Partitioned mattress fitting human body

Abstract

The partitioned mattress comprises a mattress bottom plate, a first mattress is arranged on the mattress bottom plate, replacement grooves are symmetrically formed in the two sides of the upper portion of the first mattress, and shoulder soft cushions, a back soft cushion, a hip soft cushion and foot soft cushions are sequentially placed in the replacement grooves from top to bottom; a second mattress is arranged above the first mattress, and a connecting and fixing mechanism is arranged between the second mattress and the mattress bottom plate; and a buffer cushion is arranged between the replacement grooves. The length of each soft cushion in the replacement groove can be adjusted according to a user, so that the user can sleep more comfortably, and the adaptability is higher.

Description

Technical Field

[0001] This utility model relates to a zoned mattress that conforms to the human body, belonging to the field of mattress technology. Background Technology

[0002] As living standards continue to improve, people are pursuing higher quality of life, leading to increasingly softer mattresses for more comfortable sleep. Conventional mattresses often have a uniform firmness, being either too hard or too soft. Different parts of the body have varying needs for mattress firmness, resulting in a less than ideal sleep experience. For example, the lower back requires a certain firmness for better support, while the shoulders and hips need a softer mattress to allow for natural sinking and maintain spinal alignment. To address this, the industry has developed various zoned mattresses. For example, Chinese utility model patent CN218528289U discloses a zoned spring layer mattress, specifically including a mattress body and an outer cover. The mattress body consists of a breathable sponge layer, a first PK cotton layer, a zoned spring layer, and a second PK cotton layer, with a surrounding sponge layer around the zoned spring layer. The zoned spring layer is divided into head and shoulder, waist, hip, leg, and foot zones. The independent pocket springs in the head and shoulder, hip, and foot zones are Independent Pocket Spring I, with a spring wire diameter of 1.5–2.1 mm, a spring diameter of 48–53 mm, and a waist diameter of 60–65 mm. The independent pocket springs in the waist and leg zones are Independent Pocket Spring II, with a spring wire diameter of 2.2–3.0 mm, a spring diameter of 48–53 mm, and a waist diameter of 60–65 mm. However, the zone lengths of this type of mattress are fixed and cannot be adjusted to individual needs; only people of a specific height can wear them, resulting in low adaptability. Utility Model Content

[0003] The purpose of this invention is to provide a zoned mattress that conforms to the human body. This invention allows users to adjust and replace the length of each pad within the grooves, making sleep more comfortable and highly adaptable.

[0004] The technical solution of this utility model is as follows: a partitioned mattress that conforms to the human body, including a mattress base plate, a first mattress on the mattress base plate, replacement slots symmetrically arranged on both sides of the upper part of the first mattress, and shoulder pads, back pads, buttock pads and foot pads placed in the replacement slots from top to bottom; a second mattress is arranged above the first mattress, and a connecting and fixing mechanism is provided between the second mattress and the mattress base plate; cushioning pads are provided between the replacement slots.

[0005] The aforementioned human-fitting zoned mattress has a third mattress between the first mattress and the mattress base, and the third mattress has built-in springs.

[0006] The aforementioned human-fitting partitioned mattress, wherein the connecting and fixing mechanism includes a threaded hole on the mattress base plate, a first through hole on the third mattress, a second through hole on the first mattress, a countersunk hole on the second mattress, and a connecting round cap bolt, wherein the threaded end of the connecting round cap bolt passes through the countersunk hole, the second through hole, and the first through hole in sequence and is screwed into the threaded hole for connection.

[0007] The aforementioned human-fitting zoned mattress, the second mattress is made of Evoron material; the mattress base is made of plastic material; and the shoulder pads, back pads, hip pads, foot pads, and cushioning pads are all made of sponge material.

[0008] The aforementioned ergonomically designed zoned mattress has a sponge firmness of 10-20 degrees for the shoulder and hip pads, and 20-30 degrees for the back, foot, and cushioning pads.

[0009] The aforementioned human-fitting partitioned mattress has shoulder pads, back pads, hip pads, and foot pads connected to the bottom of the replacement slots via Velcro; the two ends of the cushioning pads are provided with first grooves; the front and rear ends of the first mattress are provided with protrusions located between the two replacement slots, and the protrusions cooperate with the first grooves.

[0010] The aforementioned ergonomically designed zoned mattress features a second groove at the upper rear end of the shoulder pad; a first convex plate at the lower rear end of the shoulder pad; a third groove at the lower front and rear ends of the back pad; a second convex plate at the upper front and rear ends of the back pad; a third convex plate at the lower front and rear ends of the hip pad; a fourth groove at the upper front and rear ends of the hip pad; a fourth convex plate at the upper front end of the foot pad; and a fifth groove at the lower front end of the foot pad. The second convex plate is connected to the second and fourth grooves via Velcro; the third groove is connected to the first and third convex plates via Velcro; the fourth convex plate is connected to the fourth groove via Velcro; and the fifth groove is connected to the third convex plate via Velcro.

[0011] Compared with the prior art, the present invention has the following beneficial effects:

[0012] 1. This utility model involves selecting shoulder pads, back pads, and hip pads of appropriate length according to the user's shoulder, back, and hip measurements, placing them in the replacement slots, and filling the remaining space with a foot pad. Then, a second mattress is placed on top, and the mattress base, first mattress, and second mattress are connected as a single unit via a connecting mechanism. When the user lies on the second mattress, because the corresponding pads are matched to the length of the user's corresponding body parts, this partitioned mattress better conforms to the user's body curves, making the user more comfortable. Therefore, this utility model achieves the effect of adjusting the length of each pad in the replacement slot according to the user, making sleep more comfortable, and has the advantage of being highly targeted.

[0013] 2. In this utility model, the connecting and fixing mechanism fixes all mattresses into one piece by matching the threaded end of the connecting round cap bolt with the threaded hole of the mattress base plate. This facilitates installation and fixation, and also makes it convenient to replace or clean the mattresses later if they are damaged. Attached Figure Description

[0014] Figure 1 This is a schematic diagram of the structure of this utility model;

[0015] Figure 2 This is an exploded structural diagram of the present invention;

[0016] Figure 3 This is a cross-sectional view of the first mattress.

[0017] The labels in the attached diagram are as follows: 1-Mattress base plate, 2-First mattress, 3-Replacement groove, 4-Shoulder pad, 5-Back pad, 6-Hip pad, 7-Foot pad, 8-Second mattress, 9-Connecting and fixing mechanism, 10-Third mattress, 11-Threaded hole, 12-First through hole, 13-Second through hole, 14-Counterhead, 15-Connecting round cap bolt, 16-Cushion pad, 17-First groove, 18-Protrusion, 19-Second groove, 20-First protruding plate, 21-Third groove, 22-Second protruding plate, 23-Third protruding plate, 24-Fourth groove, 25-Fourth protruding plate, 26-Fifth groove. Detailed Implementation

[0018] The present invention will be further described below with reference to the accompanying drawings and embodiments, but this should not be construed as limiting the present invention.

[0019] Example: A zoned mattress that conforms to the human body, configured as follows Figure 1-2 As shown, the mattress includes a mattress base plate 1, which is made of plastic and provides overall support while facilitating connection to the connecting and fixing mechanism 9. A first mattress 2 is mounted on the mattress base plate 1. The first mattress 2 is made of imitation latex foam material, such as... Figure 2 As shown, the first mattress 2 has symmetrical replacement slots 3 on both sides of its upper part. From top to bottom, shoulder pads 4, back pads 5, hip pads 6, and foot pads 7 are placed in the replacement slots 3. A second mattress 8 is placed above the first mattress 2. The second mattress 8 is made of Evoron material, which is effective in preventing mites and is durable and easy to clean. A connecting and fixing mechanism 9 is provided between the second mattress 8 and the mattress base 1. A cushioning pad 16 is provided between the replacement slots 3. The shoulder pads 4, back pads 5, hip pads 6, foot pads 7, and cushioning pads 16 are all made of sponge material.

[0020] Preferably, if Figure 1 and 2As shown, a third mattress 10 is provided between the first mattress 2 and the mattress base 1, and the third mattress 10 has built-in springs. The third mattress 10 increases the overall support and resilience.

[0021] Preferably, such as Figure 1 and 2 As shown, the connecting and fixing mechanism 9 includes a threaded hole 11 on the mattress base plate 1, a first through hole 12 on the third mattress 10, a second through hole 13 on the first mattress 2, a countersunk hole 14 on the second mattress 8, and a connecting round cap bolt 15. The threaded end of the connecting round cap bolt 15 passes through the countersunk hole 14, the second through hole 13, and the first through hole 12 in sequence and is screwed into the threaded hole 11.

[0022] Preferably, the shoulder pads 4 and hip pads 6 have a sponge firmness of 10-20 degrees; the back pads 5, foot pads 7, and cushioning pads 16 have a sponge firmness of 20-30 degrees. The lower firmness of the shoulder pads 4 and hip pads 6 compared to the back pads 5 and foot pads 7 results in a greater indentation in the shoulders and hips compared to the back and feet, thus better conforming to the body's curves.

[0023] Preferably, such as Figure 2 As shown, the shoulder pads 4, back pads 5, hip pads 6, and foot pads 7 are connected to the bottom of the replacement slots 3 via Velcro. The cushioning pads 16 have first grooves 17 at both ends. The first mattress 2 has protrusions 18 located between the two replacement slots 3 at its front and rear ends, which engage with the first grooves 17. The cushioning pads 16 are connected to the first mattress 2 by inserting the first grooves 17 into the protrusions 18, allowing users to easily replace the cushioning pads 16 with pads of varying firmness according to their needs, making the mattress more comfortable.

[0024] Preferably, such as Figure 3As shown, the shoulder pad 4 has a second groove 19 on its upper rear side; the shoulder pad 4 has a first convex plate 20 on its lower rear side; the back pad 5 has a third groove 21 on its lower front and rear sides; the back pad 5 has a second convex plate 22 on its upper front and rear sides; the buttock pad 6 has a third convex plate 23 on its lower front and rear sides; the buttock pad 6 has a fourth groove 24 on its upper front and rear sides; the foot pad 7 has a fourth convex plate 25 on its upper front side; the foot pad 7 has a fifth groove 26 on its lower front side; the second convex plate 22 is connected to the second groove 19 and the fourth groove 24 via Velcro; the third groove 21 is connected to the first convex plate 20 and the third convex plate 23 via Velcro; the fourth convex plate 25 is connected to the fourth groove 24 via Velcro; and the fifth groove 26 is connected to the third convex plate 23 via Velcro. The above pairing method ensures that the shoulder pad 4, back pad 5, hip pad 6, and foot pad 7 form a unified whole, preventing gaps and discomfort caused by uneven sinking of the pads when the user lies on this section of the mattress. Working principle:

[0025] Select the appropriate lengths of shoulder pads 4, back pads 5, and hip pads 6 according to the user's shoulders, back, and hips, and place them in the replacement slot 3. The remaining space is filled by the foot pads 7. Then, cover the second mattress 8. The mattress base 1, the first mattress 2, the second mattress 8, and the third mattress 10 are connected into one unit through the connecting mechanism. When the user lies on the second mattress 8, because the corresponding pads are all matched to the length of the corresponding parts of the user's body, this zoned mattress better conforms to the user's body curves, making the user lie more comfortably.

Claims

1. A zoned mattress that conforms to the human body, characterized in that: The mattress includes a mattress base (1), on which a first mattress (2) is provided. The first mattress (2) has symmetrical replacement slots (3) on both sides of its upper part. From top to bottom, shoulder pads (4), back pads (5), hip pads (6) and foot pads (7) are placed in the replacement slots (3). A second mattress (8) is provided above the first mattress (2). A connecting and fixing mechanism (9) is provided between the second mattress (8) and the mattress base (1). A cushioning pad (16) is provided between the replacement slots (3).

2. The human-fitting zoned mattress according to claim 1, characterized in that: A third mattress (10) is provided between the first mattress (2) and the mattress base (1), and the third mattress (10) has springs built in.

3. The human-fitting zoned mattress according to claim 2, characterized in that: The connecting and fixing mechanism (9) includes a threaded hole (11) on the mattress base plate (1), a first through hole (12) on the third mattress (10), a second through hole (13) on the first mattress (2), a countersunk hole (14) on the second mattress (8), and a connecting round cap bolt (15). The threaded end of the connecting round cap bolt (15) passes through the countersunk hole (14), the second through hole (13), and the first through hole (12) in sequence and is screwed into the threaded hole (11).

4. The human-fitting zoned mattress according to claim 1, characterized in that: The second mattress (8) is made of Evoron material; the mattress base (1) is made of plastic material; the shoulder pads (4), back pads (5), hip pads (6), foot pads (7) and cushioning pads (16) are all made of sponge material.

5. The human-fitting zoned mattress according to claim 4, characterized in that: The shoulder pad (4) and hip pad (6) have a sponge hardness of 10 to 20 degrees; the back pad (5), foot pad (7) and cushioning pad (16) have a sponge hardness of 20 to 30 degrees.

6. The human-fitting zoned mattress according to claim 1, characterized in that: The shoulder pad (4), back pad (5), hip pad (6) and foot pad (7) are connected to the bottom surface of the replacement groove (3) by Velcro; the two ends of the cushioning pad (16) are provided with first grooves (17); the front and rear ends of the first mattress (2) are provided with protrusions (18) located between the two replacement grooves (3), and the protrusions (18) cooperate with the first grooves (17).

7. The human-fitting zoned mattress according to claim 1, characterized in that: The shoulder pad (4) has a second groove (19) on its upper rear side; the shoulder pad (4) has a first convex plate (20) on its lower rear side; the back pad (5) has a third groove (21) on its lower front and rear sides; the back pad (5) has a second convex plate (22) on its upper front and rear sides; the hip pad (6) has a third convex plate (23) on its lower front and rear sides; the hip pad (6) has a fourth groove (24) on its upper front and rear sides; the foot pad (7) has a second convex plate (22) on its upper front and rear sides; the back pad (5) has a third convex plate (23) on its lower front and rear sides; the back pad (5) has a third groove (24) on its upper front and rear sides; the foot pad (7) has a third convex plate (23) on its lower front and rear sides; the back pad (5) has a third groove (24) on its upper front and rear sides; the back pad (5) has a third convex plate (24) on its lower front and rear sides; the back pad (5) has a third convex plate (21) on its lower front and rear sides; the back pad (5) has a third convex plate (22) on its upper front and rear sides; the back pad (6) has a third convex plate (23) on its lower front and rear sides; the back pad (6) has a fourth convex plate (24) on its upper front and rear sides; the back pad (7) has a third convex plate (24) on its lower front and rear sides; the back pad (5 ... The end is provided with a fourth convex plate (25); the lower front end of the foot pad (7) is provided with a fifth groove (26); the second convex plate (22) is connected to the second groove (19) and the fourth groove (24) respectively via Velcro; the third groove (21) is connected to the first convex plate (20) and the third convex plate (23) respectively via Velcro; the fourth convex plate (25) is connected to the fourth groove (24) via Velcro; the fifth groove (26) is connected to the third convex plate (23) via Velcro.

Images