CN218500918U - Multifunctional inflatable air cushion with honeycomb structure - Google Patents

Abstract

The utility model discloses a multi-functional inflatable air cushion with honeycomb, include: the air bag bottom plate, the inflatable mattress and the fixing unit; the fixing unit comprises a head and neck fixing air bag, a shoulder fixing air bag, an upper limb fixing air bag, a lower limb fixing air bag, a foot fixing air bag, an upper limb honeycomb positioning groove, a lower limb honeycomb positioning groove and a foot honeycomb positioning groove; an inflatable mattress is arranged above the air bag bottom plate; a head and neck fixing air bag, a shoulder fixing air bag, an upper limb fixing air bag, a lower limb fixing air bag and a foot fixing air bag are sequentially arranged above the inflatable mattress from the head position to the foot position of the human body; the utility model discloses jolt in the reduction transportation and to patient's the secondary damage that causes to increase the comfort level of patient in the transportation, inside gasbag adopts the pneumatic structure of honeycomb, can self-adaptation patient size characteristics, patient is fixed specifically, the fixed patient of better parcel.

Description

Multifunctional inflatable air cushion with honeycomb structure

Technical Field

The utility model relates to the technical field of medical equipment, specifically indicate a multi-functional inflatable air cushion with honeycomb.

Background

The transfer is an important link in the process of clinical work and rescue of patients of medical staff, and is commonly used for transferring patients to medical institutions or the interior of the medical institutions and the medical institutions. In the transfer process of the patient, the medical staff needs to keep the patient and the affected part fixed so as to avoid causing secondary damage. This causes great difficulty and inconvenience to the medical staff and may increase pain to the patient during the transfer of the bed. Requiring multiple patient transports.

With the development of science and technology, patient transportation tools are also continuously updated. According to the transportation needs and the field conditions, the traditional mode of wrapping the patient by using bed sheets to move or transporting the patient by using a transportation stretcher and a transportation vehicle can be selected. However, the following problems still exist in the current process of transporting patients:

when the bed sheet is used for wrapping a patient to move, the patient is squeezed in the bed sheet which is put up, and the fixing effect is poor. Not only the transfer process is very unsightly, can make the patient uncomfortable even more, also easily tractive affected part causes secondary damage.

The existing traditional stretcher has more defects when being applied to the transportation of the injury. On the one hand, the whole dead weight of stretcher is great, needs the car to ship when carrying, and the portability is not good, is difficult to be used for extensive patient to transport. On the other hand, the heavy stretcher has more limitations in the actual emergency treatment using process, which increases the treatment difficulty for people using the stretcher, which undoubtedly affects the treatment speed and may cause the missing of the optimal treatment time for patients.

During patient handling, the patient may not be immobilized or simply immobilized and then transported and rescued using a stretcher. The stretcher is fixed to patient's fixed nylon bandage that adopts more at present, lacks the protection to the head, especially to the patient of cervical vertebra damage, and the security and the comfort level of this fixed mode are not enough. Moreover, the simple fixing mode using the fixing band is insufficient in protection of the injury, and only the patient can be integrally fixed, but the specific part of the body cannot be accurately fixed, so that secondary injury is possibly caused in the conveying process.

When transporting the wound, the fixed patient intensity of traditional transportation mode is not enough to can not carry out self-adaptation adjustment to different patient sizes, the parcel dynamics is not enough, causes patient's secondary damage easily in the transportation. The need for posture changes in certain situations is not met. Moreover, the comfort of the patient is not considered in the traditional transfer mode, and the patient easily feels uncomfortable due to bumpy road in the transfer process, and even the condition of the patient may be aggravated, so that the diagnosis and treatment process of the patient is influenced.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome prior art's is not enough, provides a multi-functional inflatable air cushion with honeycomb, has body and feels good properties such as contact softness, matter are light, parcel nature is good, can play to holistic shock attenuation of patient and fixed action, jolts in the reduction transportation and causes secondary damage to the patient to increase the comfort level of patient in the transportation. The middle air bag adopts a honeycomb pneumatic structure, can be self-adaptive to the body shape characteristics of a patient, fixes the patient specifically, and plays a better wrapping and fixing effect.

In order to realize the utility model discloses a purpose, the utility model discloses a following technical scheme:

a multi-functional inflatable air cushion with honeycomb, includes: the air bag bottom plate, the inflatable mattress and the fixing unit; the fixing unit comprises a head and neck fixing air bag, a shoulder fixing air bag, an upper limb fixing air bag, a lower limb fixing air bag, a foot fixing air bag, an upper limb honeycomb positioning groove, a lower limb honeycomb positioning groove and a foot honeycomb positioning groove; an inflatable mattress is arranged above the air bag bottom plate; a head and neck fixing air bag, a shoulder fixing air bag, an upper limb fixing air bag, a lower limb fixing air bag and a foot fixing air bag are sequentially arranged above the inflatable mattress from the head position to the foot position of the human body; the inner side of the upper limb fixing air bag is provided with an upper limb honeycomb positioning groove; a lower limb honeycomb positioning groove is formed in the inner side of the lower limb fixing air bag; the inner side of the foot fixing air bag is provided with a foot honeycomb positioning groove.

Specifically, the inside of the air bag bottom plate is of a four-corner star-shaped honeycomb structure, and the inside of the honeycomb structure contains eight pneumatic muscle fibers.

Specifically, the fixing units are all inflatable airbag structures; the upper limb honeycomb positioning groove, the lower limb honeycomb positioning groove and the foot honeycomb positioning groove are hexagonal cylinders.

Specifically, the shoulder fixing air bag, the upper limb fixing air bag, the lower limb fixing air bag, the foot fixing air bag, the upper limb honeycomb positioning groove, the lower limb honeycomb positioning groove and the foot honeycomb positioning groove are symmetrically arranged on the inflatable mattress by taking the middle part of the head and neck fixing air bag as a central line.

Specifically, the inflatable mattress is internally provided with a honeycomb pneumatic unit; the honeycomb pneumatic unit is connected with a fixed pressurizing device and is embedded with an air passage; the honeycomb pneumatic unit comprises a honeycomb pneumatic unit air bag, a honeycomb fixing support and a peripheral protection hose structure; a honeycomb fixing bracket is arranged in the peripheral protection hose structure; a honeycomb pneumatic unit air bag is arranged inside the honeycomb fixing support; the air bag structure on the head and neck fixing air bag, the shoulder fixing air bag, the upper limb fixing air bag, the lower limb fixing air bag, the foot fixing air bag, the upper limb honeycomb positioning groove, the lower limb honeycomb positioning groove and the foot honeycomb positioning groove is provided with two air passages connected with an external air pump, and the air passages are arranged inside the inflatable mattress.

Specifically, the bottom surface of the fixing unit is fixedly connected to the inflatable mattress, and the air bags of the internal honeycomb net structure of the inflatable mattress; the upper side of the fixing unit is arranged corresponding to the part between the shoulder and back part and the waist and hip part of the human body and corresponds to the fluctuated convex arch of the human body curve, and two sides of the fixing unit are upwards warped to form positioning protective wings corresponding to two sides of the human body.

Specifically, short fibers are vertically fixed on the outer side surfaces of the inflatable mattress and the fixing unit; the short fiber length is 0.03 to 0.05cm.

Specifically, still be provided with transfer line fixing base and drainage tube fixing base on the air mattress.

Specifically, the infusion tube fixing seat and the drainage tube fixing seat are respectively composed of at least three coaxial split rings with mutually staggered opening positions, the at least three coaxial split rings are sequentially and axially abutted, the at least three split rings are respectively of an inflatable bag honeycomb net structure, and the inflatable bag structures of the at least three split rings are mutually communicated with the inflatable bag honeycomb net structure of the inflatable mattress.

The utility model has the advantages that:

the utility model provides a multifunctional inflatable air cushion with a honeycomb structure, which has the excellent properties of soft body sensing contact, light weight, good wrapping property and the like, can play the roles of damping and fixing the whole body of a patient, reduces the secondary damage to the patient caused by bumping in the transferring process, and increases the comfort level of the patient in the transferring process; the fixed unit adopts a honeycomb pneumatic structure, can be self-adaptive to the body type characteristics of a patient, and can specifically fix the patient, thereby achieving a better wrapping and fixing effect.

Drawings

Figure 1 is the whole structure three-dimensional schematic diagram of the utility model

FIG. 2 is a top view of the present invention

Figure 3 is an overall side view of the present invention

Figure 4 is the utility model discloses a pneumatic structure of honeycomb is aerifyd some overall arrangement sketch map

Figure 5 is a three-dimensional schematic view of the honeycomb pneumatic structure of the utility model

Wherein: 1. the inflatable air bag type shoulder protection air bag comprises a bottom air bag, 2, an inflatable mattress, 3, a fixing unit, 4, a head and neck fixing air bag, 5, a shoulder fixing air bag, 6, an upper limb fixing air bag, 7, a lower limb fixing air bag, 8, a foot fixing air bag, 9, a foot honeycomb positioning groove, 10, a lower limb honeycomb positioning groove, 11, an upper limb honeycomb positioning groove, 12, a head and neck fixing air bag inflation point, 13, a shoulder fixing air bag inflation point, 14, an upper limb fixing air bag inflation point, 15, an upper limb honeycomb air bag inflation point, 16, a lower limb fixing air bag inflation point, 17, a lower limb honeycomb air bag inflation point, 18, a foot fixing air bag inflation point, 19, a foot honeycomb fixing air bag inflation point, 20, a honeycomb pneumatic unit, 21, a honeycomb pneumatic unit air bag, 22, a honeycomb fixing support, 23 and a peripheral protection hose structure.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

Referring to fig. 1, 2 and 3, the present invention provides an inflatable air cushion with a honeycomb structure, including: the air bag comprises an air bag bottom plate 1, an inflatable mattress 2 and a fixing unit 3; the fixing unit 3 comprises a head and neck fixing air bag 4, a shoulder fixing air bag 5, an upper limb fixing air bag 6, a lower limb fixing air bag 7, a foot fixing air bag 8, an upper limb honeycomb positioning groove 11, a lower limb honeycomb positioning groove 10 and a foot honeycomb positioning groove 9; an inflatable mattress 2 is arranged above the air bag bottom plate 1; a head and neck fixing air bag 4, a shoulder fixing air bag 5, an upper limb fixing air bag 6, a lower limb fixing air bag 7 and a foot fixing air bag 8 are sequentially arranged above the inflatable mattress 2 from the head position to the foot position of the human body; the inner side of the upper limb fixing air bag 6 is provided with an upper limb honeycomb positioning groove 11; a lower limb honeycomb positioning groove 10 is formed in the inner side of the lower limb fixing air bag 7; the inner side of the foot fixing air bag 8 is provided with a foot honeycomb positioning groove 9.

The upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the foot honeycomb positioning groove 9 are all in a group of three. The inflatable mattress 2, the head and neck fixing air bags 4, the four groups of upper limb honeycomb positioning grooves 11, the four groups of lower limb honeycomb positioning grooves 10 and the four groups of foot honeycomb positioning grooves 9 are of independent air bag structures with different structures, and can be adjusted according to the size of the body of a patient. The air bag built-in honeycomb pneumatic structure of the foot honeycomb positioning groove 9 and the lower limb honeycomb positioning groove 10 is divided into a peripheral non-honeycomb pneumatic structure for limiting the overall body of a patient and a peripheral non-honeycomb pneumatic structure for the head and neck fixing air bag 4, the shoulder fixing air bag 5, the upper limb fixing air bag 6, the lower limb fixing air bag 7 and the foot fixing air bag 8, and the honeycomb pneumatic structure close to the human body side is used for pressurizing and fitting the human body to stop bleeding. Two kinds of gasbags all correspond with outside air pump and are connected, and then the whole fixed unit that realizes supports or wholly supports the appointed position of the wounded health, realize enough selective control through setting up of two air flues and make its volume at best, reach different body size regulation support dynamics and spacing rate of tension to the different wounded, with the fixed and pressurization function of stanching that stanchs of adaptability of realizing the gasbag, and can make the assurance affected part as far as possible stable in the handling, do not dragged, prevent secondary damage, and the sheet structure that just can become flexible cloth form after wholly deflating, can not press against the wound.

The inside four corners star honeycomb structure that is of gasbag bottom plate 1, the inside eight pneumatic muscle fibers that contain of honeycomb structure. The upper side of the fixing unit is provided with an undulating convex arch corresponding to a human body curve between the shoulder and back position and the waist and hip position, two sides of the fixing unit are upwards warped to form positioning wings corresponding to two sides of a human body, and the body can be limited between the positioning wings on two sides of the body positioning seat while the body is supported.

The fixing units 3 are all of inflatable airbag structures; the upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the foot honeycomb positioning groove 9 are hexagonal columns.

The shoulder fixing air bag 5, the upper limb fixing air bag 6, the lower limb fixing air bag 7, the foot fixing air bag 8, the upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the foot honeycomb positioning groove 9 are symmetrically arranged on the inflatable mattress 2 by taking the middle part of the head and neck fixing air bag 4 as a central line. The two upper limb honeycomb positioning grooves 5 are respectively and correspondingly fixed at two sides of the body honeycomb positioning 10 in parallel, and the same structure as 4 groups of lower limb honeycomb positioning grooves 10 and four groups of foot honeycomb positioning grooves 9 is adopted to perform adaptive fixation and pressurized hemostasis on the injured upper limbs; the four groups of lower limb honeycomb positioning grooves 10 and the four groups of foot honeycomb positioning grooves 9 are mutually parallel and fixedly arranged on the inflatable mattress.

Referring to fig. 4, the airbed 2 incorporates a honeycomb pneumatic unit 20; the honeycomb pneumatic unit 20 is connected with a fixed pressurizing device and is embedded with an air passage; the honeycomb pneumatic unit 20 comprises a honeycomb pneumatic unit air bag 21, a honeycomb fixing support 22 and a peripheral protection hose structure 23; a honeycomb fixing bracket 22 is arranged in the peripheral protection hose structure 23; the honeycomb fixing bracket 22 is internally provided with a honeycomb pneumatic unit air bag 21.

The air bag structures on the head and neck fixing air bag 4, the shoulder fixing air bag 5, the upper limb fixing air bag 6, the lower limb fixing air bag 7, the foot fixing air bag 8, the upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the foot honeycomb positioning groove 9 are provided with two air passages connected with an external air pump, and the air passages are arranged inside the inflatable mattress 2. The upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the foot honeycomb positioning groove 9 are all in a group of three. The different air bag structures on air mattress 2, the fixed gasbag of neck portion 3, four groups upper limbs honeycomb constant head tank 11, four groups lower limbs honeycomb constant head tank 10 and four groups foot honeycomb constant head tank 9 equally set up two air flues that are used for connecting outside air pump and aerify or deflate respectively to reach the required operating pressure of different air bag structures, all bury underground in air mattress 2, when outside structure is not redundant, can fully reach and aerify or accomplish the conversion between transport pad to the sheet between deflating the gasbag.

The bottom surface of the fixing unit 3 is fixedly connected to the inflatable mattress 2, and the air bags of the internal honeycomb net structure of the inflatable mattress 2; the upper side of the fixing unit 3 is arranged corresponding to the part between the shoulder and back part and the waist and hip part of the human body and corresponds to the curved rising and falling convex arch of the human body, and two sides of the fixing unit 3 are upwards warped to form positioning protective wings corresponding to two sides of the trunk of the human body.

The air bag bottom plate 1 is arranged at the lower part of the air mattress 2 and is internally of a four-corner star-shaped honeycomb structure, and eight pneumatic muscle fibers are contained in the four-corner star-shaped honeycomb structure. The control end sends an instruction for controlling the switch of the electromagnetic valve according to a deformation scheme adapting to the body shape of a patient, compressed gas is filled in pneumatic muscle fibers, the compressed gas is used as stable output air pressure through air pressure adjustment, the axial contraction deformation of the pneumatic muscle fibers is excited, the honeycomb structure is driven by the pneumatic muscle fibers to deform, and the deformation degree is adjusted to adapt to body position change.

Referring to fig. 5, the bottom surface of the airbag bottom plate is provided with inflation points corresponding to the front side of the shoulder fixing airbag 5, the upper limb fixing airbag 6, the lower limb fixing airbag 7, the foot fixing airbag 8, the upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the foot honeycomb positioning groove 9; the head and neck fixing air bag inflation point 12, the shoulder fixing air bag inflation point 13, the upper limb fixing air bag inflation point 14, the upper limb honeycomb air bag inflation point 15, the lower limb fixing air bag inflation point 16, the lower limb honeycomb air bag inflation point 17, the foot fixing air bag inflation point 18 and the foot honeycomb fixing air bag inflation point 19 are arranged in sequence.

Short fibers are vertically fixed on the outer side surfaces of the inflatable mattress 2 and the fixing unit 3; the length of the short fiber is 0.03-0.05cm, and waterproof cloth is adopted on the surface of the short fiber, so that the purposes of skid resistance, water resistance and enhancement of comfortable feeling when the short fiber is in contact with the skin are achieved.

The inflatable mattress is also provided with a transfusion tube fixing seat and a drainage tube fixing seat; the infusion tube fixing seat and the drainage tube fixing seat are respectively composed of at least three coaxial split rings with mutually staggered opening positions, the split rings are at least three coaxial and are sequentially and axially abutted, each split ring is of an inflatable bag honeycomb net structure, and the inflatable bag structures of the split rings are mutually communicated with the honeycomb pneumatic units 21 in the inflatable mattress 2.

The working principle is as follows:

referring to fig. 1, 2 and 3, fig. 5 shows that the patient is placed on the fixing units, i.e., the head and neck fixing air bag 4, the shoulder fixing air bag 5, the upper limb fixing air bag 6, the lower limb fixing air bag 7, the foot fixing air bag 8, the upper limb honeycomb positioning grooves 11, the lower limb honeycomb positioning grooves 10 and the foot honeycomb positioning grooves 9, at the limiting positions, so as to limit the body posture of the patient and prevent the patient from shifting. The self-adaptive air bag pressurization system reads data and outputs instructions to enable the head and neck fixing air bag inflation point 12, the shoulder fixing air bag inflation point 13, the upper limb fixing air bag inflation point 14, the upper limb honeycomb air bag inflation point 15, the lower limb fixing air bag inflation point 16, the lower limb honeycomb air bag inflation point 17, the foot fixing air bag inflation point 18 and the foot honeycomb fixing air bag inflation point 19 to inflate, so that each air bag is pressurized and attached to a human body to achieve the effect of three-position fixing, and the body can be limited among the head and neck fixing air bag 4, the shoulder fixing air bag 5, the upper limb fixing air bag 6, the lower limb fixing air bag 7, the foot fixing air bag 8, the upper limb honeycomb positioning groove 11, the lower limb honeycomb positioning groove 10 and the positioning wings at two sides of the foot honeycomb positioning groove 9 while supporting the body. The air bag close to the body surface part of the human body is of a hexahedral honeycomb structure, and the inflation quantity is controlled by a self-adaptive air bag pressurization system, so that the air bag is bent to a certain degree to be close to a wound and plays a role in pressurization hemostasis.

The inside of the inflatable mattress 2 is of a hexahedral honeycomb structure, and the hexahedral mesh structure of the hexahedral honeycomb structure can disperse and bear external pressure, so that the inflatable mattress has higher compression resistance and tensile resistance and can bear great pressure. Realize enough selective control through setting up of two air flues at best, reach different body size to different injuries and adjust support force degree and spacing rate of tension to realize that the adaptability of gasbag is fixed and the hemostasis function of pressurization, and can make the assurance affected part as far as possible stable in the handling, do not receive to drag, prevent secondary damage, and just can become the sheet structure of flexible cloth form after wholly exitting, can not press against the injury.

The bottom plate gasbag 1 inside of below is equipped with four corners star honeycomb, produces axial contraction deformation through adjusting corresponding eight pneumatic muscle fibre, and control honeycomb's initiative bending deformation realizes the change of position, and the netted gasbag structure that the hexahedron of honeycomb formed has splendid shock-absorbing capacity.

After steadily transporting the patient, open the valve of air flue, release the gas in bottom plate gasbag 1, air mattress 2, the fixed unit 3, can with the utility model discloses it is folding to accomodate.

To sum up, the utility model provides a multi-functional inflatable air cushion with honeycomb has body and feels good properties such as contact softness, matter light, parcel nature are good, can play to holistic shock attenuation of patient and fixed action, reduces jolting and to the secondary damage that causes of patient in the transportation to increase the comfort level of patient in the transportation, fixed unit adopts the pneumatic structure of honeycomb, can self-adaptation patient size characteristics, and the patient is fixed to the specificity ground, plays the fixed effect of better parcel.

It should be understood that the above embodiments are only used for illustrating the technical solutions of the present invention and not for limiting the same, and although the present invention has been described in detail with reference to the above embodiments, those skilled in the art should understand that the present invention can still be modified or replaced with equivalents without departing from the spirit and scope of the present invention, which should be covered by the claims of the present invention.

Claims (8)

1. The utility model provides a multi-functional inflatable air cushion with honeycomb which characterized in that: the method comprises the following steps: an air bag bottom plate (1), an air mattress (2) and a fixing unit (3); the fixing unit (3) comprises a head and neck fixing air bag (4), a shoulder fixing air bag (5), an upper limb fixing air bag (6), a lower limb fixing air bag (7), a foot fixing air bag (8), an upper limb honeycomb positioning groove (11), a lower limb honeycomb positioning groove (10) and a foot honeycomb positioning groove (9); an inflatable mattress (2) is arranged above the air bag bottom plate (1); a head and neck fixing air bag (4), a shoulder fixing air bag (5), an upper limb fixing air bag (6), a lower limb fixing air bag (7) and a foot fixing air bag (8) are sequentially arranged above the inflatable mattress (2) from the head position to the foot position of a human body; an upper limb honeycomb positioning groove (11) is arranged on the inner side of the upper limb fixing air bag (6); a lower limb honeycomb positioning groove (10) is formed in the inner side of the lower limb fixing air bag (7); a foot honeycomb positioning groove (9) is arranged on the inner side of the foot fixing air bag (8);

the inflatable mattress (2) is internally provided with a honeycomb pneumatic unit (20); the honeycomb pneumatic unit (20) is connected with a fixed pressurizing device and is embedded with an air passage; the honeycomb pneumatic unit (20) comprises a honeycomb pneumatic unit air bag (21), a honeycomb fixing support (22) and a peripheral protection hose structure (23); a honeycomb fixing bracket (22) is arranged in the peripheral protection hose structure (23); a honeycomb pneumatic unit air bag (21) is arranged in the honeycomb fixing support (22); the air bag structure on the head and neck fixing air bag (4), the shoulder fixing air bag (5), the upper limb fixing air bag (6), the lower limb fixing air bag (7), the foot fixing air bag (8), the upper limb honeycomb positioning groove (11), the lower limb honeycomb positioning groove (10) and the foot honeycomb positioning groove (9) is provided with two air passages connected with an external air pump, and the air passages are arranged inside the inflatable mattress (2).

2. The multifunctional inflatable air cushion with a honeycomb structure as claimed in claim 1, wherein: the air bag bottom plate (1) is internally of a four-corner star-shaped honeycomb structure, and eight pneumatic muscle fibers are contained in the honeycomb structure.

3. The multifunctional inflatable air cushion with cellular structure of claim 1, wherein: the fixing units (3) are all of inflatable airbag structures; the upper limb honeycomb positioning groove (11), the lower limb honeycomb positioning groove (10) and the foot honeycomb positioning groove (9) are hexagonal cylinders.

4. The multifunctional inflatable air cushion with a honeycomb structure as claimed in claim 1, wherein: the shoulder fixing air bag (5), the upper limb fixing air bag (6), the lower limb fixing air bag (7), the foot fixing air bag (8),

The upper limb honeycomb positioning groove (11), the lower limb honeycomb positioning groove (10) and the foot honeycomb positioning groove (9) are symmetrically arranged on the inflatable mattress (2) by taking the middle part of the head and neck fixing air bag (4) as a central line.

5. The multifunctional inflatable air cushion with a honeycomb structure as claimed in claim 1, wherein: the bottom surface of the fixing unit (3) is fixedly connected to the inflatable mattress (2), and the air bag of the internal honeycomb net structure of the inflatable mattress (2); the upper side of the fixed unit (3) corresponds to the part between the shoulder and back of the human body and the waist and hip part and is arranged to correspond to the convex arch of the human body curve, and two sides of the fixed unit (3) are upwards warped to form positioning protective wings corresponding to two sides of the human body.

6. The multifunctional inflatable air cushion with a honeycomb structure as claimed in claim 1, wherein: short fibers are vertically fixed on the outer side surfaces of the inflatable mattress (2) and the fixing unit (3); the short fiber length is 0.03 to 0.05cm.

7. The multifunctional inflatable air cushion with a honeycomb structure as claimed in claim 1, wherein: an infusion tube fixing seat and a drainage tube fixing seat are arranged on the inflatable mattress (2).

8. The multifunctional inflatable air cushion with cellular structure of claim 7, wherein: the infusion tube fixing seat and the drainage tube fixing seat are respectively composed of at least three coaxial split rings with staggered opening positions, the at least three coaxial split rings are sequentially and axially abutted, the at least three split rings are all inflatable bag honeycomb net structures, and the inflatable bag structures of the at least three split rings are communicated with the inflatable bag honeycomb net structures of the inflatable mattress (2).

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