CN113288733A

CN113288733A - Walking aid for high paraplegia patient

Info

Publication number: CN113288733A
Application number: CN202110645234.1A
Authority: CN
Inventors: 郑牧之
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-10
Filing date: 2018-09-10
Publication date: 2021-08-24
Also published as: CN109009897A; CN109009897B

Abstract

High paraplegic patients, such as cervical and lumbar injury patients, are eager for autonomous standing and autonomous walking, and the devices in the aspect are few, large, complex and expensive. The invention uses the equipments such as the back bar, the seat plate, the thigh bar, the shank bar, the foot plate, etc. to support the body; the patient operates the feet with the healthy hands to realize the desired autonomous standing and autonomous walking. The present invention has two configurations, a first configuration for use with a relatively strong patient and a second configuration for use with a relatively weak patient.

Description

Walking aid for high paraplegia patient

Technical Field

A walking aid for high paraplegia patients.

Background

High paraplegic patients, such as cervical and lumbar injury patients, are eager for autonomous standing and autonomous walking, and the devices in the aspect are few, large, complex and expensive.

Disclosure of Invention

The invention uses the equipments such as the back bar, the seat plate, the thigh bar, the shank bar, the foot plate, etc. to support the body; both feet are controlled by the healthy hands of the patient through a door-shaped control lever, a telescopic walking stick and the like, so that the desired autonomous standing and autonomous walking are realized.

The present invention has two configurations, a first configuration for use with a relatively strong patient and a second configuration for use with a relatively weak patient.

Drawings

The attached drawings are schematic diagrams, thin line ellipses form a side schematic diagram of limbs of a human body, and thick lines represent other parts of the invention;

the dotted lines in the drawings do not represent covered lines, the solid lines in the thick and thin lines represent the limb and other parts on the left side of the person, and the dotted lines represent the limb and other parts on the right side of the person.

In order to make the drawing concise, the other components are not shown in specific shapes, which are only indicated by thick lines, and the band closing the other components at the corresponding parts of the body is also omitted.

Fig. 1 shows a first configuration in which a right hand-held cane and right leg together support the body and the left hand lifts the cane while the right leg is lifted to take a forward step.

Fig. 2 shows a second configuration where the right hand cane and left leg together support the body and the left hand raises the cane while the right leg is raised by the joystick to take a forward step.

To make the above structure easy to see, fig. 2 is decomposed into fig. 3 and fig. 4:

fig. 3 shows the right hand-held cane and the left leg together supporting the body.

Fig. 4 shows the left hand lifting the pole while simultaneously lifting the right leg through the joystick and stepping forward.

Fig. 5 shows 2 joysticks mounted on the web.

Fig. 6 is a retractable cane.

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

The first structure is as follows:

comprises a back rod (1), a seat plate (2), a thigh rod (3), a shank rod (6) and a foot plate (11);

they are made according to the curve and length of the body to be fitted, and the fitting surface is covered with a soft and breathable fabric, and is fixed on the corresponding part of the body by a flexible and strong bandage;

the two back rods are respectively fixed at the positions of two sides of the body, which are deviated to the back, and the thigh rod and the shank rod are respectively fixed at the outer sides of the legs;

the lower ends of the two back rods (1) are respectively fixedly connected with two ends of a seat plate (2) positioned below the ischium, and the two thigh rods (3) are respectively hinged with two ends of the seat plate. The shank rod (6) is hinged with the thigh rod at the knee, and the lower end of the shank rod is fixedly connected with a foot plate (11) positioned on the sole at a right angle;

the lower leg rod (6) extends upwards to the height of the handle of the walking stick (5) after passing through a hinge point at the upper end, and the upper end of the lower leg rod is hinged with the walking stick.

The telescopic walking stick comprises a telescopic walking stick, an upper walking stick section (20) and a handle (24) are connected into a whole, a lower walking stick section (26) is movably matched with the upper walking stick section, a built-in spring (25) is arranged, a telescopic key (29) is arranged on the side surface of the handle, an insertion pin (28) is arranged at the front end of the telescopic key, a handle hole (22) is arranged at the upper walking stick section, a positioning hole (21) is formed in the upper walking stick section, when the walking stick is retracted to the normal length, the handle hole is overlapped with the positioning hole, the insertion pin (28) simultaneously extends into the handle hole and the positioning hole, the walking stick is locked at the normal length, if the telescopic key (29) is pressed by a thumb while the handle is held, the insertion pin (28) is pulled out of the positioning hole, and the spring enables the walking stick to extend.

The hinge points between the thigh rod (3) and the shank rod (6) and between the thigh rod (3) and the seat plate (2) are provided with brake devices, a brake handle (23) is arranged on the walking stick handle (24), one brake handle simultaneously controls two brake wires connected with the brake devices, the brake handles are controlled in reverse direction, the normal state when the hands are not held is braking, and the holding is releasing braking.

The lower leg rod (6) and the upper leg rod (3) extend upwards for a section after passing through the hinge point at the upper end, the upper end of the lower leg rod is provided with a magnet (14), the magnet can increase the reliability of the upright state of the leg when being attracted with the upper leg rod or the back rod (1), and the acting force of the magnet can be adjusted by moving the position of the magnet;

be equipped with extension spring (12), its effect between shank pole (6) upper end and thigh pole (3): 1. the reliability of the standing state of the leg can be increased, and 2, the lifting of the shank of the lower leg can be increased when the user walks, so that the stride is increased. The acting force of the tension spring can be adjusted by moving the fixing point of the tension spring on the thigh rod;

the method of use of the first structure is described below:

the patient is tied with a two-point reliable support composed of a back rod (1), a seat plate (2), a thigh rod (3), a shank rod (6), a foot plate (11) and the like, and two-point auxiliary supports composed of a walking stick (5) which is hinged at the upper end of the shank rod through a hand rod (13) and is contacted with the ground are respectively held by two hands, so that the patient can stand stably;

when walking is started, one hand, such as the right hand, holds the right walking stick (5) to be immobile, the right shank rod (6) and the right thigh rod (3) are immobile in place, the upper body inclines to the right, the gravity center shifts to the right, the right two points support the body, the left hand slightly lifts the lower end of the left walking stick (5), the thumb presses the telescopic key (29) to enable the extended lower end of the walking stick to touch the front ground, then the brake handle (23) is held tightly to release the brake at the hinged part of the left shank rod (6) and the left thigh rod (3), the walking stick handle (24) is pushed forward, the walking stick drives the left shank rod (6) and the left thigh rod (3) to move forward together by virtue of the power, the left hand can omit the step of slightly lifting the lower end of the left shank (5) by the left hand, the thumb presses the telescopic key (29) to enable the extended lower end of the walking stick to touch the front ground, the left hand directly holds the left brake handle (23) to release the brake, the left hand lifts the left shank (6) and the left thigh rod (3) to move forward, then the upper body leans forward and the gravity center moves forward, the left lower leg rod and the foot plate fall to the ground subsequently to finish walking in one step, and the actions are repeated alternately from left to right, so that the high paraplegia patient can realize the self-walking with the sleep.

The second structure is that some facilities are added on the basis of the first structure, and mainly avoid the relatively high physical requirements of the patient that the upper body inclines right, the gravity center moves right, and the body is supported only by two points on the right:

the two control rods are arranged side by side and slightly staggered from top to bottom, so that the hand rods of the two control rods are arranged inside the outer foot rods, the mutual interference is avoided, and a semicircular elbow (19) is arranged at the fixed position of the foot rod of the upper rotating shaft and the fixed position of the upper rotating shaft end, so that the hand rod end of the lower rotating shaft is avoided.

The lower end of the hand lever is hinged with a walking stick (5), the lower end of the foot lever is hinged with a connecting rod (15), and the connecting rod is hinged with the upper end of the lower leg lever (6).

The method of use of the second structure is described below:

the patient is tied with two-point reliable support consisting of a back rod (1), a web plate (16), a seat plate (2), a thigh rod (3), a shank rod (6), a foot plate (11) and the like, and two-point auxiliary support consisting of a walking stick (5) which is hinged to the web plate (16) through a hand rod (13) and is held by two hands respectively and contacted with the ground is added, so that the patient can stand stably;

when walking, firstly one hand, such as the right hand, holds the right walking stick (5) to be immobile in a column, the left leg rod (6) linked with the right hand through the door-shaped control lever is immobile, and under the condition of stable support of the left hand and the right hand, the left hand slightly lifts the lower end of the left walking stick (5), the thumb presses the telescopic key (29) to enable the extended lower end of the walking stick to touch the front ground, then the brake handle (23) is held tightly to relieve the brake at the hinged part of the right calf rod (6) and the right thigh rod (3), the hand stick handle (24) is pushed forwards at the same time, the left hand rod (13) hinged with the walking stick is driven forwards by power, the step of ' slightly lifting the lower end of the left walking stick (5) by the left hand and pressing the telescopic key (29) by the thumb to enable the extended lower end to touch the front ground ' can be omitted by good physical strength ', the left hand is directly the brake handle (23) is held tightly to relieve the brake, the left hand lifting of the left walking stick (5), the left hand rod drives the right foot rod (18) to move forwards and upwards through the rotating shaft (17), so that the right foot rod drives the right lower leg rod (6) and the right upper leg rod (3) to move forwards and upwards through the connecting rod (15), then the upper body tilts forwards and the gravity center moves forwards, the right lower leg rod and the foot plate fall to the ground afterwards, one-step walking is completed, the actions are repeated left and right alternately, and the high paraplegia patient can walk independently.

Claims

1. A walking aid for high paraplegia patients comprises a back rod (1), a seat plate (2), a thigh rod (3), a shank rod (6) and a foot plate (11), which are all manufactured according to the curve and the length of the body to be attached, the attaching surface is covered with soft and breathable fabric, and the soft and breathable fabric is fixed on the corresponding part of the body by a flexible and powerful bandage; the method is characterized in that:

the lower leg rod (6) passes through the hinge point at the upper end and then extends upwards to the height of the handle of the walking stick (5), the upper end of the lower leg rod is hinged with the walking stick,

the upper section (20) of the walking stick is connected with a handle (24) into a whole, the lower section (26) of the walking stick is movably matched with the upper section, a spring (25) is arranged in the walking stick, the side surface of the handle is provided with a telescopic key (29), the front end of the telescopic key is provided with an inserting pin (28), the upper section of the walking stick is provided with a handle hole (22), the upper end of the lower section extends for one section, a positioning hole (21) is formed in the upper section, when the walking stick retracts to the normal length, the handle hole is overlapped with the positioning hole, the inserting pin (28) extends into the handle hole and the positioning hole simultaneously, the walking stick is locked at the normal length, if the telescopic key (29) is pressed by a thumb;

the hinge points between the thigh rod (3) and the shank rod (6) and between the thigh rod (3) and the seat plate (2) are provided with braking devices, a walking stick handle (24) is provided with a braking handle (23), the braking handle simultaneously controls two braking wires connected with the braking devices, the braking handle is controlled reversely, braking is performed in a normal state, and braking is released when being gripped;

a tension spring (12) is arranged between the upper end of the lower leg rod (6) and the thigh rod (3), and the acting force of the tension spring can be adjusted by moving the tension spring at the fixed point of the thigh rod.