CN221179949U - Spliced independent bagged spring sponge mattress - Google Patents

Abstract

The utility model discloses an independent spliced bagged spring sponge mattress which comprises a mattress inner container and a mattress cloth cover, wherein the mattress inner container comprises a plurality of independent spliced elastic modules, independent bagged elastic components and a filling layer, so that mattresses with different sizes can be assembled according to actual requirements, and the transportation cost is reduced. Meanwhile, the hardness setting of the mattress is realized by selecting the independent bagged elastic components with different hardness, and after a certain area of the mattress is collapsed and damaged in the use process, the whole mattress does not need to be replaced as in the prior art, and only the independent spliced modules or the independent bagged elastic components in the area need to be replaced, so that the expenditure of users is reduced, and meanwhile, the resource waste is avoided. The mattress can be used as sofa cushion, cushion and the like by selecting the independent spliced modules and the number of independent bagged springs.

Description

Spliced independent bagged spring sponge mattress

Technical Field

The utility model relates to the field of bedding articles, in particular to a spliced independent bagged spring sponge mattress.

Background

The mattress is used as a common household article and can provide a comfortable sleeping environment for people. The traditional mattress is generally an integral mattress, and the integral mattress is generally difficult to store, disassemble, assemble, transport and package due to the overlarge length and width, so that the cost is high; in addition, the most common spring mattress used at present is that a plurality of springs are covered by an outer cover pad, and the springs are connected and fixed by a plurality of small springs, so that the springs which are mutually independent are mutually connected, and the springs can sink downwards, so that a large-area recess is formed in a frequently used area of the whole mattress, after the problems occur, the whole mattress can only be replaced, and the resource waste is easy to cause. In addition, the hardness requirements for different users are different, and even for the same user, the requirements for the hardness of different areas of the whole mattress are different.

Disclosure of utility model

In order to solve the technical problems, the utility model provides a spliced independent bagged spring sponge mattress which can be freely combined and spliced according to the requirements of customers on different sizes and different hardness of the mattress. In addition, after a certain area of the mattress is collapsed and damaged, only the independent spliced modules or the independent bagged elastic components in the area are needed to be replaced, so that the resource waste is avoided. The mattress can be used as a sofa cushion, a seat cushion and the like by selecting independent spliced modules and the number of independent bagged springs and combining deformation.

The technical scheme of the utility model is as follows:

the utility model provides an independent spring sponge mattress in bags of concatenation, includes mattress inner bag and mattress cover, mattress inner bag is placed in mattress cover, its characterized in that: the mattress liner comprises a mattress body and a filling layer arranged on the mattress body, wherein the mattress body is formed by splicing a plurality of spliced independent elastic modules, the longitudinal edges of the spliced independent elastic modules are provided with splicing teeth and splicing grooves which are mutually matched with adjacent spliced independent elastic modules, and the spliced independent elastic modules are spliced and combined through the matched splicing teeth and the splicing grooves; each spliced independent elastic module is provided with a central shaft blind hole, an independent bagged elastic component is placed in the central shaft blind hole of the spliced independent elastic module, and the height of the independent bagged elastic component is the same as the depth of the central shaft blind hole of the spliced independent elastic module.

The utility model further provides that the filling layers are spliced independent filling layers, each spliced independent filling layer is adhered to the top surface of the spliced independent elastic module, and the length and the width of the spliced independent filling layer are the same as those of the corresponding spliced independent elastic module.

The utility model further provides that the filling layer is an integral filling layer which at least covers and adheres to the top surfaces of the two spliced independent elastic modules.

The utility model is further arranged that the spliced independent elastic module comprises an angle module, an edge module and a center module; the two adjacent longitudinal edges of the corner modules, the three longitudinal edges of the side modules and the four longitudinal edges of the center module are respectively provided with splicing teeth and splicing grooves which are matched with the adjacent splicing independent elastic modules.

The utility model further provides that the spliced independent elastic modules in different areas of the mattress are the same or different in size.

The utility model is further arranged that the split joint type independent elastic module is 120-220mm long, 120-220mm wide, 160-223mm high, the aperture of the central shaft blind hole is 59-64mm, the depth of the central shaft blind hole is 140-80mm, the depth of the split joint teeth is 20-50mm, and the split joint teeth and the split joint grooves are of a mortise and tenon joint structure.

The utility model further provides that the spliced independent elastic module is a spliced independent sponge module, a spliced independent latex module and a spliced independent rubber module.

The utility model is further arranged that the individually pocketed elastic member is an individually pocketed spring.

The utility model further provides that the independent pocket springs are springs with different hardness.

The beneficial technical effects of the utility model are as follows: the utility model provides an independent spliced bagged spring sponge mattress which comprises a mattress inner container and a mattress cloth cover, wherein the mattress inner container is placed in the mattress cloth cover and comprises a mattress body and a filling layer arranged on the mattress body. The mattress body comprises a plurality of spliced independent elastic modules and independent bagged elastic components, and the mattress can be spliced at a sales site or at home according to the requirements of customers to assemble mattresses of various sizes, and manufacturers only need to prepare the spliced independent elastic modules and the independent bagged elastic components of different materials, sizes and numbers, so that the transportation cost of mattress manufacturers, sellers and customers is reduced. Meanwhile, the hardness setting of a single mattress is realized by selecting independent bagged elastic components with different hardness, so that the requirements of different family members on the softness and hardness of the mattress are met. The utility model also has some characteristics, and the mattress can also be used as a sofa cushion, a seat cushion and the like by selecting the independent spliced modules and the number of independent bagged springs.

Drawings

FIG. 1 is a cross-sectional view of a splice-type independent elastic module of the present utility model;

FIG. 2 is a top view of a splice-type independent elastic module of the present utility model;

FIG. 3 is a schematic illustration of a fill layer of the present utility model;

FIG. 4 is a schematic view of a single spliced independent pocket spring sponge mattress of the present utility model;

fig. 5 is a schematic view of an integrally spliced independent pocket spring sponge mattress of the present utility model.

Detailed Description

In order that the manner in which the above recited features of the present utility model are attained and can be understood in detail, a more particular description of the utility model, briefly summarized below, may be had by reference to the appended drawings and examples, which are illustrated in their embodiments, but are not intended to limit the scope of the utility model.

As shown in fig. 1-5, the utility model comprises a mattress inner container and a mattress cloth cover, wherein the mattress inner container comprises a mattress body and a filling layer arranged on the mattress body, and the mattress body comprises a plurality of spliced independent elastic modules 1 and independent bagged elastic components 2. The spliced independent elastic module 1 comprises an angle module, an edge module and a center module. The angle module is characterized in that two adjacent longitudinal edges of the angle module are provided with splicing teeth and splicing grooves which are matched with the adjacent spliced independent elastic modules, three longitudinal edges of the edge module are provided with splicing teeth and splicing grooves which are matched with the adjacent spliced independent elastic modules, and four longitudinal edges of the center module are provided with splicing teeth and splicing grooves which are matched with the adjacent spliced independent elastic modules.

The spliced independent elastic module 1 of the embodiment is a spliced independent sponge module, the length of the spliced independent sponge module is 120-220mm, the width of the spliced independent sponge module is 120-220mm, the height of the spliced independent sponge module is 160-223mm, the spliced independent sponge module is provided with a central shaft blind hole, the aperture of the spliced independent sponge module is 59-64mm, and the depth of the central shaft blind hole is 140-80mm; the concatenation tooth depth of concatenation formula independent sponge module is 20-50mm, and concatenation tooth and splice groove of this embodiment are mortise and tenon fourth of twelve earthly branches structure. After the size of the mattress with the required specification and size is determined, a corresponding number of spliced independent sponge modules are selected, the four corners of the mattress body are selected, the four sides of the mattress body are selected, the rest is selected to be a center module, and then the spliced independent sponge modules are spliced and combined through matched mortise and tenon structures to form mattress bodies with different specifications and sizes.

The spliced independent elastic modules can also be made of latex or rubber, and the sponge, the latex or the rubber have different elastic properties, so that the spliced independent sponge modules, the spliced independent latex modules and the spliced independent rubber modules have different elasticity, and mattress bodies with different softness and hardness can be provided for the mattress, thereby meeting the requirements of different users on different hardness of the mattress.

As shown in fig. 1-5, after the above-mentioned several spliced independent sponge modules are spliced and combined to form a required specification size, the independent bagged elastic component 2 is placed in the central shaft blind hole of the spliced independent sponge module, in this embodiment, the independent bagged elastic component 2 is an independent bagged spring, the aperture and depth of the independent bagged spring are consistent with the aperture and depth scale of the central shaft blind hole, and the characteristics of high strength and high elasticity of the spring are utilized, so that the supporting force and elasticity of the mattress body can be further improved after the spring is placed in the spliced independent sponge module blind hole.

The most common spring mattress is used at present, a plurality of springs are covered by an outer cover cushion, and the springs are connected and fixed by a plurality of small springs, so that the springs are connected with each other, and the springs are downwards sunk, so that a large-area depression is formed in a frequently used area of the whole mattress, after the problems occur, the whole mattress can only be replaced, and the resource waste is easily caused.

Furthermore, the independent pocket springs can be manufactured into independent pocket springs with different hardness, and according to the requirements of users, the independent pocket springs with the same or different hardness can be placed in the central shaft blind holes of the spliced independent sponge modules which are spliced and combined, so that the mattress partition hardness is set.

As shown in fig. 3-4, after the independent bagged springs with the same or different hardness are placed in the central shaft blind holes of the spliced and combined independent sponge modules, the filling layer is continuously covered, the material and shape of the filling layer can be selected according to actual needs, for example, the filling layer can be wave-shaped piece sponge 31, common piece sponge 32, gel particle piece sponge 33, emulsion 34 or a combination thereof, and the filling layer further improves the comfort level of the mattress.

Further, after the independent bagged springs with the same or different hardness are placed in the central shaft blind holes of the spliced independent sponge modules, the non-woven fabrics with the front and back surfaces coated with the adhesive can be continuously covered on the blind holes, and the length and the width of the non-woven fabrics are not smaller than the size of the spliced independent sponge modules. The non-woven fabrics with the adhesive coated on the front and back surfaces are bonded with the spliced and combined independent sponge modules, and the other surfaces are bonded with the filling layer, so that the relative fixation of the filling layer and the spliced and combined independent sponge modules is further ensured.

Further, the filling layer may be a spliced independent filling layer, the length and width of the spliced independent filling layer are the same as those of each or a plurality of spliced independent sponge modules to be covered, after the independent pocket spring is placed in the spliced independent sponge module, the non-woven fabric with the front and back surfaces coated with adhesive is continuously covered on the independent pocket spring, the length and width of the non-woven fabric are the same as those of the spliced independent sponge module to be covered, one surface of the non-woven fabric with the front and back surfaces coated with adhesive is adhered with the spliced independent sponge module, and the other surface is adhered with the spliced independent filling layer. After each or a plurality of spliced independent sponge modules, independent bagged springs and spliced independent filling layers are combined in the mode, the sponge modules are spliced and combined into the required size and hardness as required.

The mattress inner container which is spliced and combined is placed in the mattress cloth cover with the zipper, so that a complete independent bagged spring mattress can be formed.

The application can be spliced at the sales site or at home according to the requirements of customers, and various mattresses with different sizes can be assembled, and manufacturers only need to prepare the spliced independent elastic modules and independent bagged elastic components with different materials, sizes and numbers, so that the transportation cost of mattress manufacturers, sellers and customers is reduced. Meanwhile, the hardness setting of a single mattress is realized by selecting independent bagged elastic components with different hardness, so that the requirements of different family members on the softness and hardness of the mattress are met. In addition, after a certain area of the spliced independent bagged spring sponge mattress is collapsed and damaged in the use process, the whole mattress does not need to be replaced like the prior art, and only the independent spliced modules or the independent bagged elastic components in the area need to be replaced, so that the expenditure of users is reduced, and meanwhile, the resource waste is avoided.

The above description is only of the preferred embodiments of the present utility model and is not intended to limit the present utility model, and it should be noted that it is possible for those skilled in the art to make several improvements and modifications without departing from the technical principle of the present utility model, and these improvements and modifications should also be regarded as the protection scope of the present utility model.

Claims (9)

1. The utility model provides an independent spring sponge mattress in bags of concatenation, includes mattress inner bag and mattress cover, mattress inner bag is placed in mattress cover, its characterized in that: the mattress liner comprises a mattress body and a filling layer arranged on the mattress body, wherein the mattress body is formed by splicing a plurality of spliced independent elastic modules (1), the longitudinal edges of the spliced independent elastic modules (1) are provided with splicing teeth and splicing grooves which are mutually matched with adjacent spliced independent elastic modules, and the spliced independent elastic modules (1) are spliced and combined through the matched splicing teeth and the splicing grooves; each spliced independent elastic module (1) is provided with a central shaft blind hole, an independent bagged elastic component (2) is placed in the central shaft blind hole of the spliced independent elastic module (1), and the height of the independent bagged elastic component (2) is the same as the depth of the central shaft blind hole of the spliced independent elastic module (1).

2. The spliced independent pocket spring sponge mattress of claim 1, wherein: the filling layers are spliced independent filling layers, each spliced independent filling layer is adhered to the top surface of the spliced independent elastic module (1), and the length and the width of each spliced independent filling layer are the same as those of the corresponding spliced independent elastic module (1).

3. The spliced independent pocket spring sponge mattress of claim 1, wherein: the filling layer is an integral filling layer which at least covers and is adhered to the top surfaces of the two spliced independent elastic modules (1).

4. The spliced independent pocket spring sponge mattress of claim 1, wherein: the spliced independent elastic module (1) comprises an angle module, an edge module and a center module; the two adjacent longitudinal edges of the corner modules, the three longitudinal edges of the side modules and the four longitudinal edges of the center module are respectively provided with splicing teeth and splicing grooves which are matched with the adjacent splicing independent elastic modules.

5. The spliced independent pocket spring sponge mattress of claim 1, wherein: the sizes of the spliced independent elastic modules (1) in different areas of the mattress are the same or different.

6. The spliced independent pocket spring sponge mattress of claim 1, wherein: the splicing type independent elastic module (1) is 120-220mm long, 120-220mm wide, 160-223mm high, 59-64mm in aperture of a central shaft blind hole, 140-80mm in depth of the central shaft blind hole and 20-50mm in depth of splicing teeth, and the splicing teeth and the splicing grooves are of mortise and tenon structures.

7. The spliced independent pocket spring sponge mattress of claim 1, wherein: the spliced independent elastic module (1) is a spliced independent sponge module, a spliced independent latex module and a spliced independent rubber module.

8. The spliced independent pocket spring sponge mattress of claim 1, wherein: the independent bagged elastic component (2) is an independent bagged spring.

9. The spliced independent pocket spring sponge mattress of claim 8, wherein: the independent bagged springs are springs with different hardness.