CN212522219U

CN212522219U - Rehabilitation chair structure

Info

Publication number: CN212522219U
Application number: CN202021235848.XU
Authority: CN
Inventors: 陈楚玲; 刘婷; 张宁红; 陈焕洲; 梁颖东
Original assignee: Zhongshan Hospital of TCM
Current assignee: Zhongshan Hospital of TCM
Priority date: 2020-06-30
Filing date: 2020-06-30
Publication date: 2021-02-12
Anticipated expiration: 2030-06-30

Abstract

The utility model provides a recovered seat structure, including bottom branch, tip and the tip of bottom branch articulated mutually lean against pole and tip and lean against the middle part of pole articulated mutually bracing piece and handrail, be equipped with the confession on the bottom branch the joint spare of bracing piece joint, the cover is equipped with the back of the body and fills up on the back of the body pole, the lower part detachably that the back of the body filled up is connected with the cushion, detachably is equipped with can be relative on the handrail the universal pivoted recovered auxiliary plate subassembly of handrail. The above structure is adopted in the utility model for the patient can sit and stand on the rehabilitation seat, thereby reduces its bed time and reduces its lung infection, but also can temper its seat and stand balanced function, and patient's suffering from limb can place and take exercise in the motion of the various angles of suffering from the limb on the recovered accessory plate subassembly simultaneously, thereby makes its function exercise that suffers from the limb as early as possible and improves its daily life ability.

Description

Rehabilitation chair structure

[ technical field ] A method for producing a semiconductor device

The utility model belongs to the technical field of medical instrument and specifically relates to a recovered seat structure.

[ background of the invention ]

The stroke is a common cerebrovascular disease, the incidence rate and the disability rate of the stroke are high, according to epidemiological investigation, the number of people newly developing the stroke in the whole country every year is about 150 thousands, the number of survivors after the stroke is ill is as high as more than 500 thousands, 75 percent of the survivors lose labor capacity to different degrees, and the number of the severely disabled people is about more than 40 percent. The diseases cause the paralysis of limbs and the function of nerves of patients to be weakened, the balance ability of the patients to be reduced and the self-control ability of the brain to be reduced, a plurality of patients can not take care of themselves in life and need to lie in bed for a long time, and simultaneously, because the change of the body position (such as lying to sitting) is laborious, a plurality of patients can turn over on the bed without special needs and rarely sit up. The sitting position is the transition process from bedside treatment to bed-leaving rehabilitation of a patient lying in bed, is also an important nursing measure for reducing complications (such as activity reduction, muscular atrophy, joint spasm, dropsy pneumonia, respiratory efficiency reduction, cardiac function reduction, arterial and deep vein thrombosis, anxiety, depression, constipation and the like) of the patient lying in bed, and plays a great role in the rehabilitation process.

The sitting position of a patient in bed at present in a hospital is mainly that the bed head is lifted (the back of the patient is padded by a pillow and a cotton quilt) by shaking, the method cannot play a role in fixing the patient suffering from apoplexy, the side deviation of the head and the body, shoulder-hand syndrome, limited extension of the two lower limbs, limited sitting and standing balance function training, falling risk and the like can occur, and in particular, the patient can automatically perform simple sitting position rehabilitation exercise on the basis of the sitting position. The sitting position is beneficial to the trunk extension, the upper and lower limb movement and early-stage function exercise of the stroke patient, particularly the severe patient, the lung function is improved, the lung infection and aspiration are prevented, the sitting and standing balance function training is exercised, the spine is stabilized, and the daily life capacity is improved. At present, no relevant tools are available for well fixing the seat of the hemiplegic patient, so that in order to solve the problem of complaints, a multifunctional bed chair is specially developed, which can be used for comfortably and effectively fixing the seat of the patient and also can be used for training the functions of the seat, such as shoulder joint extension, elbow joint extension and flexion.

[ Utility model ] content

The utility model discloses the main technical problem who solves is:

1. the seat of the hemiplegic patient is comfortably and effectively fixed, and the body is prevented from being deflected to one side to form a pair of skew and twisting images, so that the self image of the patient is improved, and the psychology of anxiety, self-mutism and depression of the patient is favorably relieved.

2. Fixing the head and correcting the deviation of the head to one side caused by incorrect body position after stroke.

3. Be equipped with the gripping ball that supplies hand gripping in the backup pad, be equipped with finger type recess on the gripping ball, make things convenient for patient to suffer from limb finger gripping.

4. The bandage for fixing the arm is arranged, so that the hand is effectively prevented from slipping.

5. The left and right training tools are selected according to the requirements of the functional exercise of the patient to carry out the exercises of various angles.

6. The cushion below the chair can be detached, so that the chair is convenient to use in various places, and if the bed without the function of raising the head of the bed at home can be detached, the cushion can be directly placed behind the back to serve as a backrest, and the function training can also be carried out.

7. When sitting, the patient can carry out limb function training, such as shoulder joint extension, elbow joint extension and flexion, and improve the seat compliance of the patient and the early rehabilitation effect.

8. The sitting and standing balance training is carried out, and the transition from bedside treatment to bed-leaving rehabilitation of the patient is met.

9. The lower limbs can droop when sitting and standing on the bed, and the function of sitting is really realized.

10. When sitting, the supporting plate is adjusted according to the body shape of the patient, so as to prevent shoulder-hand syndrome.

11. Is beneficial to the whole blood circulation and prevents the formation of deep venous thrombosis.

12. Is beneficial to the extension of the trunk, the movement of the upper and lower limbs and the functional exercise.

13. Preventing the occurrence of the complication of the bed-ridden patient.

14. The body is prevented from sliding downwards when sitting.

15. The body position of the patient can be changed conveniently, and labor and time are saved.

16. The seat height can be adjusted according to individual requirements.

17. Improving the whole rehabilitation effect, shortening the rehabilitation treatment time and improving the life quality of patients.

The purpose of the utility model is realized like this:

the utility model provides a recovered seat structure, including bottom branch, tip with the tip of bottom branch looks articulated lean against pole and tip with lean against the middle part of pole articulated bracing piece and handrail mutually, be equipped with the confession on the bottom branch the joint spare of bracing piece joint, the cover is equipped with the back of the body and fills up on the back of the body pole, the lower part detachably that fills up on the back of the body is connected with the cushion, detachably is equipped with on the handrail can be relative the universal pivoted recovered auxiliary plate subassembly of handrail.

The above structure is adopted in the utility model for the patient can sit and stand on the rehabilitation seat, thereby reduces its bed time and reduces its lung infection, but also can temper its seat and stand balanced function, and patient's suffering from limb can place and take exercise in the motion of the various angles of suffering from the limb on the recovered accessory plate subassembly simultaneously, thereby makes its function exercise that suffers from the limb as early as possible and improves its daily life ability.

According to the rehabilitation seat structure, the rehabilitation auxiliary plate component comprises a clamping piece detachably connected with the armrest, a universal joint arranged on the clamping piece and a supporting plate arranged on the universal joint, and the clamping piece comprises an Jiong-shaped body and a clamping locking piece arranged on the side of the body. The left or right limb of different users can be adapted by the clamping piece, and when the rehabilitation assisting plate component is not used for exercising, the rehabilitation assisting plate component can also be directly spanned between the left or right handrails to support the affected limb of the patient, so as to prevent the shoulder joint of the patient from being subluxated.

According to the rehabilitation seat structure, the universal joint is provided with the supporting frame, the inner side of the supporting frame is provided with the fixed slide rail, and the outer side of the supporting plate is provided with the movable slide rail in sliding fit with the fixed slide rail, so that the supporting plate can be slidably arranged in the supporting frame. Therefore, the supporting plate can rotate universally and can slide back and forth, thereby being beneficial to training the extension and the flexion of the shoulder joint and the elbow joint of a patient.

As above a recovered seat structure, universal joint including be fixed in the fixing base of another lateral part of body, rotate connect in universal bulb in the fixing base and locate on the universal bulb and supply the spliced pole that the carriage is connected, the edge of fixing base is equipped with the confession the logical groove that the spliced pole card is gone into, the lateral part of fixing base be equipped with the bulb retaining member of universal bulb locking. The inclined angle of the supporting plate relative to the fixed seat can be increased by arranging the through grooves.

The rehabilitation seat structure is characterized in that a grabbing ball for grabbing the hand is arranged on the supporting plate, a finger-shaped groove is formed in the grabbing ball, so that the patient can conveniently grab the finger of the affected limb, a binding belt for fixing the arm is further arranged on the supporting plate, the elbow and the forearm are fixed when the patient takes exercise in an inclined mode, and the hand is effectively prevented from slipping off.

As above a recovered seat structure, the back of the body pole include the lower extreme with the tip of bottom branch looks articulated back to pole A and slidable ground cover locate back to pole B of pole A upper end, the bracing piece include with bracing piece A and slidable ground cover of joint spare looks joint are located bracing piece B of bracing piece A upper end, back to pole B with bracing piece B is equipped with the card hole along its length direction that corresponds, and is corresponding, back to pole A with bracing piece A's tip be equipped with the play beans that the card hole joint is connected. Through playing the beans joint in the card hole of co-altitude to adjust the flexible height of backing rod and bracing piece, and then adapt to the user of different heights, and adjust comfortable high position with the handrail.

According to the rehabilitation seat structure, the backrest rod B is provided with the fixed block, the end portion of the support rod B is provided with the rotating block which is connected with the fixed block in a rotating mode, the end portion of the armrest is connected between the fixed block and the rotating block in a rotating mode, a limiting part for limiting the armrest is arranged between the rotating block and the end portion of the armrest, and the clamping piece is a tooth-shaped groove which is formed in the length direction of the two sides of the bottom supporting rod. Thereby make the bracing piece can freely fold and adjust and lean against the patient of the different inclination of pole in order to adapt to different positions, can be used to the bedside seat and also can be used to the bed to sit up.

According to the rehabilitation seat structure, the waist belt is wound on the backrest rod, so that the danger that a patient leans forward to fall down is prevented, the magic tape for connecting the cushion is arranged on the back of the back cushion along the height direction of the back cushion, and the storage bag for storing articles is further arranged on the back of the back cushion. When backing the pole height-adjusting, the cushion is connected fixedly with the magic subsides of backing the corresponding height of pad.

As above a recovered seat structure, the top of backing rod is equipped with the dead lever, the upper end slidable ground cover of dead lever is equipped with the head and leans on the pole, the dead lever is equipped with the card hole along its length direction, and is corresponding, the tip of head leaning on the pole be equipped with the bullet beans that card hole joint is connected, the cover is equipped with the headrest on the head leaning on the pole, be connected with the pillow on the headrest. The pillow can fix the head position, and the head is supported in the supplementary head when patient sits, through the adjustable pillow of the card hole of the bullet beans joint on the head rest pole on the different heights of dead lever to adapt to different patient's height, still can dismantle when not using moreover. The pillow filler is buckwheat, which has comfortable and breathable effect.

According to the rehabilitation seat structure, the pillow comprises a main body fixedly connected with the headrest and bendable side pillows sewn on two sides of the main body, buttons capable of being buckled with each other are arranged on the back of the side pillows, and buttons for buckling the buttons on the side pillows are also arranged on the headrest. The side pillow can be bent, thereby being suitable for the head sizes of different users and effectively improving the head deviation of the patients.

[ description of the drawings ]

The following detailed description of embodiments of the present invention is provided with reference to the accompanying drawings, in which:

fig. 1 is a schematic perspective view of the present invention;

fig. 2 is a schematic structural view of the rehabilitation assisting plate assembly of the present invention;

FIG. 3 is a schematic view of the exploded structure of the present invention;

fig. 4 is a back structure diagram of the present invention;

fig. 5 is a schematic structural view of the pillow of the present invention;

FIG. 6 is a reference view of the pillow of the present invention in use;

fig. 7 is a reference diagram of the use state of the rehabilitation assisting plate component of the invention;

fig. 8 is a reference view of the usage state of the utility model when folded.

[ detailed description ] embodiments

The utility model provides a recovered seat structure, including bottom branch 1, tip and the tip of bottom branch 1 are articulated mutually lean against pole 2 and tip and the middle part of leaning against pole 2 articulated bracing piece 3 mutually and handrail 4, be equipped with the joint spare 11 that supplies 3 joints of bracing piece on the branch 1 of bottom, lean against the pole 2 and go up the cover and be equipped with back pad 5 (preferred waterproof, antiskid, anti-tear, ventilative, it is inelastic, non-deformable's oxford cloth material is made), the lower part detachably of back pad 5 is connected with cushion 6 (preferred waterproof, antiskid, anti-tear, ventilative, inelastic, non-deformable's oxford cloth material is made), detachably is equipped with the universal pivoted recovered auxiliary plate subassembly 7 of handrail 4 relatively on the handrail 4.

As shown in fig. 2, the rehabilitation assisting plate assembly 7 includes a holding member 71 detachably connected to the armrest 4, a universal joint 72 provided on the holding member 71, and a support plate 73 provided on the universal joint 72, and the holding member 71 includes a body 711 having an Jiong-shape, and a holding lock 712 provided on a side portion of the body 711. The retaining member 712 is a retaining nut. The holding member 71 is held on the upper side of the armrests 4 as shown in fig. 1 such that the supporting plate 73 spans between the left and right armrests 4 (the front end of the supporting plate 73 is provided with a recess 732 matching with the armrest 4 in a snap fit manner) to support the affected limb of the patient and prevent the shoulder joint of the patient from being subluxated.

The universal joint 72 is provided with a support frame 74, as shown in fig. 7, a fixed slide rail 741 is provided inside the support frame 74, and a movable slide rail 731 slidably engaged with the fixed slide rail 741 is provided outside the support plate 73, so that the support plate 73 is slidably disposed inside the support frame 74. As shown in fig. 7, the holding member 71 is held at the outer side of the armrest 4, and at this time, the supporting plate 73 can rotate universally relative to the armrest 4, and can also slide back and forth relative to the supporting frame 74, so that when a patient's affected limb is placed on the supporting plate 73, the patient can do exercises of various angles of the affected limb, which is beneficial to exercising the extension of the shoulder joint and the extension and flexion of the elbow joint, thereby making the patient perform functional exercises of the affected limb as early as possible and improving the daily life ability of the patient.

The universal joint 72 includes a fixing seat 721 fixed to the other side portion of the body 711, a universal ball head 722 rotatably connected in the fixing seat 721, and a connecting post 723 provided on the universal ball head 722 and connected to the support frame 74, a through groove 7211 for the connecting post 723 to be inserted into is provided at the edge of the fixing seat 721, and a ball head locking member 724 for locking the universal ball head 722 is provided at the side portion of the fixing seat 721. The ball-locking member 724 is also a locking nut, and when the supporting frame 74 and the supporting plate 73 are adjusted to a proper inclination angle (e.g., 30 °, 45 °, 60 °), the universal ball 722 can be locked by the ball-locking member 724. The supporting plate 73 can be pulled to slide relative to the supporting frame 74 by the pulling rope 77, so that the extension of the shoulder joint and the extension and the flexion of the elbow joint of the patient can be exercised.

For the convenience of holding, the support plate 73 is provided with a grip ball 75 for the hand to grip, the grip ball 75 is provided with a finger-shaped groove 751, and the support plate 73 is further provided with a strap 76 for fixing the arm, thereby effectively fixing the elbow and forearm and preventing the hand from slipping off.

In order to adjust the extension heights of the backrest rod 2 and the support rod 3, and further adapt to users with different heights, and adjust the armrest 4 to a comfortable height position, as shown in fig. 3, the backrest rod 2 comprises a backrest rod a21 with the lower end hinged to the end of the bottom support rod 1 and a backrest rod B22 slidably sleeved on the upper end of the backrest rod a21, the support rod 3 comprises a support rod a31 clamped with the clamping piece 11 and a support rod B32 slidably sleeved on the upper end of the support rod a31, the backrest rod B22 and the support rod B32 are provided with clamping holes 10 along the corresponding length directions, and correspondingly, the ends of the backrest rod a21 and the support rod a31 are provided with spring beans 100 clamped and connected with the clamping holes 10. The bottom support rod 1, the backrest rod and the support rod 3 are all integrally shaped like Jiong.

A fixed block 23 is arranged on the backrest rod B22, a rotating block 33 rotatably connected with the fixed block 23 is arranged at the end of the supporting rod B32, the end of the handrail 4 is rotatably connected between the fixed block 23 and the rotating block 33, a limiting member 24 for limiting the handrail 4 is arranged between the rotating block 33 and the end of the handrail 4 (a traditional toothed block locking structure can be adopted, the traditional toothed block locking structure comprises a toothed block 241 rotating along with the handrail 4 and a clamping rod 242 for clamping with the toothed block 241, one end of the clamping rod 242 is provided with a spring 243 to enable the clamping rod 242 to be always clamped with the toothed block 241, the other end of the clamping rod 242 extends out of the rear side of the rotating block 33 to facilitate the operation and enable the clamping rod 242 to be separated from the toothed block 241), the clamping member 11 is a toothed groove arranged along the length direction of two sides of the bottom supporting rod 1, so that the supporting rod 3 can be freely folded and different inclination angles (30 degrees, 75 deg., 90 deg.) to accommodate patients of different postures. The tooth-shaped groove adopts a metal welding mode, is firmer, and only needs to put the support rod 3 into the corresponding tooth-shaped groove when adjusting the inclination angle of the backing rod 2.

In order to prevent the patient from falling down due to leaning forward, the back rest rod 2 is wound with a waist belt 8, and the waist belt 8 is provided with an adjusting buckle 81 capable of adjusting the length of the waist belt 8. As shown in fig. 4, the back of the back cushion 5 is provided with a magic tape 51 along the height direction for the seat cushion 6 to connect, and when the back lever 2 is adjusted in height, the seat cushion 6 is connected and fixed with the magic tape 51 of the back cushion 5 with the corresponding height. The back of the back pad 5 is further provided with a storage pocket 52 for storing articles, and the storage pocket 52 can be used for storing the waist belt 8, the fixing band 20 and other articles.

For fixed head position and when the patient is in the seat supplementary head support, the top that leans against pole 2 is equipped with dead lever 91, the upper end slidable cover of dead lever 91 is equipped with head rest pole 92, dead lever 91 is equipped with card hole 10 along its length direction, it is corresponding, the tip of head rest pole 92 is equipped with the bullet beans 100 of being connected with card hole 10 joint to adapt to different patient's height, the cover is equipped with headrest 93 (preferably waterproof, antiskid, anti-tear, ventilative, inelastic, non-deformable's oxford material is made) on head rest pole 92, be connected with pillow 94 on headrest 93, pillow 94 filler is with buckwheat or semen Cassiae, play comfortable ventilative effect.

In order to effectively improve the head deviation of the patient, as shown in fig. 5 or fig. 6, the pillow 94 includes a main body 941 fixedly connected to the headrest 93 (the main body 941 is directly sewn to the headrest 93) and a bendable side pillow 942 sewn to both sides of the main body 941, the back of the side pillow 942 is provided with a button 943 capable of being fastened to each other, and the headrest 93 is also provided with a button 943 (or a magic tape structure directly connected to the side pillow 942) for fastening the button 943 on the side pillow 942.

The utility model is particularly suitable for patients who have hemiplegia after stroke, pulmonary infection, heart failure, old and weak people and lie in bed for a long time. When the rehabilitation chair is used, the rehabilitation chair can be unfolded and integrally placed on a bed (when the rehabilitation chair is not used, the rehabilitation chair can be directly folded into a structure shown in fig. 8), then the rehabilitation chair is integrally fixed on the bed by 4 fixing belts 20 (two at the rear part of the bottom support rod 1, two at the front part of the cushion 6, the fixing belts 20 can be detached and stored in the storage bag 51 when the rehabilitation chair is not used), so that the cushion 6 is fixed under the action of a counter force generated between the front fixing belt 20 and the rear magic tape 51, the rehabilitation chair is prevented from moving randomly, then a patient is transferred to the rehabilitation chair, the patient sits on the cushion 5, the back cushion 6 and the headrest pillow 94 (if necessary, the pillow 94 can be bent into a structure shown. When the rehabilitation assisting plate assembly 7 is not needed for assisting rehabilitation training, the clamping piece 71 can be clamped at the position of the armrests 4 as shown in fig. 1, and the supporting frame 74 and the supporting plate 73 can be spanned between the left and right armrests 4 to support the affected limb of the patient and prevent the shoulder joint of the patient from being subluxated. When the rehabilitation assisting plate component 7 is needed to be used for assisting rehabilitation training, the clamping piece 71 can be clamped at the position of the armrest 4 corresponding to the affected limb of the patient (the left hand of the affected limb is clamped at the position shown in figure 7), then the supporting frame 74 and the supporting plate 73 are adjusted to the proper inclination angle, and the universal ball 722 is locked by the ball locking piece 724, at this time, the pull rope 77 can be wound on the grasping ball 75, the affected limb of the patient is placed on the supporting plate 73, the grasping ball 75 is held by hand, then the affected arm of the patient is fixed on the supporting plate 73 by the bandage (with a magic tape structure), at this time, the patient's hand can pull the supporting plate 73 to slide back and forth relative to the supporting frame 74 by pulling the pulling rope 77 (the supporting plate 73 can slide downwards under the action of gravity when the pulling rope 77 is not pulled), thereby exercising the extension and flexion of the shoulder joint and the elbow joint of the patient. Of course, the universal ball head 722 can be locked without using the ball head locking member 724, and the affected limb of the patient can be exercised by using the degree of freedom of the universal ball head 722.

Claims

1. The utility model provides a recovered seat structure, its characterized in that include bottom branch (1), tip with the tip of bottom branch (1) looks articulated lean against pole (2) and tip with lean against middle part looks articulated bracing piece (3) and handrail (4) of pole (2), be equipped with the confession on bottom branch (1) joint spare (11) of bracing piece (3) joint, the cover is equipped with back of the body and fills up (5) on leaning against pole (2), the lower part detachably that back of the body filled up (5) is connected with cushion (6), detachably is equipped with on handrail (4) can be relative handrail (4) universal pivoted recovered auxiliary plate subassembly (7).

2. A rehabilitation seat structure according to claim 1, characterized in that said rehabilitation assistance plate assembly (7) comprises a clamping member (71) detachably connected to said armrest (4), a universal joint (72) provided on said clamping member (71), a support plate (73) provided on said universal joint (72), said clamping member (71) comprising a body (711) shaped like Jiong and a clamping locking member (712) provided on the side of said body (711).

3. The rehabilitation seat structure according to claim 2, wherein the universal joint (72) is provided with a support frame (74), the inner side of the support frame (74) is provided with a fixed slide rail (741), and the outer side of the support plate (73) is provided with a movable slide rail (731) slidably engaged with the fixed slide rail (741) so that the support plate (73) is slidably disposed in the support frame (74).

4. The rehabilitation seat structure according to claim 3, characterized in that the universal joint (72) comprises a fixed seat (721) fixed to the other side of the body (711), a universal ball head (722) rotatably connected in the fixed seat (721), and a connecting column (723) arranged on the universal ball head (722) and connected with the support frame (74), a through groove (7211) for the connecting column (723) to be clamped in is formed in the edge of the fixed seat (721), and a ball locking piece (724) for locking the universal ball head (722) is arranged on the side of the fixed seat (721).

5. The rehabilitation seat structure according to claim 4, wherein said support plate (73) is provided with a grip ball (75) for being gripped by a hand, said grip ball (75) is provided with a finger-shaped groove (751), and said support plate (73) is further provided with a strap (76) for fixing an arm.

6. The rehabilitation seat structure according to any one of claims 1 to 5, characterized in that the backrest rod (2) comprises a backrest rod A (21) with a lower end hinged to the end of the bottom support rod (1) and a backrest rod B (22) slidably sleeved on the upper end of the backrest rod A (21), the support rod (3) comprises a support rod A (31) with a clamping part (11) clamped and a support rod B (32) slidably sleeved on the upper end of the support rod A (31), the backrest rod B (22) and the support rod B (32) are provided with clamping holes (10) along the corresponding length direction, correspondingly, the end of the backrest rod A (21) and the support rod A (31) is provided with elastic beans (100) connected with the clamping holes (10) in a clamping manner.

7. The rehabilitation seat structure according to claim 6, wherein a fixed block (23) is arranged on the backrest rod B (22), a rotating block (33) rotatably connected with the fixed block (23) is arranged at the end of the support rod B (32), the end of the armrest (4) is rotatably connected between the fixed block (23) and the rotating block (33), a limiting member (24) for limiting the armrest (4) is arranged between the rotating block (33) and the end of the armrest (4), and the clamping member (11) is a tooth-shaped groove arranged along the length direction of two sides of the bottom support rod (1).

8. The rehabilitation seat structure according to any one of claims 1 to 5, wherein the backrest rod (2) is wound with a waist belt (8), the back of the back cushion (5) is provided with a magic tape (51) for connecting the seat cushion (6) along the height direction, and the back of the back cushion (5) is further provided with a storage bag (52) for storing articles.

9. The rehabilitation seat structure according to any one of claims 1 to 5, wherein a fixing rod (91) is arranged at the top of the backrest rod (2), a headrest rod (92) is slidably sleeved at the upper end of the fixing rod (91), a clamping hole (10) is formed in the fixing rod (91) along the length direction of the fixing rod, correspondingly, a spring bean (100) connected with the clamping hole (10) in a clamping manner is arranged at the end of the headrest rod (92), a headrest pad (93) is sleeved on the headrest rod (92), and a pillow (94) is connected to the headrest pad (93).

10. A rehabilitation seat structure according to claim 9, characterized in that said pillow (94) comprises a main body (941) fixedly connected with said head cushion (93) and a bendable side pillow (942) sewn on both sides of said main body (941), said side pillow (942) is provided with a button (943) on its back portion which can be fastened to each other, said head cushion (93) is also provided with a button (943) for fastening said button (943) on said side pillow (942).