Nursing bed for old people based on health big data system
The elderly care bed based on a health big data system, with its flip-up bed board and monitoring module, solves the problems of elderly people having difficulty turning over and medical staff forgetting to turn over, achieving effortless turning over and improved space utilization efficiency.
Patent Information
- Application Number
- CN202511537821.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-10-27
- Publication Date
- 2025-12-16
- Estimated Expiration
- Not applicable · inactive patent
AI Technical Summary
Elderly people who are bedridden for a long time have difficulty turning over, which leads to obstructed blood circulation and is prone to pressure sores. In addition, medical staff may forget to turn them over regularly or turn them over in a way that requires a lot of physical effort, increasing their workload and difficulty.
Design an elderly care bed based on a health big data system, featuring a flip-up bed board and a monitoring module that intelligently determines the number of times the patient needs to be turned over and alerts medical staff. The bed board can be folded to reduce the floor space occupied.
It enables medical staff to turn over more easily, reduces the risk of forgetting to turn over, lowers the workload of medical staff, and reduces the space occupied when space is tight, thus improving the utilization rate of beds.
Smart Images
Figure CN121129580A_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The present application relates to the field of elderly care, in particular to an elderly care bed based on a health big data system. BACKGROUND
[0002] The elderly care bed is an auxiliary device specially designed for the elderly, which aims to help medical staff solve the nursing problems faced by the elderly in daily life in hospital nursing work. The elderly care bed is suitable for hospitals, nursing homes, families and other scenes, supports remote monitoring, intelligent connection and other functions, so as to improve nursing efficiency and user experience, and plays an important role in improving the quality of elderly care and reducing the burden of nursing. However, the elderly who have been in bed for a long time have difficulty turning over. Because the body of the elderly is pressed for a long time, it is easy to cause local blood circulation to be blocked, and then cause pressure sores. Turning over can help promote blood circulation and increase the nutrition supply of the skin and tissues. However, when the medical staff are busy, they may forget to help the elderly in bed turn over at regular intervals. This not only easily leads to sleep disorders and emotional problems such as anxiety and depression in the elderly, but also requires a lot of physical effort in the process of assisting the medical staff to turn over, which undoubtedly significantly increases the workload and difficulty of the medical staff. SUMMARY
[0003] In order to overcome the shortcomings that the medical staff forget to help the elderly on the nursing bed to turn over at regular intervals, and that it takes a lot of physical effort to help the elderly turn over, the present application provides an elderly care bed based on a health big data system.
[0004] The technical scheme of the present application is: an elderly care bed based on a health big data system, comprising a right bed frame, a left bed frame, a right bed board, a left bed board, a handrail, a right baffle and a left baffle; the left bed frame is slidably connected to the right bed frame; the right bed board is rotatably connected to the right bed frame through a rotating shaft, and the right bed board is tightly attached to the right bed frame; the left bed board is rotatably connected to the right bed board, and the left bed board is tightly attached to the left bed frame; one handrail is connected to each of the right bed frame and the left bed frame; two right baffles are fixedly connected to the right bed frame; two left baffles are fixedly connected to the left bed frame; each right baffle is slidably connected to a corresponding left baffle; a right monitoring module for monitoring the turning signal of the right bed board and transmitting signals is installed at the bottom of the right bed board; a left monitoring module for monitoring the turning signal of the left bed board and transmitting signals is installed at the bottom of the left bed board.
[0005] More preferably, not less than two supporting plates are slidably connected to the right bed frame; a tension spring is fixedly connected between the supporting plate and the right bed frame.
[0006] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0007] More preferably, the right side edge of the right front flap and the right rear flap is provided with a plurality of right grabbing groove structures; the left side edge of the left front flap and the left rear flap is provided with a plurality of left grabbing groove structures.
[0008] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0009] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0010] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0011] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0012] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0013] More preferably, the right part of the bed board is composed of a right front flap and a right rear flap; the left part of the bed board is composed of a left front flap and a left rear flap; the right front flap is rotationally connected to the left front flap; the right rear flap is rotationally connected to the left rear flap; the right part of the monitoring module is installed at the bottom of the right front flap; the left part of the monitoring module is installed at the bottom of the left front flap.
[0014] Beneficial effects: the right part of the bed board and the left part of the bed board can be folded together, so that the right part of the bed frame and the left part of the bed frame are switched from the unfolded state to the small volume state, when the medical space is tight or the bed needs to be transferred, the floor area is reduced. BRIEF DESCRIPTION OF DRAWINGS
[0015] Figure 1 It is a deployed state perspective view of the old-age nursing bed based on the health big data system; Figure 2 It is a right bed frame perspective view of the old-age nursing bed based on the health big data system; Figure 3 It is an H area enlarged perspective view of the old-age nursing bed based on the health big data system; Figure 4 It is a right bed board perspective view of the old-age nursing bed based on the health big data system; Figure 5 It is a left bed board perspective view of the old-age nursing bed based on the health big data system; Figure 6 It is a plug rod perspective view of the old-age nursing bed based on the health big data system; Figure 7 It is a left soft cushion perspective view of the old-age nursing bed based on the health big data system; Figure 8 It is a folded state perspective view of the old-age nursing bed based on the health big data system.
[0016] Reference signs: 1-right bed frame, 11- support plate, 12- tension spring, 2- left bed frame, 3- right bed board, 3001- right monitoring module, 301- right grabbing groove structure, 31- right front flap, 32- right rear flap, 33- right plug block, 34- right soft cushion, 4- left bed board, 4001- left monitoring module, 401- left grabbing groove structure, 41- left front flap, 42- left rear flap, 43- left plug block, 44- left soft cushion, 5- handrail, 51- telescopic rod, 6- right baffle, 601- right plug hole structure, 7- left baffle, 701- left plug hole structure, 8- plug rod, 801- handle, 91- elastic band, 92- hook. DETAILED DESCRIPTION
[0017] The application will be further described below in connection with the embodiments shown in the drawings.
[0018] Example 1, an old-age nursing bed based on a health big data system, as shown in Figures 1-5As shown, it comprises right bed frame 1, left bed frame 2, right bed board 3, left bed board 4, armrest 5, right baffle 6 and left baffle 7; the left side of right bed frame 1 is slidingly connected with left bed frame 2; right bed frame 1 is rotatably connected with right bed board 3 through a rotating shaft, and right bed board 3 is tightly attached to right bed frame 1; the left side of right bed board 3 is rotatably connected with left bed board 4, and left bed board 4 is tightly attached to left bed frame 2; two supporting plates 11 are slidingly connected on right bed frame 1; two tension springs 12 are fixedly connected between each of the two supporting plates 11 and right bed frame 1; one armrest 5 is slidingly connected on right bed frame 1; one armrest 5 is also slidingly connected on left bed frame 2; one right baffle 6 is fixedly connected on the front side and the rear side of right bed frame 1 respectively; one left baffle 7 is fixedly connected on the front side and the rear side of left bed frame 2 respectively; two right baffles 6 are slidingly connected with a corresponding left baffle 7 respectively; one telescopic rod 51 is slidingly connected on the front end and the rear end of each of the two armrests 5; the two telescopic rods 51 of right armrest 5 are initially erected on the two right baffles 6 respectively; the two telescopic rods 51 of left armrest 5 are initially erected on the two left baffles 7 respectively; right monitoring module 3001 is installed on the bottom of right bed board 3; left monitoring module 4001 is installed on the bottom of left bed board 4; right monitoring module 3001 and left monitoring module 4001 are both composed of a turnover monitoring module and a signal transmission module; the turnover monitoring module in right monitoring module 3001 and left monitoring module 4001 can determine whether it is currently in a turnover state based on a gyroscope and an acceleration sensor, and can identify and count the number of turnover actions of right bed board 3 and left bed board 4 respectively; the signal transmission module in right monitoring module 3001 and left monitoring module 4001 can transmit the turnover count of right bed board 3 and left bed board 4 to the health big data system of the medical system respectively, intelligently determine whether the number of daily turning over of the elderly meets the standard, and timely remind medical staff.
[0019] As Figure 2 , Figure 4 and Figure 5As shown, the right part bed board 3 is composed of a right front flap 31 and a right rear flap 32; the left part bed board 4 is composed of a left front flap 41 and a left rear flap 42; the right front flap 31 is rotationally connected to the left front flap 41; the right rear flap 32 is rotationally connected to the left rear flap 42; the right part monitoring module 3001 is installed at the bottom of the right front flap 31; the left part monitoring module 4001 is installed at the bottom of the left front flap 41; a plurality of right grab groove structures 301 are formed at the right side edges of the right front flap 31 and the right rear flap 32, respectively, so that the right front flap 31 and the right rear flap 32 can be more easily flipped up by holding the right grab groove structures 301; a plurality of left grab groove structures 401 are formed at the left side edges of the left front flap 41 and the left rear flap 42, respectively, so that the left front flap 41 and the left rear flap 42 can be more easily flipped up by holding the left grab groove structures 401; the right part insert block 33 is slidably connected between the right front flap 31 and the right rear flap 32, and the right front flap 31 and the right rear flap 32 are fixedly connected together through the right part insert block 33; the left part insert block 43 is slidably connected between the left front flap 41 and the left rear flap 42, and the left front flap 41 and the left rear flap 42 are fixedly connected together through the left part insert block 43.
[0020] Hereinafter, the old-age nursing bed based on the health big data system is simply referred to as the present nursing bed, and the use method of the present nursing bed is as follows.
[0021] Firstly, the medical staff folds the telescopic rods 51 on one side of the armrest 5 into the armrest 5, and then pushes the armrest 5 to move downward to lower the height of the armrest 5, so that the old people can smoothly move and lie on the right part bed board 3 and the left part bed board 4; the medical staff pulls the armrest 5 upward to reset, and pulls the two folded telescopic rods 51 outward to reset, so that the armrest 5 is supported by the corresponding two right part baffles 6 or two left part baffles 7 through the two telescopic rods 51.
[0022] When the medical staff needs to assist the elderly to turn over to the left side at the right time, the medical staff first lets the elderly hold the left handrail 5 with his hand, and then holds the right grab slot structure 301 on the right bed plate 3 with his hand, pushes the right bed plate 3 up to turn over, that is, the right bed plate 3 pushes the elderly to complete the turning-over action to the left, and after the elderly complete the turning-over action to the left, the right front turning plate 31 is separated from the right rear turning plate 32 by pulling the right inserting block 33 away from the right front turning plate 31 to fold into the right rear turning plate 32, when the back of the elderly needs to be wiped, the medical staff holds the right front turning plate 31 of the right bed plate 3 with one hand to keep it turned up, so that the right front turning plate 31 keeps providing left side support to the hips and legs of the elderly who turn over to the left, and at the same time, the medical staff turns down the right rear turning plate 32 of the right bed plate 3 to reset away from the back of the elderly, so that the other hand can be used to wipe the back of the elderly, and conversely, when the hips and legs of the elderly need to be wiped, the medical staff holds the right rear turning plate 32 of the right bed plate 3 with one hand to keep it turned up to provide left side support to the back of the elderly, and at the same time, the medical staff turns down the right front turning plate 31 of the right bed plate 3, so that the hips and legs of the elderly can be wiped.
[0023] The right front turning plate 31 of the right bed plate 3 turns over once, and a statistical signal of completing the turning-over action is transmitted to the health big data system of the medical system through the right monitoring module 3001.
[0024] When the medical staff needs to assist the elderly to turn over to the right side at the right time, the medical staff first lets the elderly hold the right handrail 5 with his hand, and then holds the left grab slot structure 401 on the left bed plate 4 with his hand, pushes the left bed plate 4 up to turn over, that is, the left bed plate 4 pushes the elderly to complete the turning-over action to the right, and after the elderly complete the turning-over action to the right, the left front turning plate 41 is separated from the left rear turning plate 42 by pulling the left inserting block 43 away from the left front turning plate 41 to fold into the left rear turning plate 42, when the back of the elderly needs to be wiped, the medical staff holds the left front turning plate 41 of the left bed plate 4 with one hand to keep it turned up, so that the left front turning plate 41 keeps providing right side support to the hips and legs of the elderly who turn over to the left, and at the same time, the medical staff turns down the left rear turning plate 42 of the left bed plate 4 to reset away from the back of the elderly, so that the other hand can be used to wipe the back of the elderly, and conversely, when the hips and legs of the elderly need to be wiped, the medical staff holds the left rear turning plate 42 of the left bed plate 4 with one hand to keep it turned up to provide right side support to the back of the elderly, and at the same time, the medical staff turns down the left front turning plate 41 of the left bed plate 4, so that the hips and legs of the elderly can be wiped.
[0025] The left front flap 41 of the left bed board 4 will transmit a statistical signal of completing a turning-over action to the health big data system of the medical system through the left monitoring module 4001 every time the left front flap 41 performs a turning-over action.
[0026] In addition, when the medical system is in a busy period, the hospital needs to add beds due to the shortage of beds in each ward, the medical staff first pulls the left bed frame 2 away from the left bed board 4 along the right bed frame 1, at this time the left bed board 4 loses the support from the left bed frame 2, the medical staff rotates the left bed board 4 counterclockwise at a front viewing angle, and pulls the supporting plate 11 to stretch the tension spring 12, so that the supporting plate 11 is pulled out to the right to leave the lower part of the right bed board 3, until the left bed board 4 is rotated and stored under the right bed board 3, at this time the height of the stored left bed board 4 is higher than the two supporting plates 11, the medical staff releases the supporting plate 11, the stretched tension spring 12 pulls the supporting plate 11 to move left to reset, so that the two supporting plates 11 support under the left bed board 4, so that the left bed board 4 remains in the state of being stored under the right bed board 3, finally the medical staff moves the left bed frame 2 to the right to fold on the right bed frame 1, so that the nursing bed can be switched from the unfolded state as shown in Figure 1 to the folded state as shown in Figure 8 , thereby greatly reducing the floor area of the nursing bed and increasing the number of beds added in each ward.
[0027] In example 2, on the basis of example 1 described above, as shown in Figures 1-7As shown, the right front flap 31 and the right rear flap 32 are each slidably connected with an insertion rod 8; the two right part baffle plates 6 are each provided with a plurality of right part insertion hole structures 601 corresponding to the two insertion rods 8; the left front flap 41 and the left rear flap 42 are each slidably connected with an insertion rod 8; the two left part baffle plates 7 are each provided with a plurality of left part insertion hole structures 701 corresponding to the two insertion rods 8; the four insertion rods 8 are each provided with a handle 801; after the medical staff turn up the right front flap 31 and the right rear flap 32 upward, and complete the turning-over action of the old person to the left side through the right front flap 31 and the right rear flap 32, the medical staff pull out the two insertion rods 8 in the right front flap 31 and the right rear flap 32 respectively, and insert the two insertion rods 8 into the right part insertion hole structures 601 of the two right part baffle plates 6 respectively, so that the right front flap 31 and the right rear flap 32 are fixed on the two right part baffle plates 6 by the two insertion rods 8, and the right front flap 31 and the right rear flap 32 can be kept in the turned-up state without the medical staff continuing to hold the right front flap 31 and the right rear flap 32, and the turned-up right front flap 31 and the right rear flap 32 jointly provide lateral support to the back of the old person turning over to the left side, and conversely, after the medical staff turn up the left front flap 41 and the left rear flap 42 upward to assist the old person to turn over to the right side, the medical staff pull out the two insertion rods 8 in the left front flap 41 and the left rear flap 42, and insert the two insertion rods 8 into the left part insertion hole structures 701 of the two left part baffle plates 7 respectively, so that the left front flap 41 and the left rear flap 42 can be kept in the turned-up state without the medical staff continuing to hold the left front flap 41 and the left rear flap 42, and the left front flap 41 and the left rear flap 42 provide lateral support to the back of the old person turning over to the right side.
[0028] As shown in Figures 1-5 and Figure 7 , the right front flap 31 and the right rear flap 32 are each fixedly connected with a right part soft pad 34; the left front flap 41 and the left rear flap 42 are each fixedly connected with a left part soft pad 44; the two right part soft pads 34 and the two left part soft pads 44 form a complete large-area soft mattress, improving the comfort of the old person lying on the nursing bed; the right part soft pad 34 and the left part soft pad 44 are both disposable medical nursing soft pads that can be quickly disassembled, and when different old people use them, only the right part soft pad 34 and the left part soft pad 44 need to be disassembled and replaced, and the right part bed frame 1 and the left part bed frame 2 are disinfected, so that the nursing bed can continue to be used, saving the time spent on disassembling, washing and replacing the traditional non-replaceable mattress.
[0029] In Embodiment 3, on the basis of Embodiment 1 described above, as shown in Figures 1-6As shown, an elastic strap 91 is fixed to the bottom of each of the right front flip panel 31 and the right rear flip panel 32; an elastic strap 91 is also fixed to the bottom of each of the left front flip panel 41 and the left rear flip panel 42; a hook 92 is fixed to each of the four elastic straps 91; each of the right front flip panel 31, right rear flip panel 32, left front flip panel 41 and left rear flip panel 42 has a hanging hole structure at its bottom, and the hook 92 is initially hung in the corresponding hanging hole structure. When medical staff flip up any one of the right front flip panel 31, right rear flip panel 32, left front flip panel 41 and left rear flip panel 42 to provide lateral support for the back of the elderly person turning over, the medical staff removes the hook 92 at the bottom of the flip panel from the hanging hole structure and pulls the elastic strap 91 at the bottom of the flip panel towards the right baffle 6 or left baffle 7 on the other side. The stretching and movement mechanism allows for the following: When medical staff flip the right front flap 31 upwards to provide lateral support for the buttocks and legs of an elderly person turning over, they can stretch the elastic strap 91 at the bottom of the right front flap 31 towards the rear right baffle 6 and attach the hook 92 of the elastic strap 91 to the rear right baffle 6. This allows the elastic strap 91 to be stretched horizontally between the flipped right front flap 31 and the rear right baffle 6. In addition to providing lateral support for the buttocks and legs of an elderly person turning to the left through the right front flap 31, the horizontally stretched elastic strap 91 provides temporary lateral support for the back of an elderly person turning to the left. This reduces the physical exertion required by medical staff to support the elderly person's back by hand, making it easier for them to provide back care for the elderly.
[0030] Additionally, when this nursing bed is removed from... Figure 1 The unfolded state shown is switched to as follows Figure 8 In the folded state shown, medical staff can also remove the two elastic straps 91 from the right front flip panel 31 and the right rear flip panel 32, and wrap the two elastic straps 91 from right to left around the elderly person lying on the right front flip panel 31 and the right rear flip panel 32. Then, the hooks 92 of the two elastic straps 91 are hung on the left bed frame 2. This temporarily fixes the elderly person lying on the right front flip panel 31 and the right rear flip panel 32 with the two elastic straps 91, so that when medical staff push the nursing bed to move and transfer the elderly person, the elderly person will not shake violently due to the bumps during the movement, thus providing fixed protection for the elderly person who is being moved and transferred.
[0031] The above description is merely an embodiment of the present invention and does not limit the patent scope of the present invention. Any equivalent structural or procedural transformations made based on the content of the present invention specification, or direct or indirect applications in other related technical fields, are similarly included within the patent protection scope of the present invention.
Claims
1. A health big data system-based elderly care bed, comprising a right bed frame (1) and a left bed frame (2); the left bed frame (2) is slidably connected to the right bed frame (1); characterized in that It also comprises a right bed board (3), a left bed board (4), an armrest (5), a right baffle (6) and a left baffle (7); the right bed board (3) is rotatably connected to the right bed frame (1) through a rotating shaft, and is tightly attached to the right bed frame (1); the left bed board (4) is rotatably connected to the right bed board (3), and is tightly attached to the left bed frame (2); each of the right bed frame (1) and the left bed frame (2) is connected with an armrest (5); the right bed frame (1) is fixedly connected with two right baffles (6) in front and back; the left bed frame (2) is fixedly connected with two left baffles (7) in front and back; each of the right baffles (6) is slidably connected with a corresponding left baffle (7); the bottom of the right bed board (3) is provided with a right monitoring module (3001) for monitoring the turning signal of the right bed board (3) and transmitting the signal; the bottom of the left bed board (4) is provided with a left monitoring module (4001) for monitoring the turning signal of the left bed board (4) and transmitting the signal.
2. The health big data system based elder care bed according to claim 1, characterized in that: Not less than two supporting plates (11) are slidably connected to the right bed frame (1); a tension spring (12) is fixedly connected between the supporting plate (11) and the right bed frame (1). 3.The health big data system-based elder care bed according to claim 1, wherein: The right bed board (3) is composed of a right front turning plate (31) and a right rear turning plate (32); the left bed board (4) is composed of a left front turning plate (41) and a left rear turning plate (42); the right front turning plate (31) is rotatably connected to the left front turning plate (41); the right rear turning plate (32) is rotatably connected to the left rear turning plate (42); the right monitoring module (3001) is installed at the bottom of the right front turning plate (31); the left monitoring module (4001) is installed at the bottom of the left front turning plate (41).
4. The health big data system based elder care bed according to claim 3, characterized in that: A plurality of right grabbing groove structures (301) are formed in the right side edges of the right front turning plate (31) and the right rear turning plate (32); a plurality of left grabbing groove structures (401) are formed in the left side edges of the left front turning plate (41) and the left rear turning plate (42).
5. The health big data system based elder care bed according to claim 3, characterized in that: A right inserting block (33) is slidably connected between the right front turning plate (31) and the right rear turning plate (32); a left inserting block (43) is slidably connected between the left front turning plate (41) and the left rear turning plate (42).
6. The health big data system based elder care bed according to claim 3, characterized in that: Two armrests (5) are slidably connected to the right bed frame (1) and the left bed frame (2) respectively; each armrest (5) is slidably connected with two telescopic rods (51) in front and back.
7. The health big data system based elder care bed according to any one of claims 3-6, characterized in that: An inserting rod (8) is slidably connected to each of the right front turning plate (31) and the right rear turning plate (32); a plurality of right inserting hole structures (601) corresponding to the two inserting rods (8) are formed in each of the two right baffles (6); an inserting rod (8) is also slidably connected to each of the left front turning plate (41) and the left rear turning plate (42); a plurality of left inserting hole structures (701) corresponding to the two inserting rods (8) are formed in each of the two left baffles (7).
8. The health big data system based elder care bed according to claim 7, characterized in that: A handle (801) is arranged on the inserting rod (8) for pulling out the inserting rod (8). 9.The health big data system-based elder care bed according to claim 7, characterized in that: A right soft pad (34) is fixed to each of the right front flap (31) and the right rear flap (32); a left soft pad (44) is fixed to each of the left front flap (41) and the left rear flap (42). 10.The health big data system-based elderly care bed according to claim 7, characterized in that: An elastic band (91) is fixed to the bottom of each of the right front flap (31) and the right rear flap (32); an elastic band (91) is also fixed to the bottom of each of the left front flap (41) and the left rear flap (42); a hook (92) is fixed to the elastic band (91).