CN-121971260-A - Orthopedic nursing massage rehabilitation device for orthopedics postoperative and use method

CN121971260ACN 121971260 ACN121971260 ACN 121971260ACN-121971260-A

Abstract

The invention discloses an orthopaedics nursing massage rehabilitation device for orthopaedics operation and a use method thereof, comprising a bottom frame, a leg supporting block, a supporting back-shaped block and a concave supporting block, wherein the leg supporting block is arranged on the supporting back-shaped block through an angle adjusting structure, the concave supporting block is arranged on the supporting back-shaped block, the leg supporting block, the supporting back-shaped block and the concave supporting block are arranged on the bottom frame through a height adjusting structure, and the supporting back-shaped block and the concave supporting block are provided with supporting adjusting structures.

Inventors

LIU XIAORUI
ZHANG DAN
GAO QIANG

Assignees

刘晓蕊
张丹
高强

Dates

Publication Date: 20260505
Application Date: 20231226

Claims (10)

1. The orthopedic nursing massage rehabilitation device for orthopaedics operation comprises a bottom frame, leg support blocks, support return blocks and concave support blocks, and is characterized in that the leg support blocks are arranged on the support return blocks through angle adjusting structures, the concave support blocks are arranged on the support return blocks, the leg support blocks, the support return blocks and the concave support blocks are arranged on the bottom frame through height adjusting structures, and the support return blocks and the concave support blocks are provided with support adjusting structures; The support adjusting structure comprises a horizontal support adjusting block, a concave support moving block, an arc waist extrusion block, a hip rotating supporting plate, a hip rotating supporting shaft, a pair of hip rotating concave slide ways, a pair of hip rotating convex slide blocks, a pair of hip rotating arc shafts, a pair of buffer rotating sleeve springs, a pair of ring electromagnets, a pair of ring magnets, a horizontal moving threaded rod, a horizontal moving threaded pipe, a plurality of horizontal support limiting shafts, a horizontal moving sleeve gear box, a horizontal moving sleeve driving machine, an arc back telescopic stretching block and a flexible supporting assembly; The horizontal support adjusting block is movably inserted on the inner side of the concave supporting block, the horizontal movement threaded rod is movably inserted on the horizontal support adjusting block through a bearing, the horizontal movement threaded pipe is inserted on the horizontal movement threaded rod, the horizontal movement sleeved gear box is sleeved on the horizontal movement threaded rod, the driving end of the horizontal movement sleeved driving machine is connected on the horizontal movement sleeved gear box, a plurality of horizontal support limiting shafts are respectively movably inserted on a plurality of concave supporting blocks, a plurality of horizontal support limiting shafts are respectively movably inserted on the horizontal support adjusting block, the concave supporting moving block is installed on the horizontal support adjusting block, the circular arc waist extrusion block is installed on the concave supporting moving block, the hip rotary supporting plate is respectively and relatively parallel installed on the concave supporting moving block through the hip rotary supporting shaft, a pair of hip rotary concave sliding ways are respectively and rotatably installed on the concave sliding blocks, a pair of rotary sliding blocks are respectively arranged on the inner sides of the hip rotary sliding blocks, a pair of the circular arc sliding blocks are respectively rotatably installed on the pair of hip rotary sliding blocks respectively, a pair of rotary sliding blocks are respectively rotatably installed on the pair of hip rotary sliding blocks respectively, a pair of circular arc sliding blocks are respectively rotatably installed on the pair of hip rotary sliding blocks respectively, the pair of buffering rotary sleeving springs are sleeved on the pair of hip rotary arc shafts respectively, the arc back telescopic stretching blocks are installed on the arc waist extrusion blocks, the arc back telescopic stretching blocks are movably inserted on the support loop blocks, and the flexible support assembly is installed on the arc waist extrusion blocks, the hip rotary support plates and the arc back telescopic stretching blocks.
2. The orthopedic nursing massage rehabilitation device for orthopaedics operation according to claim 1, wherein the height adjusting structure comprises a pair of tooth-mounted lifting limiting blocks, a plurality of lifting supporting threaded pipes, a plurality of lifting supporting threaded rods, a plurality of lifting limiting shaft pipes, a plurality of lifting limiting shaft rods, a plurality of lifting convex supporting blocks, a plurality of lifting return limiting blocks, a plurality of lifting supporting limiting shafts, a pair of lifting gear sets, a pair of concave lifting supporting blocks, a pair of convex lifting supporting blocks and a pair of lifting driving machines; The pair of tooth-mounted lifting limiting blocks are installed on the underframe, the plurality of lifting supporting threaded pipes are inserted into the inner sides of the pair of tooth-mounted lifting limiting blocks through bearings, the plurality of lifting supporting threaded rods are movably inserted into the plurality of lifting supporting threaded pipes respectively, the plurality of lifting convex supporting blocks are installed on the plurality of lifting supporting threaded rods respectively, the plurality of lifting return-shaped limiting blocks are evenly installed on the inner sides of the pair of tooth-mounted lifting limiting blocks, the plurality of lifting supporting limiting shafts are movably inserted into the lifting return-shaped limiting blocks and the pair of tooth-mounted lifting limiting blocks, the plurality of lifting limiting shaft pipes are evenly installed on the underframe, the plurality of lifting limiting shaft rods are movably inserted into the inner sides of the lifting limiting shaft pipes respectively, the lifting limiting shaft rods are connected to the angle adjusting structures on the leg supporting blocks, the lifting return-shaped supporting blocks and the concave supporting blocks respectively, the pair of lifting gear sets are installed on the lifting supporting threaded pipes evenly, the pair of lifting driving ends are connected to the pair of lifting convex supporting blocks on the lifting support blocks respectively, and the pair of lifting driving ends are connected to the lifting return-shaped supporting blocks on the lifting support blocks.
3. The orthopedic nursing massage rehabilitation device for orthopedics surgery according to claim 2, wherein the angle adjusting structure comprises a pair of concave angle bearing blocks, an angle rotating shaft, a pair of angle concave arc blocks, a pair of angle convex arc blocks, a pair of angle repelling electromagnets, a pair of angle repelling magnets and a locking component; The pair of concave angle bearing blocks are respectively installed on the leg supporting blocks and the supporting return-shaped blocks, the angle rotating shaft is inserted on the pair of concave angle bearing blocks, the pair of angle concave arc blocks are respectively installed on the pair of convex lifting supporting blocks relatively in parallel, the pair of angle convex arc blocks are respectively installed on the leg supporting blocks, the pair of angle convex arc blocks are respectively movably inserted on the inner sides of the pair of angle concave arc blocks, the pair of angle repulsive electromagnets are respectively installed on the inner sides of the pair of angle concave arc blocks, the pair of angle repulsive magnets are respectively installed on the inner sides of the pair of angle convex arc blocks, and the locking assembly is installed on the pair of angle concave arc blocks.
4. The orthopedic nursing massage rehabilitation device for orthopedics surgery according to claim 3, wherein the flexible supporting component comprises a plurality of circular arc air bags, a plurality of one-way air bags, an inflator pump and a shunt valve tube; The circular arc airbags are uniformly arranged on the circular arc waist extrusion blocks and the buttock rotating support plates, the circular arc airbags are respectively connected with each other through the unidirectional airbags, the inflator pump is arranged on the underframe, the flow dividing valve pipe is arranged on the inflator pump, and the flow dividing valve pipe is connected with the unidirectional airbags.
5. The orthopedic nursing massage rehabilitation device for orthopedics surgery according to claim 4, wherein the locking component comprises a plurality of convex extrusion blocks, two pairs of friction blocks, a plurality of friction plates, two pairs of extrusion electromagnets and a plurality of extrusion magnets; The pair of angle concave arc blocks are respectively arranged on a plurality of convex expansion grooves, the plurality of convex extrusion blocks are respectively movably inserted into the inner sides of the plurality of convex expansion grooves, the plurality of friction plates are respectively arranged on the plurality of convex extrusion blocks, the two pairs of friction blocks are respectively arranged on the pair of angle convex arc blocks, the two pairs of extrusion electromagnets are respectively arranged on the pair of angle concave arc blocks, and the plurality of extrusion magnets are respectively arranged on the plurality of convex extrusion blocks.
6. The orthopedic nursing massage rehabilitation device for orthopedics surgery according to claim 5, wherein a plurality of limiting restraint belts are respectively arranged on the leg supporting block and the supporting loop-shaped block.
7. The orthopedic nursing massage rehabilitation device for orthopedics surgery according to claim 6, wherein pressure sensors are arranged on the circular arc waist extrusion block and the hip rotating support plate.
8. The orthopedic nursing massage rehabilitation device for orthopedics surgery according to claim 7, wherein two pairs of the pressing electromagnets, a pair of the ring electromagnets and a pair of the angle repelling electromagnets are respectively provided with a resistance regulator.
9. The application method of the orthopedic nursing massage rehabilitation device for orthopaedics operation comprises the following operation steps of S1, lying a patient, S2, lumbar support adjustment, S3, leg support adjustment, S4, waist and leg limiting, S5, expansion support; step S1, a patient lies on a leg supporting block and an upper supporting loop-shaped block; s2, adjusting the supporting position of the waist through a supporting adjusting structure on the inner side of a concave supporting block on the supporting square block; S3, vertically rotating the buttock rotating supporting plate through the supporting and adjusting structure, so that vertical overturning adjustment is performed according to the position of symptoms of a patient, and secondary adjusting and supporting are performed on the waist, and therefore the problem that the waist is suspended and tired due to gravity adjustment during leg adjustment is avoided; S4, limiting the waist and the legs of the patient through a limiting restraint strap; And S5, expanding, extruding and supporting the waist and the legs of the patient through the flexible supporting component.
10. The method of claim 9, wherein in the step S2 and the step S3, the height of the whole device and the patient is adjusted by the height adjusting structure, so as to adjust the position of the patient according to different requirements.

Description

Orthopedic nursing massage rehabilitation device for orthopedics postoperative and use method Technical Field The invention relates to the technical field of orthopedics nursing, in particular to an orthopedics nursing massage rehabilitation device used after orthopedics operation and a use method thereof. Background In the nursing process of orthopedics patient after the operation, often need nursing staff to carry out rehabilitation operations such as massage to patient affected part to guarantee the limbs perception of patient's limbs and temper with muscle, but the massage device that adopts now generally all needs medical personnel manual operation, and the time is long to cause tired easily, and also influenced medical personnel's other work, bring very big inconvenience for medical personnel, also have automatic massage device, need medical personnel to support massage equipment on it when nursing of shank inconvenient patient carries out shank, cause inconvenience to medical personnel, perhaps have had the technical means who solves among the prior art to above-mentioned problem, but the proposal is wanting to provide an alternative or alternative technical scheme. Disclosure of Invention The technical scheme of the orthopedic nursing massage rehabilitation device for realizing the purposes comprises a bottom frame, leg supporting blocks, supporting return blocks and concave supporting blocks, wherein the leg supporting blocks are arranged on the supporting return blocks through angle adjusting structures, the concave supporting blocks are arranged on the supporting return blocks, the leg supporting blocks, the supporting return blocks and the concave supporting blocks are arranged on the bottom frame through height adjusting structures, and the supporting return blocks and the concave supporting blocks are provided with supporting adjusting structures; The support adjusting structure comprises a horizontal support adjusting block, a concave support moving block, an arc waist extrusion block, a hip rotating supporting plate, a hip rotating supporting shaft, a pair of hip rotating concave slide ways, a pair of hip rotating convex slide blocks, a pair of hip rotating arc shafts, a pair of buffer rotating sleeve springs, a pair of ring electromagnets, a pair of ring magnets, a horizontal moving threaded rod, a horizontal moving threaded pipe, a plurality of horizontal support limiting shafts, a horizontal moving sleeve gear box, a horizontal moving sleeve driving machine, an arc back telescopic stretching block and a flexible supporting assembly; The horizontal support adjusting block is movably inserted on the inner side of the concave supporting block, the horizontal movement threaded rod is movably inserted on the horizontal support adjusting block through a bearing, the horizontal movement threaded pipe is inserted on the horizontal movement threaded rod, the horizontal movement sleeved gear box is sleeved on the horizontal movement threaded rod, the driving end of the horizontal movement sleeved driving machine is connected on the horizontal movement sleeved gear box, a plurality of horizontal support limiting shafts are respectively movably inserted on a plurality of concave supporting blocks, a plurality of horizontal support limiting shafts are respectively movably inserted on the horizontal support adjusting block, the concave supporting moving block is installed on the horizontal support adjusting block, the circular arc waist extrusion block is installed on the concave supporting moving block, the hip rotary supporting plate is respectively and relatively parallel installed on the concave supporting moving block through the hip rotary supporting shaft, a pair of hip rotary concave sliding ways are respectively and rotatably installed on the concave sliding blocks, a pair of rotary sliding blocks are respectively arranged on the inner sides of the hip rotary sliding blocks, a pair of the circular arc sliding blocks are respectively rotatably installed on the pair of hip rotary sliding blocks respectively, a pair of rotary sliding blocks are respectively rotatably installed on the pair of hip rotary sliding blocks respectively, a pair of circular arc sliding blocks are respectively rotatably installed on the pair of hip rotary sliding blocks respectively, the pair of buffering rotary sleeving springs are sleeved on the pair of hip rotary arc shafts respectively, the arc back telescopic stretching blocks are mounted on the arc waist extrusion blocks, the arc back telescopic stretching blocks are movably inserted on the support loop blocks, and the flexible support assemblies are mounted on the arc waist extrusion blocks, the hip rotary support plates and the arc back telescopic stretching blocks; In the above, the patient lies down on the leg supporting block and the support loop block, the horizontal moving sleeve driving machine on the concave supporting block supporting the inner side of the