CN218589293U - A medical nursing water pillow and nursing system - Google Patents

Abstract

This application relates to the technical field of medical care, in particular to a medical nursing water pillow and a nursing system, which includes a pillow body, a cooling pipe and a facial temperature control mechanism, the cooling pipe is arranged in the pillow, and the facial temperature control mechanism The mechanism includes a left cheek piece, a right cheek piece, an upper forehead piece, a water pipe and a temperature control assembly, the left cheek piece is arranged on the pillow body, the right cheek piece is arranged on the pillow body, and the upper forehead piece The sheet is arranged on the pillow body, the left cheek sheet, the right cheek sheet and the upper forehead sheet form a facial temperature control area and are used to control the temperature of the face of the human body. The left cheek sheet, the right cheek sheet The water pipes are arranged in the forehead and the upper forehead, the water pipes are connected to the cooling pipes, and the temperature control assembly is connected to the cooling pipes and provides water for the cooling pipes. This application has the effect of improving the cooling effect.

Description

A medical nursing water pillow and nursing system

technical field

The application relates to the technical field of medical care, in particular to a medical nursing water pillow and a nursing system.

Background technique

At present, in the nursing work in the intensive care unit, it is often encountered that critically ill patients are prohibited from turning over because they are too critically ill or need treatment. In the process of long-term bed rest, critically ill patients will form pressure sores on the head, which will affect the patient's epilepsy. Therefore, the prevention of pressure sores on the head has become a necessary issue for nurses in the intensive care unit.

After searching, the Chinese patent with application number CN202021704402.7 discloses a body temperature balance system, including: a cold water supply device for providing cooling water; a water pillow, which includes a pillow core, a water cooling layer and Pillowcase, the cold water supply device is connected with the water cooling layer through the cooling pipe to form a cold water circulation loop; the hot water supply device for providing hot water; the upper limb heating jacket, the upper limb heating jacket is provided with a first hot water layer, the The hot water supply device forms a first hot water circulation loop through the hot water pipeline and the first hot water layer; the lower limb heating jacket is provided with a second hot water layer inside the lower limb heating jacket, and the hot water supply device passes the heat The water pipeline and the second hot water layer form a second hot water circulation loop.

In the process of implementing the present application, the inventor found that there are at least the following problems in this technology. When the patient has a high fever, the water pillow can only cool the patient's neck and back of the head, and the patient's face temperature still has the possibility of high fever. resulting in poor cooling effect.

Utility model content

In order to improve the cooling effect, the application provides a medical nursing water pillow and a nursing system.

In the first aspect, a medical nursing water pillow provided by the application adopts the following technical scheme:

A medical nursing water pillow, comprising a pillow body, a cooling pipe and a facial temperature control mechanism, the cooling pipe is arranged in the pillow body, and the facial temperature control mechanism includes a left cheek piece, a right cheek piece, an upper forehead piece, a water pipe and The temperature control assembly, the left cheek piece is set on the pillow body, the right cheek piece is set on the pillow body, the upper forehead piece is set on the pillow body, the left cheek piece, the The right cheek piece and the upper forehead piece form a facial temperature control area and are used for the control of the face temperature of the human body. The water pipes are all arranged in the left cheek piece, the right cheek piece and the upper forehead piece. The water pipe is connected with the cooling pipe, and the temperature control component is connected with the cooling pipe and provides water for the cooling pipe.

By adopting the above technical solution, when the patient has a high fever, the patient lies on the bed, the head touches the pillow body, then turns the left cheek piece to touch the left cheek of the human body, and then turns the right cheek piece to touch the right cheek of the human body , and then lap the upper forehead piece on the forehead; then use the temperature control component to control the water flow into the cooling pipe and the water pipe respectively, so that the head, neck, cheeks and forehead of the human body can be cooled synchronously, reducing the occurrence of high fever on the face, making The cooling effect is improved.

Optionally, a connection mechanism is provided on the left cheek piece, and the left cheek piece, the right cheek piece and the upper forehead piece are attached to the face of the human body through the connection mechanism.

By adopting the above technical scheme, the left cheek piece is rotated to abut against the left cheek of the human body, then the right cheek piece is turned to abut against the right cheek of the human body, and then the upper forehead piece is lapped on the forehead, and then the connecting mechanism is used to connect the The left cheek piece, the right cheek piece and the upper forehead piece are connected as a whole, which can effectively reduce the chance of separation of the left cheek piece, the right cheek piece and the upper forehead piece, so that the cooling effect can be maintained.

Optionally, the connecting mechanism includes a first overlapping cloth, a second overlapping cloth and a connecting assembly, the first overlapping cloth is arranged on the left cheek, and the second overlapping cloth is arranged on the On the right cheek piece, the water pipe is arranged in the first lapping cloth, and the second lapping cloth abuts against the side wall of the first lapping cloth away from the face; the connection assembly is arranged on the left on the cheek piece and connected with the second lapping cloth.

By adopting the above-mentioned technical scheme, after connecting the left cheek piece, the right cheek piece and the upper forehead piece into a whole, in order to reduce the tilting of the left cheek piece and the right cheek piece near the jaw of the human face, the first overlapping cloth and the second The lapping cloths are overlapped together, and then the first lapping cloth and the second lapping cloth are connected by a connecting component. The setting of the two lapping cloths can make the human face fully contact with the left cheek piece and the right cheek piece, and at the same time The provided connection components can reduce the tilting of the left cheek piece and the right cheek piece, so that the cooling effect can be maintained.

Optionally, the connection assembly includes a fixing buckle and an elastic cord, the fixing buckle is arranged on the left cheek piece, the elastic cord is arranged on the second lapping cloth, and the end of the elastic cord is ring shape, the elastic cord is hooked to the fixing buckle.

By adopting the above technical scheme, the elastic cord is pulled towards the fixed buckle, and the end of the elastic cord is sleeved on the fixed buckle, and then the elastic cord is released, and the elastic cord drives the left cheek piece and the right cheek piece to approach each other, so that the left cheek piece and the right cheek piece The cheek piece fits the face; the connecting components provided have a simple structure, and at the same time, the left cheek piece and the right cheek piece are in full contact with the face, so that the cooling effect can be maintained.

Optionally, the connecting assembly includes a connecting sub-button and a connecting female button, the connecting sub-button is arranged on the first overlapping fabric, and the connecting female button is arranged on the second overlapping fabric, so The connecting sub button is clamped with the connecting female button.

By adopting the above-mentioned technical scheme, the left cheek piece is rotated to abut against the left cheek of the human body, then the right cheek piece is turned to abut against the right cheek of the human body, and then the upper forehead piece is lapped on the forehead, and then the connecting buckle and the The connecting female buckle is fastened so that the left cheek piece, the right cheek piece and the upper forehead piece fully fit the face of the human body, and the provided connecting components have a simple structure and are easy to operate.

Optionally, the left cheek piece, the right cheek piece and the upper forehead piece are all detachably arranged on the pillow body.

By adopting the above-mentioned technical scheme, when the face cooling is not needed, the left cheek piece and the right cheek piece are removed to reduce discomfort caused by being pillowed under the head when not in use; at the same time, according to the patient’s lying position or the patient’s head The size of the left cheek piece, the right cheek piece and the position of the upper forehead piece are installed, so that the applicability of the facial temperature control mechanism is improved.

Optionally, a fixing mechanism is provided on the pillow, and the fixing mechanism includes a first Velcro, a second Velcro, a third Velcro and a fourth Velcro, and the first Velcro is arranged on the pillow. On the body, the second Velcro is arranged on the left cheek, and the second Velcro is bonded to the first Velcro; the third Velcro is arranged on the right cheek, and the first The third Velcro is bonded to the first Velcro, the fourth Velcro is arranged on the upper forehead, and the fourth Velcro is bonded to the first Velcro.

By adopting the above technical scheme, when the position of the headrest of the human body deviates, the second Velcro can be separated from the first Velcro, and then the position of the second Velcro can be translated, and then the second Velcro can be separated from the first Velcro Sticking, the third Velcro is separated from the first Velcro, and then the position of the third Velcro is translated and then bonded to the first Velcro, and the above steps are repeated to move the fourth Velcro; through the fixed mechanism set, on the one hand, The left cheek piece, the right cheek piece and the upper forehead piece can be removed when the face cooling is not needed. On the other hand, when the patient who is bedridden for a long time is used, the deviation of the head position of the human body can be reduced, so that the left cheek piece, the right side piece The cheek piece and the upper forehead piece cannot be set up on the human body face, and then the cooling effect is maintained.

Optionally, a detachment mechanism is provided on the pillow, and the detachment mechanism includes a first quick connector, a second quick connector, a third quick connector and a fourth quick connector, and one end of all the water pipes is provided with the One end of the cooling pipe of the first quick connector is provided with a plurality of second quick connectors corresponding to the first quick connector, and the first quick connector is clamped with the second quick connector; the other of the water pipe One end is provided with a plurality of third quick connectors, the other end of the cooling pipe is provided with a plurality of fourth quick connectors corresponding to the third quick connectors, the third quick connectors are connected to the fourth quick connectors Card access.

By adopting the above technical scheme, when the facial temperature control mechanism is not used, the first quick connector can be separated from the second quick connector, the third quick connector can be separated from the fourth quick connector, and then the water pillow can be separated from the facial temperature control mechanism. Or can be used alone, thereby improving the applicability of the system; at the same time, reducing the uncomfortable situation caused by the facial temperature control mechanism being pillowed under the neck.

In a second aspect, the application provides a nursing system, which adopts the following technical solutions:

Optionally, it includes a water blanket, a circulation mechanism and a water pillow, the water pillow is arranged on the water blanket, and the circulation mechanism includes a first medical three-way valve, a second medical three-way valve, a first branch pipe and a second Fork pipe, the cooling pipe on the water pillow is connected to the first medical three-way valve, the first fork pipe is connected to the first medical three-way valve, the first fork pipe is connected to the water Blanket connection; the second medical three-way valve is connected to the other end of the cooling pipe, and the second branch pipe is connected to the second medical three-way valve and connected to the water blanket.

By adopting the above technical scheme, in order to reduce the hypothermia or hyperthermia of patients who are not awake, the patient is placed on the water blanket, and the patient's head is rested on the pillow body. According to the demand, the temperature control component is used to drive the water temperature to rise or fall. Rotate the first medical three-way valve and the second medical three-way valve to cut off the connection between the water blanket and the cooling pipe, and then the temperature control component sends water to the cooling pipe to change the temperature of the human head; at the same time, the water blanket itself is activated The heating or cooling structure makes the temperature of the water blanket change. According to the actual needs, the water blanket and the water pillow can be controlled at different temperatures, and the first medical three-way valve and the second medical three-way valve can also be turned according to the demand. The water pillow and the water blanket are kept at the same temperature, thereby improving the applicability of the device; at the same time, the system can quickly restore the patient's body temperature and reduce the chance of the patient suffering from chills and hypoxia.

In summary, the application includes the following beneficial technical effects:

1. When the patient has a high fever, the patient lies on the bed, the head touches the pillow body, then turns the left cheek piece to touch the left cheek of the human body, then turns the right cheek piece to touch the right cheek of the human body, and then puts the upper The forehead piece is lapped on the forehead; then the temperature control component is used to control the water flow into the cooling pipe and the water pipe respectively, so that the head, neck, cheeks and forehead of the human body can be cooled synchronously, reducing the occurrence of high fever on the face and improving the cooling effect ;

2. Through the fixed mechanism, on the one hand, the left cheek piece, right cheek piece and upper forehead piece can be removed when the face cooling is not needed; The position is shifted, so that the left cheek piece, right cheek piece and upper forehead piece cannot be placed on the human face, so that the cooling effect can be maintained;

3. In order to reduce the hypothermia or hyperthermia of patients who are not awake, place the patient on a water blanket, and rest the head of the patient on the pillow. According to the demand, use the temperature control component to drive the water temperature to rise or fall, and rotate the first medical The three-way valve and the second medical three-way valve cut off the connection between the water blanket and the cooling pipe, and then the temperature control component sends water to the cooling pipe to change the temperature of the human head; at the same time, the heating or cooling of the water blanket itself is started The structure makes the temperature of the water blanket change. According to the actual needs, the water blanket and the water pillow can be controlled at different temperatures, and the first medical three-way valve and the second medical three-way valve can also be turned according to the demand to make the water pillow and the water pillow The blanket is at the same temperature, which improves the applicability of the device; at the same time, the system can quickly restore the patient's body temperature, reducing the chance of the patient suffering from chills and hypoxia.

Description of drawings

Fig. 1 is the structural representation of nursing system in the embodiment 1 of the present application;

Fig. 2 is a schematic cross-sectional view of the pillow body in Example 1 of the present application;

Fig. 3 is the structural schematic diagram of facial temperature control mechanism in the embodiment 1 of the present application;

FIG. 4 is a schematic structural view of the circulation mechanism in Embodiment 1 of the present application;

FIG. 5 is a schematic structural diagram of the connection assembly in Embodiment 2 of the present application.

Reference signs: 100, pillow body; 200, cooling pipe; 300, facial temperature control mechanism; 310, left cheek piece; 320, right cheek piece; 330, upper forehead piece; 340, water pipe; 350, temperature control component; 351 , semiconductor refrigeration heater; 352, water inlet pipe; 353, return water pipe; 400, connection mechanism; 410, first lap cloth; 420, second lap cloth; 430, connection assembly; 431, fixed buckle; 432, Elastic cord; 433, connecting child buckle; 434, connecting female buckle; 500, fixing mechanism; 510, first Velcro; 520, second Velcro; 530, third Velcro; 540, fourth Velcro; 550, 560, the second connecting cloth; 570, the third connecting cloth; 600, water blanket; 700, circulation mechanism; 710, the first medical three-way valve; 720, the second medical three-way valve; 730, the first 740, the second branch pipe; 800, the disassembly mechanism; 810, the first quick connector; 820, the second quick connector; 830, the third quick connector; 840, the fourth quick connector.

Detailed ways

The present application will be described in further detail below in conjunction with accompanying drawings 1-5.

The embodiment of this application discloses a nursing system.

Example 1:

Referring to FIG. 1 , the nursing system includes a water blanket 600 , a water pillow arranged on the water blanket 600 and a circulation mechanism 700 arranged on the water blanket 600 for connecting the water blanket 600 and the water pillow.

Referring to Fig. 1 and Fig. 2, the water blanket 600 is a temperature-changing blanket for medical use. Temperature mechanism 300, pillow body 100 is placed on water blanket 600;

1 and 3, the pillow body 100 is provided with a fixing mechanism 500, the fixing mechanism 500 includes a first Velcro 510 fixedly connected to the pillow body 100, the first Velcro 510 covers the entire upper surface of the pillow body 100, and the first Velcro 510 covers the entire upper surface of the pillow body 100. A Velcro 510 is bonded with a second Velcro 520, a third Velcro 530 and a fourth Velcro 540, the axis of the second Velcro 520, the axis of the third Velcro 530 and the fourth Velcro 540 are parallel and uniform. Perpendicular to the length direction of the pillow body 100, the fourth Velcro 540 is located at the same end of the second Velcro 520 and the third Velcro 530 and is close to the third Velcro 530; the second Velcro 520 is away from the side of the first Velcro 510 A second connection cloth 560 is sewn on the wall, a third connection cloth 570 is sewn on the side wall away from the first Velcro 510 on the third Velcro 530 , and a third connection cloth 570 is sewn on the side wall far away from the first Velcro 510 , and the fourth Velcro 540 is away from the side wall of the first Velcro 510 A first connecting cloth 550 is sewn.

Referring to Figure 1 and Figure 3, the facial temperature control mechanism includes a left cheek piece 310, one end of the left cheek piece 310 is connected to the second connecting cloth 560; the end of the third connecting cloth 570 away from the third Velcro 530 is fixedly connected to the right cheek piece 320, the first connecting cloth 550 is fixedly connected with the upper forehead piece 330 on the side away from the first Velcro 510; the left cheek piece 310 can be attached to the left cheek of the human body face, and the right cheek piece 320 can be attached to the right cheek of the human body face. Close, the upper forehead piece 330 can be built on the forehead of the human body; the left cheek piece 310, the right cheek piece 320 and the upper forehead piece 330 are all skin-friendly and relatively soft materials, which can fit the human body's face.

The left cheek piece 310 is provided with a connection mechanism 400, the connection mechanism 400 can be a Velcro, and the left cheek piece 310, the right cheek piece 320 and the upper forehead piece 330 are glued into a whole through the Velcro. After the left cheek piece 310, the right cheek piece 320 and the upper forehead piece 330 are overlapped on the face of the human body, the upper forehead piece 330 is turned over so that the upper forehead piece 330 can fasten the left cheek piece 310 and the right cheek piece 320 on the human body's face, and then use The Velcro connects the three, so that the left cheek piece 310, the right cheek piece 320 and the upper forehead piece 330 form a whole, reducing the chance of the facial temperature control mechanism being separated from the human face, so that the cooling effect can be maintained. The method is simple and convenient, which is convenient for medical staff to operate and improves work efficiency.

Referring to Fig. 1 and Fig. 3, the connection mechanism 400 may include a first lapping cloth 410, the first lapping cloth 410 is fixedly connected to an end of the left cheek piece 310 close to the right cheek piece 320, and the first lapping cloth 410 faces the right cheek piece 320 extends, the first lapping cloth 410 is located at the end of the left cheek piece 310 away from the upper forehead piece 330; 420 extends toward the left cheek piece 310, the first lapping cloth 410 fits the face of the human body, and the second lapping cloth 420 abuts against the side of the first lapping cloth 410 away from the face of the human body; There is a connection assembly 430, the connection assembly 430 includes an elastic cord 432 fixedly connected to the side wall of the second lapping cloth 420 away from the face, and the end of the elastic cord 432 away from the second lapping cloth 420 is integrally provided with an annular ring buckle; One end of the left cheek piece 310 near the second overlapping cloth 420 is fixedly connected with a fixed buckle 431. The fixed buckle 431 is a button sewn on the left cheek piece 310. The telescopic tightening fastening buckle 431.

Referring to Fig. 1, one side of the pillow body 100 is provided with a temperature control assembly 350, the temperature control assembly 350 is a semiconductor refrigeration heater 351, and the water outlet end of the semiconductor refrigeration heater 351 is fixedly connected with a water inlet pipe 352, and the semiconductor refrigeration heater The water inlet end of 351 is fixedly connected with a return pipe 353, and the left cheek piece 310, the right cheek piece 320 and the upper forehead piece 330 are all coiled with water pipes 340, and the two ends of the water pipes 340 are respectively connected with the two ends of the cooling pipe 200.

Referring to Fig. 4, the water pipe 340 is provided with a detachment mechanism 800, the detachment mechanism 800 includes a plurality of first quick connectors 810 fixedly connected to one end of the water pipe 340 and a plurality of third quick connectors fixedly connected to the water pipe 340 away from the first quick connector 810 830, the water inlet pipe 352 is fixedly connected with a plurality of second quick connectors 820 corresponding to the first quick connectors 810, and the first quick connectors 810 are plugged with the second quick connectors 820; The fourth quick connector 840 corresponding to the second quick connector 820, the third quick connector 830 and the fourth quick connector 840 are inserted; the first quick connector 810, the second quick connector 820, the third quick connector 830 and the fourth quick connector 840 are The female and female quick connectors can be automatically closed after the female and female connectors are separated.

Referring to Figure 1 and Figure 4, the circulation mechanism 700 includes a first medical three-way valve 710 fixedly connected to the water inlet pipe 352, a first branch pipe 730 is detachably connected to the first medical three-way valve 710, the first branch pipe 730 Connected with the water blanket 600, the return pipe 353 is fixedly connected with the second medical three-way valve 720, the second medical three-way valve 720 is fixedly connected with the second branch pipe 740, and the second branch pipe 740 is fixedly connected with the water blanket 600 . By switching the first medical three-way valve 710 and the second medical three-way valve 720, the water pillow and the water blanket 600 form a circulation loop, and the water pillow and the semiconductor refrigeration heater 351 form a circulation loop.

The implementation principle of Embodiment 1 of the present application is: when the patient has a high fever, the patient lies on the water blanket 600, the head touches the pillow body 100, then turns the left cheek 310 to touch the left cheek of the human body, and then turns the right The cheek piece 320 is in contact with the right cheek of the human body, and then the upper forehead piece 330 is lapped on the forehead, and the elastic cord 432 is hooked with the fixed buckle 431, or the method of Velcro bonding is used to realize the left cheek piece 310 and the right cheek piece. The pieces 320 are connected as a whole; at the same time, the first medical three-way valve 710 and the second medical three-way valve 720 can be rotated according to requirements, and the cooling pipe 200 can be connected with the water blanket 600, or the cooling pipe 200 can be connected with the water inlet pipe 352 and the return water pipe. 353 connected.

When the cooling pipe 200 was connected with the water inlet pipe 352 and the return pipe 353, the semiconductor refrigeration heater 351 was used for refrigeration, and the water in the cooling pipe 200 and the water in the water pipe 340 gradually became cool, and absorbed the heat of the human face; at the same time, the water blanket 600 cooling, water blanket 600 cools the body surface; makes the head, neck, cheeks and forehead of the human body cool down simultaneously, reduces the occurrence of high fever on the face, and improves the cooling effect.

When the cooling pipe 200 communicates with the water blanket 600, the temperature of the water in the cooling pipe 200 is the same as that of the water blanket 600, and the temperature of the human body is lowered synchronously.

Example 2:

With reference to Fig. 5, the difference between this embodiment and Embodiment 1 is that the connection assembly 430 includes a connection sub-buckle 433 fixedly connected to the side wall of the first lapping cloth 410 away from the face of the human body, and the second lapping cloth 420 is close to The side wall of the face of the human body is fixedly connected with a connecting female buckle 434 , and the connecting sub-button 433 is engaged with the connecting female buckle 434 , and drives the second overlapping fabric 420 to abut against the first overlapping fabric 410 .

At the same time, the connecting component 430 can also be a plurality of connecting ropes respectively arranged on the left cheek piece 310, the right cheek piece 320 and the upper forehead piece 330, and the left cheek piece 310, the right cheek piece 320 and the upper forehead piece can be realized by fastening the adjacent connecting ropes. Fixation of sheet 330 .

The implementation principle of Embodiment 2 of the present application is: when the patient has a high fever, the patient lies on the bed, the head touches the pillow body 100, then turns the left cheek piece 310 to touch the left cheek of the human body, and then turns the right cheek piece 320 Butt against the right cheek of the human body, then lap the upper forehead piece 330 on the forehead; then snap the connecting sub-button 433 and the connecting female button 434; then use the semiconductor refrigeration heater 351 to cool, and cool the water in the pipe 200 And the water in the water pipe 340 becomes cool gradually, and absorbs the heat of the human face.

All of the above are preferred embodiments of the application, and are not intended to limit the protection scope of the application. Therefore, all equivalent changes made according to the structure, shape, and principle of the application should be covered by the protection scope of the application. Inside.

Claims (9)

1. A medical care water pillow is characterized by comprising a pillow body (100), a cooling pipe (200) and a face temperature control mechanism (300), wherein the cooling pipe (200) is arranged in the pillow body (100), the face temperature control mechanism (300) comprises a left cheek sheet (310), a right cheek sheet (320), a forehead sheet (330), a water pipe (340) and a temperature control assembly (350), the left cheek sheet (310) is arranged on the pillow body (100), the right cheek sheet (320) is arranged on the pillow body (100), the forehead sheet (330) is arranged on the pillow body (100), the left cheek sheet (310), the right cheek sheet (320) and the forehead sheet (330) form a face temperature control area and are used for controlling the face temperature of a human body, the water pipe (340) is arranged in each of the left cheek sheet (310), the right cheek sheet (320) and the forehead sheet (330), the water pipe (340) is connected with the cooling pipe (200), and the temperature control assembly (350) is connected with the cooling pipe (200) and is used for supplying water to the cooling pipe (200).

2. The medical nursing water pillow as claimed in claim 1, wherein the left cheek piece (310) is provided with a connecting mechanism (400), and the left cheek piece (310), the right cheek piece (320) and the forehead piece (330) are attached to the face of the human body through the connecting mechanism (400).

3. The medical nursing water pillow as claimed in claim 2, wherein the connecting mechanism (400) comprises a first overlapping cloth (410), a second overlapping cloth (420) and a connecting component (430), the first overlapping cloth (410) is arranged on the left cheek piece (310), the second overlapping cloth (420) is arranged on the right cheek piece (320), the water pipe (340) is arranged in the first overlapping cloth (410), and the second overlapping cloth (420) is abutted against the side wall of the first overlapping cloth (410) far away from the face; the connection assembly (430) is disposed on the left cheek piece (310) and connected with the second overlapping cloth (420).

4. The medical nursing water pillow of claim 3, wherein the connecting assembly (430) comprises a fixing buckle (431) and an elastic cord (432), the fixing buckle (431) is disposed on the left cheek piece (310), the elastic cord (432) is disposed on the second lapping cloth (420), the end of the elastic cord (432) is ring-shaped, and the elastic cord (432) is hooked with the fixing buckle (431).

5. The medical nursing water pillow as claimed in claim 3, wherein the connecting assembly (430) comprises a connecting sub-button (433) and a connecting female button (434), the connecting sub-button (433) is disposed on the first patch (410), the connecting female button (434) is disposed on the second patch (420), and the connecting sub-button (433) is engaged with the connecting female button (434).

6. The medical nursing water pillow as claimed in claim 1, wherein the left cheek piece (310), the right cheek piece (320) and the forehead piece (330) are detachably mounted on the pillow body (100).

7. The medical nursing water pillow of claim 6, wherein a fixing mechanism (500) is provided on the pillow body (100), the fixing mechanism (500) comprises a first magic tape (510), a second magic tape (520), a third magic tape (530) and a fourth magic tape (540), the first magic tape (510) is provided on the pillow body (100), the second magic tape (520) is provided on the left cheek piece (310), and the second magic tape (520) is adhered to the first magic tape (510); the third magic tape (530) is disposed on the right cheek piece (320), the third magic tape (530) is adhered to the first magic tape (510), the fourth magic tape (540) is disposed on the upper forehead piece (330), and the fourth magic tape (540) is adhered to the first magic tape (510).

8. The medical nursing water pillow according to claim 1, wherein a detaching mechanism (800) is arranged on the pillow body (100), the detaching mechanism (800) comprises a first quick coupling (810), a second quick coupling (820), a third quick coupling (830) and a fourth quick coupling (840), one end of each of the water pipes (340) is provided with the first quick coupling (810), one end of each of the cooling pipes (200) is provided with a plurality of second quick couplings (820) corresponding to the first quick couplings (810), and the first quick couplings (810) are clamped with the second quick couplings (820); the other end of water pipe (340) is provided with a plurality ofly third quick-operation joint (830), the other end of cooling tube (200) be provided with a plurality ofly with fourth quick-operation joint (840) that third quick-operation joint (830) correspond, third quick-operation joint (830) with fourth quick-operation joint (840) joint.

9. A care system, characterized by comprising a water blanket (600), a circulation mechanism (700) and a water pillow according to any one of claims 1-8, the water pillow being disposed on the water blanket (600), the circulation mechanism (700) comprising a first medical three-way valve (710), a second medical three-way valve (720), a first branch pipe (730) and a second branch pipe (740), the cooling pipe (200) on the water pillow being connected with the first medical three-way valve (710), the first branch pipe (730) being connected with the water blanket (600); the second medical three-way valve (720) is connected with the other end of the cooling pipe (200), and the second branch pipe (740) is connected with the second medical three-way valve (720) and the water blanket (600).

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