CN209950477U - Light orthopedic waist support slipper - Google Patents

Abstract

A light orthopedic waist-protecting slipper belongs to the orthopedic rehabilitation technical field and is composed of a bottom plate and a shoelace, wherein the bottom plate comprises a body layer, a cushion layer, a bottom layer and a surface layer, the body layer and the cushion layer are elastic layers formed by micropore foaming, the body layer is of a front and back same-height structure comprising a front palm part, an arch part and a back root part and consists of a left foot and a right foot which are symmetrically bent along with curves of the left foot and the right foot of a human body, the cushion layer is of an acute-angle structure with a high front part and a low back part and is connected below the front palm part to the arch part of the body layer, the bottom layer is an anti-skidding dense layer with an anti-skidding groove below and is connected below the cushion layer and the body layer above, the surface layer is a dense layer with a high structure at the middle part and a low structure at two sides, the lower part of the surface layer is connected above the body layer, the shoelace is of an arched strip-shaped structure with, the bottom plate and the shoelace are formed into an integral structure by one-time injection molding according to the mold.

Description

Light orthopedic waist support slipper

Technical Field

The utility model relates to a pair of correction waist-protecting shoes, in particular to a pair of light orthopedic waist-protecting slippers, belonging to the technical field of orthopedic rehabilitation articles.

Background

Lumbar diseases, joint diseases, sole deformation and the like caused by wearing high-heeled shoes for a long time or other behaviors violating the human body mechanics principle become problems to be solved. The modern medical field has a method for correcting or treating the diseases, namely the spine skeleton of a human body is corrected by changing the landing posture of the foot of the human body so as to change the gravity center of the human body. As the name suggests, the negative heel shoe is a special shoe with a high front part and a low back part, and the principle is that the foot and the ground form an inclination angle with the high front part and the low back part to cause the gravity center of a human body to move backwards. When the gravity center of the human body moves backwards, the spine of the human body can naturally extend backwards in order to ensure the balance of the whole biological force of the human body. The extent of this stretching is related to the inclination of the foot and the ground of the person, and the medical community often chooses shoes with different inclinations according to the actual condition of the patient. The negative heel shoe is taken as a professional orthopedic rehabilitation shoe, and related subjects comprise foot surgery, non-operative orthopedic, gait analysis, rehabilitation medicine, body training, sports biomechanics and footmark. Negative heeled shoes are one of the hot research directions for ergonomics, orthopedics and gait analytics. The negative heel shoes belong to one of orthopedic shoes, and the functional shoes as rehabilitation articles are seen in the market and are approved to a certain extent and show orthopedic rehabilitation effects. However, most of the negative heel orthopedic shoes are limited to sports shoes, namely shoes worn for outdoor activities, and developers are still lacked as indoor slippers.

Disclosure of Invention

In order to solve the technical problem that the orthopedic negative heel shoes are only limited to sports shoes worn outdoors, the utility model provides a light orthopedic waist support slipper.

The utility model adopts the technical proposal that: a light orthopedic waist-protecting slipper comprises a bottom plate and a shoelace, wherein the bottom plate comprises a body layer and a cushion layer, bottom and surface course and body layer and bed course are the elastic layer of micropore foaming, the body layer is including preceding palm portion, with high structure around including bow portion and back root and by the foot about following the bending of foot curve become the symmetry about the human body, the bed course is for being the sharp angle type structure of low back before high and above-mentioned connection below the palm portion to bow portion before the body layer, the bottom has the closely knit layer of antiskid in antiskid groove below for and above-mentioned connection below bed course and body layer, the surface course is the closely knit layer of the low structure in the middle of being both sides height, connect the higher authority on the body layer below the surface course, the shoelace is the high arch banding structure in low back before the bending of body sole back curve becomes, the outer border of the lower border of shoelace both sides on the palm portion before the body layer, bottom plate and shoelace are according to mould one shot forming structure as an organic whole.

The utility model has the advantages that: the orthopedic process is a physical process of ensuring the balance of the whole biological force of the human body and guiding the spine of the human body to naturally extend backwards, and the utility model can meet the requirement of an orthopedic person to effectively straighten and recover in the process of carrying out a large amount of indoor activities; through adopting EVA micropore foaming one shot injection moulding structure as an organic whole, when effectively lightening bottom plate weight and reaching the person of dress and effectively alleviate the tired effect of feeling of foot, because of the adoption has the closely knit bottom of antiskid in antiskid groove, lets the antiskid function and the wear-resisting function of bottom plate strengthened.

Drawings

The present invention will be further explained with reference to the accompanying drawings:

fig. 1 is a schematic side sectional structure of the present invention.

In the figure, the shoe comprises a base plate 1, a base plate 2, a shoelace 3, a body layer 4, a cushion layer 5, a bottom layer 6, a surface layer 7 and an anti-skid groove.

Detailed Description

In the embodiment of fig. 1, a light orthopedic waist-protecting slipper, which is composed of a bottom plate 1 and a shoelace 2, wherein the bottom plate 1 comprises a body layer 3, a cushion layer 4, a bottom layer 5 and a surface layer 6, the body layer 3 and the cushion layer 4 are elastic layers foamed by micropores, the body layer 3 is a front and back same-height structure including a front palm part, a bow part and a back root part and is composed of a left foot and a right foot which are bent symmetrically along with curves of the left foot and the right foot of a human body, the cushion layer 4 is an acute-angle structure with a high front part and a low back part and is connected with the upper part below the front palm part and the bow part of the body layer 3, the bottom layer 5 is an anti-skid compact layer with an anti-skid groove 7 on the lower part and is connected with the lower parts of the cushion layer 4 and the body layer 3 on the upper part, the lower part of the surface layer 6 is a compact layer with a high middle structure on two sides, the upper part of the body layer 3 is connected with the lower part of the upper, the bottom plate 1 and the shoelace 2 are formed into an integral structure by one-time injection molding according to a mold.

Example (b): one of the characteristics of the utility model is that the bottom plate 1 is the structure of low in the high back before, outer height, lets the person of dress stand on level ground, and the half sole of foot is higher than the heel, forces the focus of human body to move to the rear end of foot after, forces the tension readjustment of waist back muscle, makes the backbone straighten naturally. The health-care product can correct poor standing and walking postures, strengthen waist and back muscles, prevent, relieve and treat chronic lumbago and cervical spondylosis, has stable curative effect, is not easy to relapse, has a certain effect on losing weight of adults, and has better effects on body shape recovery after childbirth of women and body shape correction of teenagers; the other characteristic is that the EVA microporous foam is formed into an integral structure by one-time injection molding, so that the weight of the bottom plate is effectively reduced, and the wearer can feel relaxed and free.

Claims (1)

1. A light orthopedic waist-protecting slipper is composed of a bottom plate and a shoelace, and is characterized in that: the bottom plate includes the body layer, the bed course, bottom and surface course and body layer and bed course are the elastic layer of micropore foaming, the body layer is including preceding palm portion, with high structure around including bow portion and back root and by about the human foot curved bend become the symmetry about foot constitute, the bed course is connected below palm portion to bow portion before the body layer for the acute angle type structure that is low in preceding high back and higher authority, the bottom has the closely knit layer of antiskid in antiskid groove below for and above-mentioned connection below bed course and body layer, the surface course is the closely knit layer of the low structure in the middle of the both sides height, connect on the body layer below the surface course, the shoelace is the arch banding structure that is high in preceding low back for following the curved bend of human sole back, the outer border above the palm portion before the shoelace layer is connected along the lower border of shoelace both sides, bottom plate and shoelace are according to mould injection moulding structure as an organic whole.

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