CN111803263A

CN111803263A - Orthopedic nursing support

Info

Publication number: CN111803263A
Application number: CN202010645707.3A
Authority: CN
Inventors: 冉建英; 张霞
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-07
Filing date: 2020-07-07
Publication date: 2020-10-23
Anticipated expiration: 2040-07-07
Also published as: CN111803263B

Abstract

The invention discloses an orthopedic nursing support, which comprises an inner supporting layer, a separating guard plate, an outer adjusting plate, a vertical adjusting rod and a rotating block, wherein the inner supporting layer is abutted against the inner wall of the separating guard plate, one end of the separating guard plate, which is far away from the inner supporting layer, is connected with the outer adjusting plate, when the inner supporting edge is attached to the inner part for adjustment, the inner part is extruded and stressed by an outer limiting layer, a centripetal block pushes the expanding edge to extend outwards, when the outer layer applies force to the outer layer, a large-area pocket of the surface supporting layer is abutted outwards, so that an external adjuster can see the change of tightness, when children wear equipment for adjustment, the tightness of the inner layer changes and is observed by the change of the inner layer, when the adhering head is abutted against the surface, the adhering head is in a static state, in the process of leg movement, the contacted part can be adhered, a pulling force is applied to the adhering head, when the legs of the children wear equipment for adjustment, the legs of the children slightly move along with the surface, in the case of a certain force range, the return is carried out following the movement of the leg.

Description

Orthopedic nursing support

Technical Field

The invention belongs to the field of medical orthopedics, and particularly relates to an orthopedic nursing support.

Background

The bone of the child is not completely developed, the child is easy to be injured when colliding, the most frequently collided bone is the leg and the knee, and an orthopedic auxiliary support is needed to perform auxiliary fixing rehabilitation on the corresponding part.

Based on the findings of the inventor, the existing orthopedic support mainly has the following defects, such as:

1. when the orthopedic support is arranged between the thigh and the shank, the tightness of the support is low for children, if the support is loose, the required effect is difficult to achieve, and when the support is too tight, the discomfort of the children is easy to cause.

2. When the support is fixed, when children's knee has certain crooked activity, its support can have the power that is driven by crooked, has moved the position that originally fixed to it is not good to lead to its supplementary recovered effect.

It is therefore desirable to provide an orthopedic care support.

Disclosure of Invention

When solving above-mentioned technique when orthopedics support frame between thigh and shank, children are lower to the elasticity cognition degree of support, if the support frame is loose, be difficult to reach required effect promptly, when the support is too tight, cause children's discomfort more easily, fix when the support, when children's knee has certain bending activity, its support can have the power that is driven by crooked, has moved the position that originally fixed well to lead to the not good problem of its supplementary recovered effect.

The invention relates to an orthopedic nursing support, which is achieved by the following specific technical means:

the structure of the device comprises an inner supporting layer, a separating guard plate, an outer adjusting plate, a vertical adjusting rod and a rotating block.

The interior layer of supporting is contradicted in separating the backplate inner wall, separate the backplate and keep away from the one end on interior layer and transfer the board to be connected with outer, erect the accent pole and install in transferring the board surface outward, erect the accent pole and weld in the rotating block surface.

As a further improvement of the invention, the inner supporting layer comprises an extruding core, two inner channels and two inner supporting edges, the inner channels are embedded inside the inner supporting edges, the outer surfaces of the inner supporting edges are attached to the inner walls of the extruding core, the extruding cores are symmetrically distributed, the inner channels are in a circular hole type structure, and the inner channels are separated in an arc state.

As a further improvement of the invention, the extrusion core comprises an expansion pushing core, an outer limit layer, angle fixing blocks and expansion supporting arcs, the expansion supporting arcs are supported on the outer surface of the expansion pushing core, the angle fixing blocks are arranged in the outer limit layer, the outer limit layer is connected with the expansion pushing core, the angle fixing blocks are in a triangular structure, and four and two expansion supporting arcs are arranged to form a group.

As a further improvement of the invention, the expansion-resisting arc comprises a buckling edge, a dragging strip, convex balls, a lower resisting arc and a surface resisting layer, the dragging strip is arranged on the outer surface of the buckling edge and connected with the convex balls, the lower resisting arc is attached to the outer surface of the surface resisting layer, the number of the convex balls is four, the buckling edge is of a semi-arc structure, and the dragging strip is made of rubber materials and has certain back-dragging property.

As a further improvement of the invention, the expansion and push core comprises a middle support core, a spread-out edge, a middle bag, a centripetal block and three edge support blocks, wherein the three edge support blocks are connected with the middle support core, the centripetal block is arranged on the side of the middle support core, the spread-out edge is arranged on the outer surface of the middle bag, the two centripetal blocks are symmetrically distributed, the middle support core is in a semi-arc structure, one end of each of the three edge support blocks is a sharp angle, and the other end of each of the three edge support blocks is in an arc structure.

As a further improvement of the invention, the inner abutting edge comprises a soft intermediate layer, inner abutting glue, direction stabilizing angles and a middle opening, the inner abutting glue is attached to the inner wall of the soft intermediate layer, the direction stabilizing angles are embedded into the soft intermediate layer, the soft intermediate layer is arranged on the outer surface of the middle opening, ten and five direction stabilizing angles form a group, and the inner abutting glue is of a semi-arc structure.

As a further improvement of the invention, the internal support glue comprises a sticky support head, a rear pulling head, a swinging shell and four limiting arcs, wherein the sticky support head is attached to the outer surface of the rear pulling head, the swinging shell is connected with the rear pulling head, the rear pulling head is embedded into the limiting arcs, the sticky support heads are of arc-shaped structures, the number of the rear pulling heads is three, and the number of the swinging shell is four.

As a further improvement of the invention, the direction stabilizing angle comprises a fixed force core, a force protecting head and two outer abutting edges, wherein the force protecting head is attached to the outer surface of the fixed force core, the fixed force core is embedded into the outer abutting edges, the fixed force core is of a triangular structure, and the number of the outer abutting edges is two.

Compared with the prior art, the invention has the following beneficial effects:

1. when interior butt limit subsides are adjusted in inside, extrude the atress by outer limiting layer to inside, let heart receive the change to the conflict space between piece and the trilateral piece of supporting, its heart promotes towards the piece will expand to the limit toward outer extension, when the outer strata carries out the application of force to it, take power to exert and expand to certain reverse, promote from inside to expand the arc toward outer inflation, the face supports the pocket of layer large tracts of land and lives and outwards supports and move, let the change of tightness can be seen to external regulator, can be when wearing equipment adjustment to children, the elasticity change at the inlayer, produce the change and observe by the inlayer.

2. The support head is a static state when being contradicted on the surface, and in the process of shank activity, can hold in the palm and glue the position that contacts, give and glue the power that holds in the palm one and pull back of head, when propping to glue and follow shank activity including, give its certain counter-force, when the person's shank of wearing has some activity, let it follow the surface and slightly move in the lump, under the circumstances of a certain power scope, follow the activity of shank and carry out the return.

Drawings

Fig. 1 is a schematic structural diagram of an orthopedic care bracket according to the present invention.

Fig. 2 is a schematic top view of an inner resist layer according to the present invention.

FIG. 3 is a schematic top view of an extruded core according to the present invention.

Fig. 4 is a schematic front view of an internal structure of an expansion-resisting arc according to the present invention.

FIG. 5 is a schematic view of the front view of the internal structure of the expansion and pushing core of the present invention.

Fig. 6 is a schematic front view of an inner abutting edge according to the present invention.

Fig. 7 is a schematic front view of an internal structure of an internal resist according to the present invention.

Fig. 8 is a schematic view of an elevation internal structure of a direction stabilizing angle according to the present invention.

In the figure: an inner support layer-qw 11, a guard board-qw 22, an outer adjusting plate-qw 33, a vertical adjusting rod-qw 44, a rotating block-qw 55, a core-extruding-g 11, an inner channel-g 22, an inner support edge-g 33, an expansion core-www 1, an outer limit layer-www 2, a corner fixing block-www 3, an expansion arc-www 4, a buckle edge-tt 01, a glue strip-tt 02, a convex ball-tt 03, a lower support arc-tt 04 and a surface support layer-tt 05, the core-hh 1, the spanwise edge-hh 2, the middle capsule-hh 3, the centripetal block-hh 4, the three-edge butting block-hh 5, the soft interlayer-zx 01, the inner butting glue-zx 02, the stabilizing angle-zx 03, the middle opening-zx 04, the sticky supporting head-ss 11, the rear dragging head-ss 22, the pendulum shell-ss 33, the limit arc-ss 44, the fixing core-tr 1, the force protecting head-tr 2 and the outer butting edge-tr 3.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

as shown in figures 1 to 5:

the invention provides an orthopedic nursing support, which structurally comprises an inner support layer qw11, a partition board qw22, an outer adjusting plate qw33, a vertical adjusting rod qw44 and a rotary block qw 55.

The inner support layer qw11 butts against the inner wall of the guard board qw22, one end, far away from the inner support layer qw11, of the guard board qw22 is connected with the outer adjusting plate qw33, the vertical adjusting rod qw44 is installed on the outer surface of the outer adjusting plate qw33, and the vertical adjusting rod qw44 is welded on the outer surface of the rotating block qw 55.

Wherein, interior supporting layer qw11 includes crowded core g11, interior way g22, interior limit g33 of supporting, interior way g22 imbeds in interior supporting limit g33 inside, interior supporting limit g33 surface laminating in crowded core g11 inner wall, crowded core g11 is equipped with two and symmetric distribution, interior way g22 is the round hole type structure, interior way g22 is the arc state and separates, lets the user can be more convenient wear, and interior supporting limit g33 attaches with the position of contradicting, follows one of them and deformation, and crowded core g11 produces the change of self when bearing external force, plays the effect of suggestion to the external world.

The extrusion core g11 comprises an expansion core www1, an outer limit layer www2, a fixed angle block www3 and an expansion-resisting arc www4, wherein the outer surface of the expansion core www1 is supported by the expansion-resisting arc www4, the fixed angle block www3 is installed inside the outer limit layer www2, the outer limit layer www2 is connected with the expansion core www1, the fixed angle block www3 is in a triangular structure, four expansion-resisting arcs www4 are arranged in a group of two, the expansion core www1 can bear the extrusion force given by the inside in a large area, the outer limit layer www2 limits the maximum range of the whole body, the fixed angle block www3 stably bears the force exerted by the outer layer, the expansion-resisting arc block www4 does not move excessively, and the expansion-resisting arc www4 pushes the deformation of the whole body by the force of the inside expansion.

The expansion-resisting arc www4 comprises a buckle edge tt01, a glue-pulling strip tt02, a convex ball tt03, a lower-resisting arc tt04 and a surface-resisting layer tt05, the glue-pulling strip tt02 is installed on the outer surface of the buckle edge tt01, the glue-pulling strip tt02 is connected with the convex ball tt03, the lower-resisting arc tt04 is attached to the outer surface of the surface-resisting layer tt05, the convex ball tt03 is of a spherical structure and is provided with four, the buckle edge tt01 is of a semi-arc structure, the glue-pulling strip tt02 is made of rubber and has certain pull-back performance, the buckle edge tt01 fixes a force-bearing point on one side, the glue-pulling strip tt02 stretches back according to the force of the joint part, the convex ball tt03 uniformly bears the force of the outer layer and moves in a certain reverse direction, and the surface-resisting layer tt05 bears the external force in a large area.

The expansion pushing core www1 comprises a middle abutting core hh1, a spreading side hh2, a middle bag hh3, a centripetal block hh4 and a three-side abutting block hh5, wherein the three-side abutting block hh5 is connected with the middle abutting core hh1, the centripetal block hh4 is arranged on the side of the middle abutting core hh1, the spreading side hh2 is arranged on the outer surface of the middle bag hh3, the centripetal block hh4 is provided with two symmetrical blocks, the middle abutting core hh1 is of a semi-arc structure, one end of the three-side abutting block hh5 is a sharp corner, the other end of the three-side abutting block hh5 is tightly attached, the large-area external force is borne by the middle abutting core hh1, the force of the part is gathered and applied to the three sides and spread together, and the centripetal block hh4 applies force to the three sides in a certain reverse direction when the outer layer applies force to the three sides.

The specific use mode and function of the embodiment are as follows:

in the invention, when a child wears the child, the inner supporting layer qw11 is attached to the leg, the knee is exposed between the inner supporting layer qw11 and the knee is adjusted by the outer adjusting plate qw33, the inner supporting layer qw22 separates the inner supporting layer qw from the outer adjusting plate qw33, when the inner supporting edge g33 is attached to the inner adjusting plate, the inner limiting layer www2 presses the inner part, the expansion core www1 presses against the leg, the three-side supporting block hh5 presses against the leg, the other side continuously applies force for adjustment, the pressing space between the heart block hh4 and the three-side supporting block hh5 is changed, the heart block hh4 pushes the extending side hh2 outwards, when the bag hh3 is pressed by the force limited by the extending side hh2, the gas in the inner part runs outwards, the inner part pushes the supporting arc 4 to expand outwards, the surface supporting layer tt 48, the bag pushes the large area of the outer supporting edge hft 2 to be connected with the convex arc 04, and the convex arc 04 is pushed outwards and fixed, the tear strip tt02 is engaged therebetween so that its expansion arc www4 can project beyond the extent of the fixed angle block www3 to allow an outside adjuster to see the change in tightness.

Example 2:

as shown in fig. 6 to 8:

the inner abutting edge g33 comprises a soft interlayer zx01, inner abutting glue zx02, a direction stabilizing angle zx03 and a middle opening zx04, wherein the inner abutting glue zx02 is attached to the inner wall of the soft interlayer zx01, the direction stabilizing angle zx03 is embedded into the soft interlayer zx01, the soft interlayer zx01 is installed on the outer surface of the middle opening zx04, ten and five of the direction stabilizing angles zx03 are arranged as a group, the inner abutting glue zx02 is of a semi-arc structure, the inner abutting glue zx02 collides with an external object in a large area and swings together with the external object, the direction stabilizing angle zx03 separates parts on two sides to enable the external object to move in a certain range, and the soft interlayer zx01 changes along with the change of the internal parts.

The inner resisting glue zx02 comprises a sticky holding head ss11, a rear pulling head ss22, a pendulum shell ss33 and limiting arcs ss44, wherein the sticky holding head ss11 is attached to the outer surface of a rear pulling head ss22, the pendulum shell ss33 is connected with the rear pulling head ss22, the rear pulling head ss22 is embedded into the limiting arcs ss44, the sticky holding head ss11 is of an arc-shaped structure, the number of the rear pulling heads ss22 is three, the number of the pendulum shell ss33 is four, the sticky holding heads ss11 can hold the parts in contact, the pendulum shell ss33 enables the parts on the side to have a certain movable range, and the rear pulling head ss22 swings together under the stress at the connecting parts to give a certain degree of force and is pulled and returned under the action of a certain counterforce.

The direction stabilizing angle zx03 includes a fixed force core tr1, a force protection head tr2 and an outer supporting edge tr3, the force protection head tr2 is attached to the outer surface of the fixed force core tr1, the fixed force core tr1 is embedded into the outer supporting edge tr3, the fixed force core tr1 is of a triangular structure, two outer supporting edges tr3 are arranged, the fixed force core tr1 fixes the overall central force, the outer supporting edge tr3 bears the external forces on two sides and pushes the external forces towards the middle end, and the force protection head tr2 plays a role in protecting a stressed part.

The specific use mode and function of the embodiment are as follows:

in the invention, when the leg is placed in the middle opening zx04, under the condition of movement, the inner resisting glue zx02 in the leg pushes against the leg, when the sticking head ss11 pushes against the surface, the leg is in a static state, in the process of movement of the leg, the sticking head ss11 slightly swings in the pendulum shell ss33 along with the original position, the rear end is caught by the pull-back head ss22, a pull-back force is given to the sticking head ss11, when the inner resisting glue zx02 moves along with the leg, the inner resisting glue is separated by the stable angle zx03, the fixed force core tr1 fixes the middle force, and the two sides of the outer resisting edge tr3 are stressed and extruded to give a certain counter force.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides an orthopedic nursing support, its structure includes interior layer (qw 11), apron board (qw 22), outer accent board (qw 33), vertical accent pole (qw 44), commentaries on classics piece (qw 55), its characterized in that:

the inner support layer (qw 11) is abutted against the inner wall of the guard board (qw 22), one end, far away from the inner support layer (qw 11), of the guard board (qw 22) is connected with the outer adjusting plate (qw 33), the vertical adjusting rod (qw 44) is installed on the outer surface of the outer adjusting plate (qw 33), and the vertical adjusting rod (qw 44) is welded on the outer surface of the rotating block (qw 55).

2. An orthopedic care bracket as defined in claim 1, wherein: the inner supporting layer (qw 11) comprises an extruding core (g 11), an inner channel (g 22) and an inner supporting edge (g 33), the inner channel (g 22) is embedded into the inner supporting edge (g 33), and the outer surface of the inner supporting edge (g 33) is attached to the inner wall of the extruding core (g 11).

3. An orthopedic care bracket as defined in claim 2, wherein: the extrusion core (g 11) comprises an expansion pushing core (www 1), an outer limit layer (www 2), a corner fixing block (www 3) and an expansion resisting arc (www 4), wherein the outer surface of the expansion pushing core (www 1) is supported by the expansion resisting arc (www 4), the corner fixing block (www 3) is installed inside the outer limit layer (www 2), and the outer limit layer (www 2) is connected with the expansion pushing core (www 1).

4. An orthopedic care bracket as defined in claim 3, wherein: the expansion resisting arc (www 4) comprises a buckle edge (tt 01), a gluing strip (tt 02), a convex ball (tt 03), a lower resisting arc (tt 04) and a surface resisting layer (tt 05), wherein the gluing strip (tt 02) is installed on the outer surface of the buckle edge (tt 01), the gluing strip (tt 02) is connected with the convex ball (tt 03), and the lower resisting arc (tt 04) is attached to the outer surface of the surface resisting layer (tt 05).

5. An orthopedic care bracket as defined in claim 3, wherein: the expansion pushing core (www 1) comprises a middle abutting core (hh 1), a spanwise edge (hh 2), a middle bag (hh 3), a heart block (hh 4) and a three-edge abutting block (hh 5), wherein the three-edge abutting block (hh 5) is connected with the middle abutting core (hh 1), the heart block (hh 4) is arranged on the side of the middle abutting core (hh 1), and the spanwise edge (hh 2) is installed on the outer surface of the middle bag (hh 3).

6. An orthopedic care bracket as defined in claim 2, wherein: the inner abutting edge (g 33) comprises a soft intermediate layer (zx 01), inner abutting glue (zx 02), a direction stabilizing angle (zx 03) and a middle opening (zx 04), wherein the inner abutting glue (zx 02) is attached to the inner wall of the soft intermediate layer (zx 01), the direction stabilizing angle (zx 03) is embedded into the soft intermediate layer (zx 01), and the outer surface of the middle opening (zx 04) is provided with the soft intermediate layer (zx 01).

7. An orthopedic care bracket as defined in claim 6, wherein: the inner glue resisting device (zx 02) comprises a glue supporting head (ss 11), a rear dragging head (ss 22), a pendulum shell (ss 33) and a limiting arc (ss 44), wherein the glue supporting head (ss 11) is attached to the outer surface of the rear dragging head (ss 22), the pendulum shell (ss 33) is connected with the rear dragging head (ss 22), and the rear dragging head (ss 22) is embedded into the limiting arc (ss 44).

8. An orthopedic care bracket as defined in claim 6, wherein: the steering angle (zx 03) comprises a force fixing core (tr 1), a force protecting head (tr 2) and an outer supporting edge (tr 3), wherein the force protecting head (tr 2) is attached to the outer surface of the force fixing core (tr 1), and the force fixing core (tr 1) is embedded into the outer supporting edge (tr 3).