CN2922550Y - Shoes stabilizing base-material structure - Google Patents

Abstract

The utility model provides a stabilizing backing-structure for shoes, which is mainly designed and applied between the vamp and the insole. The utility model comprises a substrate body with the preset thickness and a plurality of integrated reinforcing ribs is provided protruding on the substrate body. A certain interval is arranged between each two reinforced ribs, which has the effect of light weight and moderately promotes the rigidity of supporting the non-overturning of the shoes and enables the balanced and comfortable movement of the feet supported by the insole.

Description

Footwear stabilized base material structure

One, technical field

The utility model relates to the footwear base material, relates in particular to a kind of footwear stabilized base material structure that remarkable thickness just can promote suitable stiff that need not increase.

Two, background technology

Shoes are that people walk, when movable, are used to protect the important wearing product of foot, especially directly contact and carry the sole of human body weight with ground, especially the shoes significant points.The sport footwear that some are advanced, the bedded structure of its sole are to comprise shoe-pad 30, foamed cotton layer 31, stabilization 32, netted river bottom protection spare 33, sole piece 34 from top to bottom in regular turn as shown in figure 10.Aforesaid stabilization 32 mainly provides rigidity, disperses brisance, makes the action of foot more fluent.

The cause that stabilization is set mainly is to prevent that foot from excessive supination taking place in motion process or excessively revolve preceding phenomenon.The supination phenomenon is meant that the foot stroke is too fast so that ankle is outwardly terminal, is the shape of standing with sufficient outer side edges skew, and this excessive supination makes the stable muscle in the shank outside be in tension easily, causes ankle injury; In like manner, be meant before revolving that foot is stepped on the floor or during the plane, arch of foot can flatten and flatten, can cause before excessively revolving in the middle of foot inboard that pressure forces increases and felt under the weather in the vola by the arch of foot position.Thereby after sole layer columnar structure is provided with stabilization, can utilizes rigidity and improve excessive supination or pronation phenomenon.

Aforesaid stabilization is the rigid disk of thinner thickness, and aforementioned phenomenon before excessively revolving is that foot presses down with the foot on the floor, such as ball game, arch of foot is stressed and flatten, foot inboard and plantar pressure are very big, and the rigid disk of stabilization thinner thickness lowers the insufficiency of function that is subjected to brisance, so effect is undesirable; In like manner, when suppressing the excessive supination phenomenon, it is limited that thinner thickness then breaks through strength.If the thickening of stabilization thickness just can be improved, but order exploitation dealer worry because increase the weight of stabilization, will increase the weight of shoes, increases the load of foot movement relatively, real non-good plan.

In fact, shoes are except the aforementioned stable sheet structure, and every support foot mainly carries the end in the shoe-pad, footwear of holding capacity even big end or the like all necessity of same same problem and research and development.

Three, utility model content

Main purpose of the present utility model is to overcome the above-mentioned shortcoming that existing product exists, and provide a kind of footwear stabilized base material structure, can extensively put down to establish and be applied between vamp and sole, do not need significantly to increase thickness, just can effectively promote the rigidity of appropriateness and disperse stressed, reach balance and stability paces more, increase the effect of comfortableness.

Another order of the present utility model is to provide a kind of footwear stabilized base material structure, can install the filling chock of other characteristic additional, such as the vibration damping material or the material of film class, to strengthen needed function.

The purpose of this utility model is realized by following technical scheme.

The utility model footwear stabilized base material structure is characterized in that, it comprise have a predetermined thick-layer and and set the substrate body of contour shape and several one and be stretched on reinforcement rib on this substrate body, each arrangement of strengthening rib keeps a spacing; This substrate body is flat to be located between vamp and sole.

Aforesaid footwear stabilized base material structure is wherein strengthened rib and is extended along the longitudinally straight line.

Aforesaid footwear stabilized base material structure is wherein strengthened rib and is extended along the direction straight line of growing crosswise.

Aforesaid footwear stabilized base material structure, it is all identical to the height of tail by head wherein to strengthen rib.

Aforesaid footwear stabilized base material structure, it is identical at the two ends of corresponding substrate body height wherein to strengthen rib,, is strengthened the rib height and is decrescence towards the zone line that enters between two ends by two ends.

Aforesaid footwear stabilized base material structure is wherein strengthened rib and is extended towards the single side of substrate body.

Aforesaid footwear stabilized base material structure is wherein strengthened rib and is extended towards substrate body two sides, and staggers in reinforcement rib position, two sides.

Aforesaid footwear stabilized base material structure, the interval of wherein strengthening rib forms chase, loads vibration damping material in this chase.

Aforesaid footwear stabilized base material structure is wherein strengthened rib spacing and is formed chase, and each strengthens on the outer face of rib fixedly one deck envelope film of sealing, with the open place of sealing chase, makes the empty chamber of formation in the chase.

The beneficial effect of the utility model footwear stabilized base material structure is, it has a substrate body of setting contour shape, and several one are stretched on the reinforcement rib on this substrate body, and each arrangement of strengthening rib keeps a spacing; Each interval of strengthening rib forms chase, loads vibration damping material in the chase; Each is strengthened rib spacing and forms chase, and each strengthens on the rib outer face fixedly one deck envelope film of sealing, in order to the open place of sealing chase, makes the empty chamber of formation in the chase.Enforcement according to the technical solution of the utility model, make the utility model can obtain following effect: 1, the utility model extends several at interval and strengthens rib on the substrate body, can significantly not gain in weight, just can promote the vola and be contacted with stable area, have enough intensity and break through distortion, therefore can strengthening stability, support the rigidity appropriateness to promote, more can effectively resist excessive supination or excessively revolve preceding phenomenon, use sole of the present utility model, it is reliable and stable to allow the user trample the action paces, has height balance and be difficult for allowing ankle reverse, and significantly reduces the possibility of ankle injury.2, reinforcement rib of the present utility model is to extend the substrate body at interval, so weight does not increase too much, keeps the lightweight characteristics, and it is comfortable light to allow the user walk about.3, the utility model is loaded the shock-absorbing material at the chase of strengthening intercostal, can increase the reinforcement vibration-absorbing function, and when shoes pressed down with the foot on the floor, vibration damping material can be strengthened shock absorption, makes user's action performance lighter.4, the utility model also can strengthened sealing envelope film on the rib, forming air-cushion function, is anyly walking about, can both cushion the reaction force that ground gives at any time when running, and it is more comfortable to dress shoes.

Four, description of drawings

Fig. 1 is the utility model one preferred embodiment perspective view.

Fig. 2 is a stabilization shown in Figure 1 structural plan vertical view.

Fig. 3 is a stabilization structure side view shown in Figure 1.

Fig. 4 is another example structure side view of the utility model stabilization.

Fig. 5 is the cutaway view of stabilization structure shown in the figure.

Fig. 6 is the another kind of rib example structure cutaway view of strengthening of the utility model stabilization.

Fig. 7 cooperates vibration damping material embodiment cutaway view for the utility model stabilization.

Fig. 8 is the two-sided strengthened rib embodiment of a utility model stabilization cutaway view.

Fig. 9 is a respective outer side edges envelope film embodiment cutaway view shown in Figure 6.

Figure 10 is existing sole stereochemical structure exploded view.

Major label description in figure: 10 stabilized base material, 101 stabilized base material, 102 stabilized base material, 103 stabilized base material, 104 stabilized base material, 11 substrate bodies, 13 are strengthened rib, 14 and are strengthened rib, 131 chases, 15 vibration damping material, 16 envelope films, empty chambers 17,30 shoe-pads, (31 foam sponge layers, 32 stabilization, 33 river bottom protection spares, 34 sole pieces.

Five, the specific embodiment

A kind of footwear stabilized base material structure that the utility model provides main is applied between vamp and sole for flat establishing, and carry a holding capacity structure and all can at the end, big end or the like in every shoe-pad, stabilization, the footwear.Consult shown in Figure 1ly, it is to describe with the embodiment that is applied on the shoes stabilization; The shoes layer structure is identical with existing product, from top to bottom is shoe-pad 30, foamed cotton layer 31, stabilized base material 10, netted river bottom protection spare 33, sole piece 34 in regular turn; Characteristics of the present utility model are that stabilized base material 10 structures can be improved the problem that existing product exists fully.

Aforesaid stabilized base material 10, as Fig. 1, Fig. 2, shown in Figure 5, it is to comprise that substrate body 11 with a shoe-shaped or particular wheel profile and several one and compartment of terrain are stretched on the reinforcement rib 13 on the substrate body 11; Wherein, the material of stabilized base material 10 can be plastics or various composite or the like, strengthening rib 13 the highest height is between 0.7 to 1mm, the bearing of trend of strengthening rib 13 can be as shown in Figure 1 and Figure 2, be to extend, can certainly be transverse horizontal and extend at interval, but all can form as shown in Figure 5 along the longitudinally linear interval of shoe-shaped, each strengthens rib 13 is interval one distances, and preferable enforcement state is an equi-spaced apart; The projection direction of strengthening rib 13 can be towards foot.

Consulting Fig. 3, shown in Figure 4, is the embodiment that the varied in thickness of rib 13 is strengthened in explanation, and wherein, each reinforcement rib 13 is highly all identical on the explanation substrate body 11 shown in Figure 3, and is with regard to the height of single reinforcement rib 13, also identical to the height of tail by head; Shown in Figure 4 is to illustrate that respectively strengthening rib 13 can cooperate the curved action of scratching of foot and increase flexibility, so the sole pars intermedia a-quadrant of substrate body 11 between heel and toe cap, each is strengthened rib 13 thickness and is increase and decrease in the a-quadrant, form the arcs of recesses curvilinear motion, the heel of just strengthening rib 13 is identical with the thickness in toe cap zone, but, heel enters the a-quadrant to begin, all reinforcement rib 13 thickness are decrescence, the reinforcement rib 13 of toe cap position begins extending into the a-quadrant, thickness is similarly decrescence, make the thickness of a-quadrant mid line region the thinnest, to increase the flexibility of a-quadrant, relevantly cooperate various foot movement to scratch curved action and allow stabilized base material 10 follow to scratch curved, make the foot motion free degree better.

Except the structure of above-mentioned announcement, the utility model footwear stabilized base material structure also can have following several preferred embodiment, explanation in regular turn as back:

Consult shown in Figure 6ly, illustrate that stabilized base material 101 strengthens the bearing of trend of ribs 13 and be different from shown in Figure 5ly, it can be to be in reverse to foot or shoe-pad 30.

Consult shown in Figure 7ly, its stabilized base material 102 is in each strengthens the chase 131 that rib 13 intervals form, in conjunction with loading vibration damping material 15, the height of the concordant highly at least reinforcement rib 13 of these vibration damping material 15 fillings; By loading vibration damping material 15, can increase shock-absorbing performance, allow stabilized base material 102 with functions such as rigidity, stability, shock absorption, user's paces are more comfortable.

Stabilized base material 103 as shown in Figure 8 is all to extend in the upper and lower side of substrate body 11 to strengthen rib 13, and reinforcement rib 13 positions of upper and lower side stagger each other, strengthens the rigidity of each position with appropriateness, has two-sided strengthened function.

Again as shown in Figure 9, its stabilized base material 104 is on this face of strengthening corresponding chase 131 on the rib 13, sealing is one deck envelope film 16 fixedly, form each chase 131 by 16 sealings of envelope film, and 17 zones, chamber in chase 131, have been formed, these envelope film 16 preferable materials are that (English formal name used at school is called for short thermoplastic polyurethane: TPU), each empty chamber 17 that closure by envelope film 16 forms, allow the effect of stabilized base material 104 just like air cushion, discharge the pressure of stepping in stabilized base material 104 by empty chamber 17, provide buffering stressed function, the foot action is had stablize comfortable effect.

Certainly, reinforcement rib 13 shown in Figure 5 is shape up, also can seal up envelope film 16 on reinforcement rib 13 end faces; Two plane type shown in Figure 8 is strengthened rib 13 stabilized base material 103, also can on the reinforcement rib 13 on two sides, respectively install one deck envelope film 16 additional, form two plane type and strengthen rib 13 and two-sided envelope film 16 shapes, allow the stabilized base material 10,101,103 of multiple pattern all can install envelope film 16, combination each other additional.

Like this, the utility model is strengthened rib 13 by extending several on the substrate body 11 at interval, make the contact-making surface of 13 increases of reinforcement rib and shoe-pad 30, foam sponge layer 31, relatively increase contact area and support rigidity with foot, prevent stabilized base material 10 distortion, stability is high, and then foot forms excessive supination or pronation phenomenon, just can receive effective inhibition, allow the paces of stepping not only stablize but also reliable; The utility model allows reinforcement rib 13 compartment ground extend, so gross weight will be lacked more than simple increase thickness person, so user's walking, running all have comfortable light sensation, nothing is load significantly, has utility function; Moreover the function that the visual shoes of the utility model need allows stabilized base material 104 form the air-cushion function of releiving at any time because of installing envelope film 16 additional, or installs vibration damping material 15 additional and the reinforcement incabloc function, the flexibility height, and function is complete.

The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.

Claims (9)

1, a kind of footwear stabilized base material structure is characterized in that, it comprises that substrate body with thick-layer and contour shape and several one are stretched on the reinforcement rib on this substrate body, and each arrangement of strengthening rib keeps a spacing; This substrate body is flat to be located between vamp and sole.

2, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib extends along the longitudinally straight line.

3, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib extends along the direction straight line of growing crosswise.

4, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib is all identical to the height of tail by head.

5, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib is identical at the two ends of corresponding substrate body height,, is strengthened the rib height and is decrescence towards the zone line that enters between two ends by two ends.

6, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib extends towards the single side of substrate body.

7, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib extends towards substrate body two sides, and staggers in reinforcement rib position, two sides.

8, footwear stabilized base material structure according to claim 1 is characterized in that, the interval of described reinforcement rib forms chase, loads vibration damping material in this chase.

9, footwear stabilized base material structure according to claim 1 is characterized in that, described reinforcement rib spacing forms chase, and each strengthens on the outer face of rib fixedly one deck envelope film of sealing, with the open place of sealing chase, makes the empty chamber of formation in the chase.

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