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An adjuvant treatment and scar technology, applied in fractures, medical science, etc., can solve problems such as poor results, patients' normal walking and foot activity restrictions, and affecting ankle joint activities
Pending Publication Date: 2019-07-05
JILIN UNIV
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Description
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Problems solved by technology
[0003] 1. Scar hyperplasia on the dorsal side of the toe will affect the movement of the toe joint;
[0004] 2. Scar hyperplasia between toe webs will cause toe web adhesion;
[0005] 3. Scar hyperplasia at the metatarsophalangeal joint will cause toe dorsiflexion deformity;
[0006] 4. Scar hyperplasia on the dorsum of the foot and the ankle will cause the dorsiflexion contracture of the ankle and affect the movement of the ankle joint
Conventional surgical methods are scar release and full-thickness skin transplantation to correct deformities. Some patients often experience contractures after surgery, especially children, who often need repeated surgical corrections, causing great psychological and physical pain to patients. harm
[0008] In the past, rehabilitation therapists limited the scar contracture of the foot by making static braces, but there was a lack of accurate treatment to inhibit the contracture of scars in different parts of the foot. limit
Method used
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Embodiment 1
[0041] See figure 1 , 2 As shown in 4, an auxiliary treatment shoe for anti-fetal scar contracture, which includes: sole 1, toe fixing part, heel fixing part;
[0042] The toe fixing parts are respectively provided with a toe web hook belt, an adjusting hook belt 333, a toe web fixing bolt, a toe pressure belt 331, and a pressure belt buckle 332;
[0043] The toe web hook belt includes: a first toe web hook belt 311, a second toe web hook belt 312, a third toe web hook belt 313, and a fourth toe web hook belt 314; the toe web hook belt is one Curved belt, set longitudinally;
[0044] The toe pressure belt 331, the first toe web hook belt 311, the second toe web hook belt 312, the third toe web hook belt 313, the fourth toe web hook belt 314, and the adjusting hook belt 333 are sequentially fixed on the sole 1 ; The pressure belt buckle 332 is located behind the toe pressure belt 331;
[0045] The toe web fixing bolts are divided into: a first toe web fixing bolt 321, a second toe web...
Embodiment 2
[0051] See figure 1 , 2 , 3 and 4, an anti-feet scar contracture auxiliary treatment shoe, which includes: sole 1, toe fixing part, heel fixing part;
[0052] The sole 1 includes: a shoe rack 11, a shoe sole 12, an adjusting rod, and a supporting plate 14;
[0053] A through hole is provided between the toe (bone) and the metatarsal (bone) at the front end of the shoe rack 11; the lower end of the shoe rack 11 corresponding to the toe (bone) to the paw (bone) is provided with an adjusting device slot ;
[0054] The shoe sole 12 is arranged in the middle of the groove of the adjusting device, and the shoe sole 12 and the shoe rack 11 are fixedly connected by bolts;
[0055] The upper end of the middle part of the clog bottom 12 is also provided with a bearing seat I121;
[0056] The adjusting rod is provided with: resistance arm plate 131, power arm 132, bearing seat II 133;
[0057] The bearing seat I 121 and the bearing seat II 133 are axially connected by the adjusting rod shaft 15;
...
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Abstract
The invention discloses a foot scar contracture resistance auxiliary therapy shoe which comprises a sole, a toe fixing portion and a heel fixing portion. The toe fixing portion is provided with a toeweb hook strap, an adjusting hook strap, a toe web fixing bolt, a toe pressing strap and a pressing strap fastener which are fixed onto the sole. The heel fixing portion is provided with an ankle lace, one end of a toe web compression strap is connected with the upper portion of the toe web fixing bolt, and the other end of the toe web compression strap is provided with an ankle lace looping. Thesole comprises a shoe frame, a shoe bottom, an adjusting rod and a supporting plate; the front end of the shoe frame is provided with a through hole; the lower end of the shoe frame is provided with an adjusting device groove; the shoe bottom is fixed in the middle of the adjusting device groove; the adjusting rod is provided with a resisting arm plate, a power arm and a bearing block II; the bearing block II is coupled with a bearing block II arranged at the upper end of the shoe bottom. When a foot scar patient wearing the auxiliary therapy shoe steps, the supporting plate drives the power arm to rotate, the resisting arm plate is turned downwards, toe and foot dorsum muscle tissues are stretched to move, and rehabilitation of patient feet is physically aided.
Description
Technical field [0001] The invention belongs to the category of medical auxiliary equipment, and in particular relates to an auxiliary treatment shoe for anti-feet scar contracture. Background technique [0002] In the past 50 years, although the survival rate of burns has improved significantly, post-injury scars are still one of the most serious problems faced by burn rehabilitation; 32-72% of patients have hypertrophic scars, and 38-54% of patients have hypertrophic scars. Scar contracture; and up to 46% of patients require at least one reconstructive surgical intervention; risk factors for the development of pathological scars after burns include: skin color, women, children, neck or limb burns, multiple operations, mesh skin grafts, healing time Prolongation and severity of burns; the highest incidence of scarring after burns on limbs and head and neck. Among them, common problems caused by scars after foot burns are: [0003] 1. Scar hyperplasia on the dorsal side of the toe...
Claims
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Application Information
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