CN208989283U - A kind of postoperative auxiliary rehabilitation device of Spinal Anesthesia - Google Patents

Abstract

The utility model discloses a kind of postoperative auxiliary rehabilitation device of Spinal Anesthesia, including upper interconnecting piece, the first elastic portion, the second elastic portion of middle interconnecting piece and lower interconnecting piece, upper interconnecting piece is fixed with the shoulder support beam with shoulder strap, the abdominal support beam with abdomen bandage is provided at middle interconnecting piece, lower interconnecting piece is fixed with lumbar support beam, the side portion of lumbar support beam is hook part and its front is oblique bending portion waist, and supporting beam is flexible beam body.The device is wearable structure, small in size portable, can be used whenever and wherever possible；The device has the effect of that multiple spot is stable to the vertebra of patient in the vertical direction, limits the bending range of patient's vertebra, reduces its curvature, to be conducive to the recovery of vertebra He other wounds；In addition the elastic force of the elastic portion of the device is adjustable, can allow the scope of activities of patient's voluntarily control vertebra, accomplishes that vertebra can be protected but also adjusts amount of exercise, adapt to different convalescences, conducive to the body recovery of high quality.

Description

A kind of postoperative auxiliary rehabilitation device of Spinal Anesthesia

Technical field

The utility model relates to the field of medical instrument technology, it particularly relates to a kind of postoperative recovering aid of Spinal Anesthesia Device.

Background technique

Spinal Anesthesia art is a kind of common body anaesthesia technology, and it typically is intravertebral anesthesias, comprising: cavum subarachnoidale Retardance, Epidural space anesthesia, combined spinal-epidural.This anesthesia method needs are punctured in vertebra gap, and doctor is according to operation need Present puncture position is wanted, generally common point of puncture selection is in L3-4, and point of puncture selection can also be in L2-3 or L4-5, this is Lumbar anesthesia meets the selection that abdomen is needed with menisectomy.Lumbar anesthesia will be punctured in interspace of lumbar vertebrae, and puncture needle will puncture skin, shallow Fascia, deep fascia, supraspinal ligament, interspinal ligaments, ligamentum flavum reach epidural space.In this lacuna medicine injection, anaesthetize Effect, referred to as epidural block.Inserting needle punctures endorchis again, into cavum subarachnoidale, there is cerebrospinal fluid reflux, is pushed into local anaesthetics, this Cry ubarachnoid block.Combined spinal-epidural is in dura mater Puncture Tube after ubarachnoid block, convenient for subsequent maintenances anesthesia.

Aforesaid operations are invasive operations, and the damage of structure, therefore vertebra fiber crops can be caused on the body skin and vertebra of patient It is liquor-saturated postoperative it is possible that some postoperative complications.It is postoperative in Spinal Anesthesia, since endorchis self-regeneration is very slow, so patient Generally to receive the rehabilitation of a period of time, the latter half of one's life that the effect of rehabilitation is directly related to patient is healthy, in reality Also it is no lack of the case for causing patient's half a lifetime to paralyse because rehabilitation is dealt with improperly.

Application No. is the Chinese patents of CN201710002143.X to disclose a kind of vertebra auxiliary rehabilitation device, the vertebra Auxiliary rehabilitation device includes cabinet, and horizontally disposed seat board is fixed on the cabinet, is further fixed on the cabinet along vertical The telescopic rod of direction setting, the top of the telescopic rod are provided with cross bar mechanism, and the cross bar mechanism, which includes at least, hook, institute The surface for stating telescopic rod is further fixed on wire spool, bracing wire one ends wound on the wire spool, the other end pass through it is described hook and It is connected with head fixing device；It is further fixed on backboard on the seat board, horizontally disposed slideway, institute are fixed on the backboard It states and is slidably provided with slide bar on slideway, one end of the slide bar, which is fixed with, keeps out plate；It is also fixed in the one side of the backboard There are multiple massage mechanisms.It solves logical spinal rehabilitation device to be not suitable for using for a long time, patient is held using back part for a long time The problem of easily aching, while the present apparatus has back channels and collaterals massage functions, can speed up the rehabilitation of vertebra.

But the device volume is larger, needs fixed place to place, use is limited in space, and cannot be suffered from altogether Person uses whenever and wherever possible.

Utility model content

The technical problem to be solved by the present invention is to provide the postoperative auxiliary rehabilitation devices of wearable Spinal Anesthesia, just The property taken is high, can accomplish to use whenever and wherever possible, and energy effective protection vertebra, and auxiliary vertebra well restores.

To solve the above problems, the utility model adopts the following technical solution:

A kind of postoperative auxiliary rehabilitation device of Spinal Anesthesia, including upper interconnecting piece, middle interconnecting piece and lower connection from top to bottom Portion, the first elastic portion for connecting the two between the upper interconnecting piece and middle interconnecting piece, the middle interconnecting piece and lower interconnecting piece Between for the second elastic portion for connect the two, the two sides of the upper interconnecting piece, which are symmetrically fixed with, is unfolded outward and to front curve Shoulder support beam, the end of the shoulder support beam is provided with shoulder strap, is provided with abdominal support at the middle interconnecting piece Beam, the both ends of the abdominal support beam are unfolded symmetrically towards the two sides of middle interconnecting piece, and abdominal support beam is to front curve to side, The both ends of abdominal support beam are fixed with abdomen bandage, and the two sides of the lower interconnecting piece are symmetrically fixed with expansion outward and to antecurvature Bent lumbar support beam, before the end of lumbar support beam extends to body, the side portion of lumbar support beam is hook part, and hook part is used In hooking gluteus medius, the body front of lumbar support beam is for being adjacent to inguinal oblique bending portion, and the lumbar support beam is Flexible beam body.

As a preferred solution: first elastic portion and the second elastic portion include with the curved elastic piece of certain radian, The both ends of the elastic piece are fixed with the interconnecting piece above and below elastic portion respectively, and the liquid of strip is fixed on the surface of the elastic piece Capsule is pressed, the hydraulic bag is arranged along the length direction of elastic piece, and hydraulic bag is attached to elastic piece surface, institute along the radian of elastic piece Hydraulic bag connection fluid pressure drive device is stated, which further includes the controller for controlling the fluid pressure drive device.

As a preferred solution: the abdominal support Liang Yuzhong interconnecting piece slides laterally connection, setting in the middle interconnecting piece There is the driving mechanism for driving the abdominal support beam mobile, the driving mechanism is controlled by the controller, the abdomen Pressure sensor is respectively and fixedly provided on the inside of the both ends of supporting beam, the pressure sensor is electrically connected with the controller.

As a preferred solution: being provided with key on the outside of the lumbar support beam, the key is electrically connected with the controller It connects.

As a preferred solution: the controller includes the bluetooth module for connecting external bluetooth equipment.

As a preferred solution: being provided with medicine in first elastic portion and the second elastic portion and the one side of human contact Packet, the pack is interior to be filled with the drug powder with sterilizing.

As a preferred solution: the pack includes crust, the crust is internally provided with air bag and drug storage packet, the air bag It is fixed with the rear portion of crust, the drug storage coating is fixed on the front of air bag, and the drug storage band has the micropore passed through for powder, The front surface of the air bag is provided with multiple gas nozzles, and multiple discharge holes are offered in the front surface of the crust.

As a preferred solution: being provided with elastic bow between the air bag and drug storage packet, the both ends of elastic bow are bent rearwards to The rear of the upper and lower sides of air bag is simultaneously fixed with crust, and the bent body of elastic bow is bent to the rear of drug storage packet, the front surface of air bag with The bent body of elastic bow connects.

As a preferred solution: the drug storage coating is separated into multiple medicine storage bags, it is filled with to have in each medicine storage bag and kills The drug powder of bacterium disinfection efficacy.

As a preferred solution: the drug powder by match in parts by weight 2-5 parts of 2-5 parts of silica, active carbon, 8-13 parts of camphor, 10-20 parts of folium artemisiae argyi, 10~15 parts of the coptis, 25-30 parts of tribulus terrestris, 12-18 parts of honeysuckle compositions.

The utility model has the following beneficial effects:

1. the convalescence device be wearable device have the advantages that it is small in size, light, portability height, can make whenever and wherever possible With；

2. after patient dresses the device, abdomen bandage positions the abdomen of patient, shoulder strap positions the shoulder of patient, The vertebra of patient can be made to have the effect of that multiple spot is stable in the vertical direction in this way, when there is curved movement at patient back, The elastic force that elastic portion provides has the function of offsetting, weakens flexes power, limits the bending range of patient's vertebra, reduces it Curvature, to be conducive to the recovery of vertebra He other wounds；

3. the elastic force of the first elastic portion of the device and the second elastic portion is adjustable, patient's voluntarily control vertebra can be allowed Scope of activities, accomplish that vertebra can be protected but also adjust amount of exercise, adapt to different convalescences, it is extensive conducive to the body of high quality It is multiple；

4. the convalescence device has the function of spinal correction, the deformity of spinal column can be prevented with the posture of adjust automatically patient；

5. the substance of sterilizing can be put into pack due to having pack on the convalescence device, when patient uses It when the convalescence device, has sterilizing substance and comes out, further promote body quick recovery.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model Some embodiments for those of ordinary skill in the art without creative efforts, can also be according to this A little attached drawings obtain other attached drawings.

Fig. 1 is the overall structure diagram of the present apparatus；

Fig. 2 is that the elastic force of the elastic portion of the present apparatus adjusts the structural schematic diagram of system；

Fig. 3 is the structural schematic diagram of the posture correction system of the present apparatus；

Fig. 4 is the circuit diagram of the present apparatus；

Fig. 5 is the structural schematic diagram of pack.

In figure: 1, upper interconnecting piece；2, the first elastic portion；201, elastic piece；202, hydraulic bag；203, rear shell；204, magic Male patch；3, middle interconnecting piece；301, disjunctor hydraulic cylinder；302, electric pushrod；303, pipeline；304, driving motor；305, gear； 306, rack gear；4, the second elastic portion；5, lower interconnecting piece；6, shoulder support beam；7, adjustment hole；8, shoulder strap；9, abdominal support Beam；10, abdomen bandage；11, pressure sensor；12, lumbar support beam；13, hook part；14, key；15, pack；1501, outer Skin；1502, air bag；1503, gas nozzle；1504, medicine storage bag；1505, discharge hole；1506, magic female patch；1507, elastic bow.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art's every other embodiment obtained, all belongs to In the range of the utility model protection.

Referring to Fig.1, the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia from top to bottom successively includes upper interconnecting piece 1, middle company Socket part 3 and lower interconnecting piece 5, the first elastic portion 2 for connecting the two between upper interconnecting piece 1 and middle interconnecting piece 3, middle interconnecting piece 3 It is the second elastic portion 4 for connecting the two between lower interconnecting piece 5, the two sides of upper interconnecting piece 1 are symmetrically fixed with outside expansion And prone shoulder support beam 6, the end of shoulder support beam 6 is provided with the adjustment hole 7 of strip, shoulder strap 8 passes through Sliding block (not shown) is movably connected in adjustment hole 7, and the position of shoulder strap 8 is adjusted by sliding slider, to make shoulder Bandage 8 can bundle the shoulder of the patient of different shoulder breadths.

It is provided with abdominal support beam 9 at middle interconnecting piece 3, the both ends of abdominal support beam 9 are symmetrically towards the two of middle interconnecting piece 3 Side expansion, and abdominal support beam 9, to front curve to side, the both ends of abdominal support beam 9 are fixed with abdomen bandage 10, in abdomen branch It supports and is respectively and fixedly provided with pressure sensor 11 on the inside of the side portion at the both ends of beam 9.

Expansion and prone lumbar support beam 12 outward, waist branch are symmetrically fixed in the two sides of lower interconnecting piece 5 Before the end of support beam 12 extends to body, the side portion of lumbar support beam 12 is hook part 13, and hook part 13 is used to hook gluteus medius, The body front of lumbar support beam 12 is to be provided with key on the outside of oblique bending portion for being adjacent to inguinal oblique bending portion 14, lumbar support beam 12 is flexible beam body, and front end can be expanded.

The usual method of the convalescence device are as follows:

Arm is first passed through shoulder strap 8 by patient, and convalescence device can be suspended on patient behind at this time, and patient is then carrying on the back Firmly the front end of lumbar support beam 12 is broken into two with one's hands outward afterwards, front end is enable to enter for waist, after waist entrance, patient It needs to finely tune convalescence device, hook part 13 is made to hook gluteus medius, and the body front of lumbar support beam 12 is made to compress groin, then Patient can further shoulder strap 8, finally before drawing abdomen bandage 10 to abdomen, fasten abdomen bandage 10, so just complete The wearing of convalescence device.

Support due to lumbar support beam 12 by gluteus medius and waist, and it is by inguinal stabilization, therefore Lumbar support beam 12 makes the lower part of convalescence device obtain reliable and stable support.In addition, abdomen bandage 10 determines the abdomen of patient Position, shoulder strap 8 position the shoulder of patient, the effect that the vertebra of patient can be made to have multiple spot stable in the vertical direction in this way Fruit, when there is curved movement at patient back, the elastic force that elastic portion provides has the function of offsetting, weakening flexes power, limit The bending range for having made patient's vertebra reduces its curvature, to be conducive to the recovery of vertebra He other wounds, so the rehabilitation Device can play the role of assisting spinal rehabilitation well.In addition, due to having pack 15 on the convalescence device, it can be in pack It is put into the substance of sterilizing in 15, when patient uses the convalescence device, has sterilizing substance and comes out, further Promote body quick recovery.

Since the convalescence device is wearable structure, have the advantages that small in size, light, portability height, it can be at any time It uses everywhere.

In addition, being respectively and fixedly provided with pack 15 on one side in the first elastic portion 2 and the second elastic portion 4 and patient's back contact.

The first elastic portion 2 and the second elastic portion 4 of the device are the position with elastic force regulatory function.The two has phase Same elastic structure.

Referring to Fig. 2, by taking the first elastic portion 2 as an example, the first elastic portion 2 includes with the curved elastic piece 201 of certain radian, bullet The both ends of property piece 201 are connected and fixed with upper interconnecting piece 1 and middle interconnecting piece 3 respectively.Before elastic piece 201 --- i.e. contact patient The one side at back is fixed with magic male patch 204, and the back side of elastic piece 201 is provided with the hydraulic bag 202 of strip, hydraulic bag 202 Inside is the utricule of sealing, and the outside of hydraulic bag 202 is coated with explosion-proof metal and knits set, length of the hydraulic bag 202 along elastic piece 201 Direction setting, hydraulic bag 202 are attached to 201 surface of elastic piece along the radian of elastic piece 201, and each position of hydraulic bag 202 is logical It crosses fixing piece to be connected and fixed with elastic piece 201, the rear portion of the first elastic portion 2 is rear shell 203 flexible.

Disjunctor hydraulic cylinder 301 is provided in middle interconnecting piece 3, disjunctor hydraulic cylinder 301 has small one and large one two cylinder bodies, In biggish cylinder body pressure output chamber by pipeline 303, and the piston of lesser cylinder body and be fixed in middle interconnecting piece 3 The rod end of electric pushrod 302 connects, can be by the indoor liquid of pressure output chamber of biggish cylinder body when electric pushrod 302 stretches Pressure oil is squeezed to hydraulic bag 202, makes the hydraulic increase in hydraulic bag 202, so that the volume of hydraulic bag 202 be made to occur centainly Expansion, has the tendency that straightening under the action of hydraulic, the hydraulic bag 202 which makes has forward the middle part of elastic piece 201 Extruding force, and have power of pullling backward to the both ends of elastic piece 201, to fight back curved backward to enhance elastic piece 201 Bent elastic force further decreases vertebra at this point, the first elastic portion 2 can more effectively limit the flexure operation of the back of patient Bending degree.

Why the first elastic portion 2 and the second elastic portion 4 be designed to the adjustable structure of elastic force, be because for difference Convalescence, the degree of protection for needing that it is different to have the vertebra of patient.Specifically, it is exactly initial stage in rehabilitation, due to patient Just experienced operation, wound degree is highest, therefore needs to provide the protection of higher degree to the vertebra of patient at this time, It needs to be pressurized hydraulic bag 202 at this time；And with the gradually rehabilitation of patient, in the middle and later periods of rehabilitation, need to its vertebra with after Portion provides bigger activity space, so that patient is had more activities, patient can be made preferably to restore, so in rehabilitation Later period needs to depressurize hydraulic bag 202.

Referring to Fig. 3, in the present embodiment, abdominal support beam 9 and middle interconnecting piece 3 are slidably connected, can be in certain model Laterally move back and forth in enclosing, driving motor 304 is fixed in middle interconnecting piece 3, the shaft of driving motor 304 is coaxially fixed with Gear 305 is fixed with rack gear 306 in the beam body that abdominal support beam 9 is located in middle interconnecting piece 3, and gear 305 is nibbled with rack gear 306 It closes.

Referring to Fig. 4, which further includes single-chip microcontroller, bluetooth module and power module, bluetooth module and single-chip microcontroller Serial ports connection, push-rod electric machine and driving motor 304 are connect with the control port of single-chip microcontroller, and pressure sensor 11 connects single-chip microcontroller Signal sampling port, key 14 connect single-chip microcontroller the port I/O, power module respectively with single-chip microcontroller, bluetooth module, pressure pass Sensor 11, push-rod electric machine and driving motor 304 connect, for powering.

User can be by operation button 14, after key 14 is pressed, and single-chip microcontroller receives 14 signal of key, thus according to pressing 14 signal of key controls the flexible of push-rod electric machine, achievees the purpose that the elastic force for adjusting the first elastic portion 2 and the second elastic portion 4.In addition, Mobile phone and the convalescence device can also be established bluetooth connection by patient, and the convalescence device is controlled in cell phone application.

It, still can be because of patient although the abdomen of patient is to be pinioned during using convalescence device Posture just needs to carry out lateral correction to the vertebra of patient at this time not to there is the case where vertebra transverse warping.When there is vertebra When the case where transverse warping, the side of patient is different for the pressure in the side portion at the both ends of abdominal support beam 9, and is led to Over-voltage force snesor 11 detects patient to the pressure in the body survey portion of abdominal support beam 9, what two pressure sensors 11 will test Pressure is sent to single-chip microcontroller, single-chip microcontroller to two also pressure signal be compared, when there is apparent difference in size in two pressure, Illustrate side excessive distortion of the vertebra to body, such as the pressure that detects of sensor on right side is significantly greater than the pressure in left side and passes When the pressure that sensor 11 detects, illustrate that patient body distorts seriously to the right, the driving motor 304 of single-chip microcontroller control at this time is just Turn, abdominal support beam 9 is mobile to the left side of body of patient under the driving of driving motor 304 at this time, to drive the abdomen of patient Portion is mobile to left side of body, conversely, single-chip microcontroller controls motor reversal, can so achieve the purpose that correct vertebra.

Referring to Fig. 5, the pack 15 used in the present embodiment includes crust 1501, in the stationary plane of crust 1501 --- after i.e. Surface is fixed with magic female patch 1506 towards elastic portion on one side, the magic male patch in the magic female patch 1506 and elastic portion 204 match, and pack 15 is removably attached in elastic portion by velcro.Crust 1501 is internally provided with air bag 1502 With drug storage packet, air bag 1502 and the rear portion of crust 1501 are fixed, and drug storage is coated with the front for being fixed on air bag 1502, drug storage coating point Multiple medicine storage bags 1504 are divided into, are filled with the drug powder with sterilizing, medicine storage bag in each medicine storage bag 1504 1504 with the micropore passed through for powder.

The front surface of air bag 1502 is provided with multiple gas nozzles 1503, and multiple dischargings are offered in the front surface of crust 1501 Hole 1505.In addition, being provided with elastic bow 1507 between air bag 1502 and drug storage packet, the both ends of elastic bow 1507 are bent rearwards to The rear of the upper and lower sides of air bag 1502 is simultaneously fixed with crust 1501, and the bent body of elastic bow 1507 is bent to the rear of drug storage packet, gas The front surface of capsule 1502 is connect with the bent body of elastic bow 1507.

After pack 15 is mounted in elastic portion, during patient uses convalescence device, when the back of patient is curved backward Qu Shi, will drive the first elastic portion 2 and the bending of the second elastic portion 4, and the bending of elastic portion can become to making the lateral up and down of air bag 1502 Front curve, and the middle part of the front surface of air bag 1502 is collapsed backward, air bag 1502 is shunk due to the extruding by external force at this time, Internal air is extruded, and the air of extrusion brushes each medicine storage bag 1504 from the front to the back, makes the drug in medicine storage bag 1504 Powder is flowed out from micropore, is then flowed to outside pack 15 by discharge hole 1505, the air of outflow can drive away patient back with Outmoded air between pack 15 keeps the health in affected part to disperse virus and bacterium, and the medicine carried in the air flowed out Object powder can be adhered on affected part or the clothing at patient back, provide subsequent sterilizing guarantee.

Drug storage coating is divided into multiple medicine storage bags 1504, be because if drug storage packet is integrated design, it is internal Drug powder goes back to the lower part for being all deposited in drug storage packet under gravity, is unfavorable for the uniformly blowout powder of air bag 1502, and Taking the measure of separation can occur to avoid above situation.

The convalescence device combines the mode of drug recovering aid, thus can rise by the Auxiliary support of physical structure To splendid recovering aid effect.

It should be pointed out that the both ends of elastic bow 1507 can be therewith to front curve, middle part when elastic portion bends It can then bend backward, backward the middle part of the front surface of extruding gasbag 1502, air bag 1502 is made to be extruded smaller, to have more Air be extruded air bag 1502, to take out of with more drug powders, promote the effect of drug recovering aid.And work as elastic portion When restoring shape, elastic bow 1507 also restores shape therewith, and the middle part of elastic bow 1507 deforms forward at this time, so as to be air bag 1502 recovery original shapes provide additional auxiliary force, facilitate the fast quick-recovery shape of air bag 1502, it is ensured that the suction of air bag 1502 Gas ability.

In addition, in the present embodiment, the micropore of the front surface of medicine storage bag 1504 is greater than the aperture of the micropore of its rear surface, and its The aperture of the micropore of rear surface is less than the partial size of drug powder.Such setting be in order to prevent 1502 air-breathing of air bag when, have drug Powder is sucked out from the micropore of the rear surface of medicine storage bag 1504, and powder is made to be scattering into 1501 inside of crust or enter air bag In 1502, the waste of drug and the blocking of air bag 1502 are caused.

Drug powder in the present embodiment is by 2-5 parts of 2-5 parts of silica, the active carbon, the camphor that match in parts by weight 8-13 parts, 10-20 parts of folium artemisiae argyi, 10~15 parts of the coptis, 25-30 parts of tribulus terrestris, 12-18 parts of honeysuckle compositions.

Camphor has the function of expelling parasite, and folium artemisiae argyi has the function of anti-bacteria and anti-virus, and the coptis has the function of antibacterial, tribulus terrestris Have the function of antipruritic, honeysuckle has the function of antibacterial hemostasis.Being used in mixed way for these Chinese medicines has drug powder very well Sterilizing effect, and silica is anticaking agent, drug powder can be prevented hardened, guarantee the mobility of powder, and lives Property charcoal be desiccant, the drying of drug powder can be kept.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Hair, spirit and principle within, any modification, equivalent replacement, improvement and so on should be included in the protection of the utility model Within the scope of.

Claims (9)

1. a kind of postoperative auxiliary rehabilitation device of Spinal Anesthesia, it is characterised in that: including upper interconnecting piece, middle interconnecting piece from top to bottom Be the first elastic portion that the two connect between the upper interconnecting piece and middle interconnecting piece with lower interconnecting piece, the middle interconnecting piece and It is the second elastic portion for connecting the two between lower interconnecting piece, the two sides of the upper interconnecting piece are symmetrically fixed with expansion outward simultaneously Prone shoulder support beam, the end of the shoulder support beam are provided with shoulder strap, are provided at the middle interconnecting piece Abdominal support beam, the both ends of the abdominal support beam are unfolded symmetrically towards the two sides of middle interconnecting piece, and abdominal support beam is to antecurvature For song to side, the both ends of abdominal support beam are fixed with abdomen bandage, and the two sides of the lower interconnecting piece are symmetrically fixed with to outreach It opens and prone lumbar support beam, before the end of lumbar support beam extends to body, the side portion of lumbar support beam is crotch Portion, hook part are for being adjacent to inguinal oblique bending portion, the waist for hooking gluteus medius, the body front of lumbar support beam Portion's supporting beam is flexible beam body.

2. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 1, it is characterised in that: first elasticity Portion and the second elastic portion include with the curved elastic piece of certain radian, and the both ends of the elastic piece are respectively and above and below elastic portion Interconnecting piece is fixed, and the hydraulic bag of strip, length direction of the hydraulic bag along elastic piece are fixed on the surface of the elastic piece Setting, hydraulic bag are attached to elastic piece surface along the radian of elastic piece, and the hydraulic bag connects fluid pressure drive device, rehabilitation dress Setting further includes controller for controlling the fluid pressure drive device.

3. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 2, it is characterised in that: the abdominal support Liang Yuzhong interconnecting piece slides laterally connection, and the driving for driving the abdominal support beam mobile is provided in the middle interconnecting piece Mechanism, the driving mechanism are controlled by the controller, are respectively and fixedly provided with pressure sensing on the inside of the both ends of the abdominal support beam Device, the pressure sensor are electrically connected with the controller.

4. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 2, it is characterised in that: the lumbar support Key is provided on the outside of beam, the key is electrically connected with the controller.

5. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 2, it is characterised in that: the controller packet Include the bluetooth module for connecting external bluetooth equipment.

6. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 1, it is characterised in that: first elasticity Pack is provided in portion and the second elastic portion and the one side of human contact, being filled in the pack has effects that sterilizing Drug powder.

7. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 6, it is characterised in that: the pack includes Crust, the crust are internally provided with air bag and drug storage packet, and the rear portion of the air bag and crust is fixed, and the drug storage coating is fixed In the front of air bag, the drug storage band has the micropore passed through for powder, and the front surface of the air bag is provided with multiple gas nozzles, institute It states and offers multiple discharge holes in the front surface of crust.

8. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 7, it is characterised in that: the air bag and storage Elastic bow is provided between pack, the both ends of elastic bow bend rearwards to the rear of the upper and lower sides of air bag and fix with crust, bullet Property bow bent body be bent to the rear of drug storage packet, the bent body of the front surface of air bag and elastic bow connects.

9. the postoperative auxiliary rehabilitation device of a kind of Spinal Anesthesia according to claim 7, it is characterised in that: the drug storage coating Multiple medicine storage bags are separated into, are filled with the drug powder with sterilizing in each medicine storage bag.