TW201402031A - Shock absorption walking assistance shoe - Google Patents

Abstract

The present invention provides a shock absorption walking assistance shoe, which comprises a shoe body, at least one elastic expanding band, and at least one connecting member fixed on the elastic expanding band, wherein the connecting member fixed on the elastic expanding band is respectively engaged between the upper end of the shoe body and the heel. When the foot steps on the ground, the impact force caused by stepping on the ground may be absorbed by the expansion of the elastic expanding band and the angle change of the foot. Moreover, due to the elastic recovery force stored by the elastic expanding band, the shoe may be pushed by the resilience of the elastic expanding band to be convenient for the next foot lifting action to leave the ground. Thus, the present invention may achieve the efficacy of both shock absorption and walking assistance.

Description

Shock-absorbing walking shoes

The invention relates to a shock-absorbing walking shoe, in particular to a shoe body structure which provides an auxiliary foot walking function and can buffer shock force.

In daily life, shoes are usually one of the important items to protect the feet. When walking or exercising, the shoes can absorb the reaction force from the ground more or less, and cushion the impact of the knees and bones of the feet. No injuries, but traditional shoes have limited and poor results in this regard.

In addition, when walking, the foot is tightened due to the force of the foot and the foot, and the knee is stressed by the foot. Therefore, after walking for a while, the feet are easy to feel sore; if walking for a long time It is bound to produce foot disease, so the relevant industry has many improvements to the structure of the shoe, and the use of elastic structures such as airbags on the shoes to provide the function of reducing the pedaling pressure and reaction force.

However, the elastic shoe structure of the conventional use can provide the elastic suspension effect by using the airbag, but in fact, the main effect is only the shock absorber function, but when walking, according to personal habits, the front end of the foot, The center or the back of the foot touches the ground first, and when it leaves, the front end of the foot is forced to leave. The walking posture is different, the pedaling pressure is different, and the pressure exerted on the foot is different. Therefore, the flexibility of the kind is used. The structure of the shoe body can only reduce the pressure on the sole of the foot, but it can not provide the function of assisting the foot to kick the foot and the foot. Therefore, when walking, the foot will still feel sore and fatigue due to the repeated kicking and falling feet, and different footing methods. The degree of soreness caused is also different, so its practicality is quite limited.

The present invention is directed to solving the above-mentioned problems, and the main object thereof is to provide a shoe body structure capable of effectively absorbing the impact force of the foot tribe, and connecting at least one elastic elastic band between the front leg of the shoe body and the heel portion of the shoe body. The shoe body has an upward elastic restoring force, which can absorb the shock shock force and make the shoe body use the recovery tension, which can help the foot to quickly disengage from the ground, and provide the effect of shock absorption and auxiliary walking.

In order to achieve the above objective, a shoe body, a protective pad extending upwardly from the upper end of the shoe body, a positioning plate disposed on the protective pad, at least one elastic band and at least one fixed on the elastic band a connecting member; the protective cushion comprises a cloth layer, a foam layer and a fixing belt extending from the two sides, the two fixing belts are used for positioning around the leg calves, thereby protecting the foam layer The positioning plate comprises a fabric body, a female fastening surface of the inner surface of the body, and a male adhesive surface corresponding to the protective cushion; the elastic expansion belt comprises at least one belt body and at least A fastening surface corresponding to the protective cushion is disposed on one end surface of the positioning piece and the positioning piece of the belt body; the connecting member is a hook or a buckle as a preferred embodiment structure, and is fixed to the elastic expansion and contraction The belt is mainly provided on the surface of the protective pad and positioned by the positioning plate, and the protective cushion and the body of the shoe are respectively connected by the two sides of the shoe body by using the fixed connecting member. Behind the feet The connection form is formed into a tensile state with elastic restoring force, so as to generate an elastic restoring force for the shoe body as an auxiliary power for kicking the foot, and can also push the impact shock force of the foot tribe to provide shock absorption. And the utility of assisted walking.

Referring to the first to sixth figures, a first preferred embodiment of the present invention is described. The present invention mainly includes a shoe body 1, a protective cushion 11 extending from the bottom of the shoe lining 10 of the shoe body 1, and a a positioning plate 115 on the protective cushion 11, at least one elastic band 2, and a connecting member 20 fixed on the elastic band 2; the shoe body 1 is used for the foot, and the The rear side of the shoe body 1 and the heel 12 are integrally formed with the heel. The fixing structure includes at least one fixing body 121 and a positioning groove 120 recessed in the fixing body 121. The positioning groove 120 is used for elastic expansion and contraction. The connecting member 20 with the belt 2 is fixed (refer to the fourth and fifth figures); The protective cushion 11 is connected to the bottom of the lace lining 10 at the upper end of the shoe body 1 and extends upwardly by a predetermined length. The body is made of cloth material, and the inner surface is provided with a foam layer 110, and the protective cushion 11 is Two fixing straps 111 and 112 are extended on the left and right sides and rearward, and a fastening member is disposed on the inner surface of the left fixing strap 111. The fastening member has the female fastening surface 113 as an example member, and the right fixing strap 112 is outside. The end face is a correspondingly disposed fastening member, and the male adhesive surface 114 is used as an embodiment member. After the two fixing straps 111 and 112 are wrapped around the outer side of the lower leg 3, the buckles are positioned to each other, so that the foam layer 110 is just attached. Covered at the lower leg 3, used to protect the lower leg 3 (refer to the first figure and the third figure); the positioning cloth plate 115 is arranged on the upper end surface of the protective cushion 11 in a single-side sewing manner, mainly comprising a cloth. The body member is disposed on the inner surface of the body and the bonding member disposed on the surface of the protective cushion 11 . The member of the bonding member is disposed with the female fastening surface 116 and the male fastening surface 117. The two fastening surfaces 116, 117 are opposite to each other to position the positioning panel 115 (shown in the first figure); The belt body of the elastic stretch belt 2 is an elastic strip-shaped belt body, and the central portion is combined with at least one positioning piece 200 made of cloth, and a male adhesive surface is arranged on one side end surface of the positioning piece 200. 201. The female fastening surface 202 disposed on the protective cushion 11 is correspondingly bonded to each other to form the detachable structure. The connecting member 20 is formed by a hook or a buckle. Preferably, the embodiment is provided with at least one strap body (shown in the first figure) fixed to the elastic band 2 .

When assembled, the elastic band 2 is directly positioned on the protective cushion 11 via the positioning piece 200, and then the positioning plate 115 is directly disposed on the protective pad 11 by the female fastening surface 116 of the inner surface. The adhesive surface 117 is correspondingly fastened and positioned to position the elastic elastic band 2 to produce a firm positioning effect, so that the elastic elastic band 2 is respectively placed along the two sides of the shoe body 1, and the combination of the above components is completed. The body of the shoe of the present invention (as shown in the second figure).

When wearing the shoe body, the foot is worn by the main body of the shoe, and the fixing legs 111 and 112 extending on both sides of the protective cushion 11 surround the lower leg 3, and then the male and female fastening faces 113 and 114 are fastened to each other to make a bubble. The cotton layer 110 just fits in front of the calf 3; After that, the elastic elastic band 2 is directly fastened to the fixing body 121 of the shoe body 1 and the rear heel 12 is protruded by the connecting member 20, so that the connecting member 20 is hooked on the positioning groove 120, and the elastic band 2 is formed. The elastic state of the elastic restoring force enables the shoe body to quickly pull off the elastic tension of the ground when the foot is raised (such as the fourth, fifth, and sixth figures).

When moving or walking, the kicking action causes the calf 3 to tilt forward, so that the length of the elastic band 2 is elongated, thereby increasing the elastic force of the elastic band 2 (as shown in the seventh figure), by the elastic band 2 The elastic tension pulls the heel 12 into the toe position (as shown in the eighth figure), at which time the length of the elastic band 2 is slightly retracted, so that the muscles of the leg 3 are forced by the auxiliary tension of the elastic band 2, and At this time, the posture of the foot tribe is adjusted (such as the ninth figure), and the toe is lifted when the foot is placed, and the elastic expansion and contraction of the elastic band 2 and the angle of the foot are again changed to form a functional state with elastic restoring force, which is pushed by the elastic force. The impact of the foot tribe's foot, absorb the shock, avoid the impact of the impact of the knee and the foot does not feel the twist to the foot and other injuries, and the elastic restoring force is converted into the foot of the next action kick off the ground, and Provides the effect of shock absorption and assisted walking.

1‧‧‧Shoe body

10‧‧‧lace lining

11‧‧‧Protection cushion

110‧‧·bubble layer

111‧‧‧Fixed tape

112‧‧‧Fixed tape

113‧‧‧Female Velcro

114‧‧‧Male adhesive buckle

115‧‧‧ Positioning board

116‧‧‧Female Velcro

117‧‧‧Male adhesive buckle

12‧‧‧Heel heel

120‧‧‧ positioning slot

121‧‧‧Fixed seat body

2‧‧‧Flexible belt

20‧‧‧Connecting members

200‧‧‧ Positioning film

201‧‧‧Male adhesive buckle

202‧‧‧Female Velcro

3‧‧‧ calf

The first figure is an exploded perspective view of the shoe body of the present invention.

The second figure is a complete drawing of the assembly of the shoe body of the present invention.

Fig. 3 is a perspective view showing the wearing of the shoe body of the present invention.

Fourth Figure: A rear view of the wear of the shoe body of the present invention.

Fig. 5 is a cross-sectional view showing the hook of the elastic body of the shoe body of the present invention.

Fig. 6 is a schematic view showing the stretching of the stretchable belt of the shoe body of the present invention.

Figure 7 is a schematic view of the footing of the shoe body of the present invention.

Figure 8 is a schematic view of the walking of the shoe body of the present invention.

Ninth view: is a schematic view of the heel of the foot of the shoe body of the present invention.

1‧‧‧Shoe body

10‧‧‧lace lining

11‧‧‧Protection cushion

110‧‧·bubble layer

111‧‧‧Fixed tape

112‧‧‧Fixed tape

113‧‧‧Female Velcro

114‧‧‧Male adhesive buckle

115‧‧‧ Positioning board

116‧‧‧Female Velcro

117‧‧‧Male adhesive buckle

12‧‧‧Heel heel

2‧‧‧Flexible belt

20‧‧‧Connecting members

200‧‧‧ Positioning film

201‧‧‧Male adhesive buckle

202‧‧‧Female Velcro

Claims (10)

A shock-assisted walking shoe comprising: a shoe body for nesting a foot, comprising a heel provided at a rear end of the shoe body and at least one fixing structure disposed on the heel of the foot, the fixing structure comprising a fixing a seat body and a positioning groove recessed in the body of the fixed seat; a protective cushion is coupled to the upper end surface of the shoe body, and comprises a body and two fixing straps extending from two sides of the body and the two fixing straps The fastening member is configured to be connected to each other around the lower leg; a positioning panel disposed on the protective cushion comprises a body and two bonding members respectively disposed on the inner edge of the body and the protective cushion Bonding and covering the elastic elastic band; at least one elastic band is fixed on the protective pad, the elastic band is a long strip body; at least one positioning piece is integrated with the belt body, a side of the end surface is provided with a fastening surface of the protective cushion; and at least one connecting member is fixed on the elastic elastic belt for engaging the elastic elastic belt on both sides of the protective cushion to protect the soft Pad and shoes The positioning groove of the body between the heel; thereby, the shoe body having an elastic restoring force, shock absorbing leg at landing during walking motion and convert to the next or the boosting kicker. The shock-absorbing walking shoe according to the first aspect of the patent application, wherein the system of the protective cushion is made of cloth. The shock-absorbing walking shoe according to the first aspect of the invention, wherein the inner surface of the protective cushion is provided with a foam layer. The shock-absorbing walking shoe according to claim 1, wherein the connecting member of the elastic band is a hook body. The shock-absorbing walking shoe according to claim 1, wherein the connecting member of the elastic band is provided as a buckle for fastening to a fixed structure of the heel of the shoe body. The shock-absorbing walking shoe according to the first aspect of the invention, wherein the fixing structure of the heel of the shoe body is a fastening body for fastening a buckle of the connecting member. The shock-absorbing walking shoe according to claim 1, wherein the fixed structure of the heel of the shoe body and the heel of the shoe body are integrally formed. The shock-absorbing walking shoe according to the first aspect of the invention, wherein the fastening member on the fixing strap of the protective cushion is a fastening surface. The shock-absorbing walking shoe according to the first aspect of the invention, wherein the positioning plate body and the bonding member on the protective pad are set as a fastening surface. The shock-absorbing walking shoe according to claim 1, wherein the positioning plate is made of cloth.