115) is provided with the same ultrasonic heat-pressed bag springs as the 10cm environmentally friendly glue-free bed net (204), which are also arranged in a rectangular array.

7. A flip-up mattress based on a triple synergistic spring system according to claim 2, characterized in that, The comfort fit spring layer (106) consists of multiple sets of mini springs arranged in a rectangular array.

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