CN205597294U - Heel joint braced system - Google Patents

Abstract

The utility model provides a heel mating system and application method for the contact surface of stationary use person's heel and shoes, and the condition of slipping by accident that prevents reaches not comfort level. The heel mating system is including an elasticity folding system who has how much characteristics of a plurality of outstanding buffers and stress concentration. How much stress concentration characteristics can be sharp or curved, and can be by multiple profile. How much stress concentration characteristics just can be in the same place with the range of heel structure by optionally at least violently to a heel structure, and heel or good type security of heel crookedness and the formation of shoes comfort level accuracy relatively for shoes do not need that the bucking is just can be very easily crooked comes and shoes inside shape suits. How much stress concentration characteristics have guaranteed that simple flow channel, rivers are said and installation and simple to how much adaptations of foot and shoes.

Description

A kind of heel engages support system

It is correlated with and quotes

It is the 62/146683rd that this application states the U.S. Application No. submitting on April 13rd, 2015 to, and the priority of the application that U.S. Application No. is the 62/080155th submitted on November 14th, 2015, during wherein contents of both of which is contained entirely in list of references.

Technical field

This utility model relates to a kind of heel and engages support system and using method thereof.This utility model particularly provides one can firmly connect wearer foot, and the heel reducing the trend that heel in the footwear in wearer foot relative usage slides in and out engages damping thing.

Background technology

Correlation technique relates to a series of resilient interior adhesive tape being fixed within heel.This interior adhesive tape even thickness, the most wrinkling and and cause abrasion and the footwear zest that produced later during bending.

Accordingly, it would be desirable to the heel coupling system of a kind of modified form and using method.

Utility model content

On the one hand this utility model provides the heel fixed system of a kind of modified form, comprises multiple geometrical stress concentration zones for the internal geometric size helping to fold and adapt to heel.

In one embodiment, a kind of shoe insert in footwear or heel engage support system, can include one generally transverse to the heel support part of heel standing part.Each heel support part can be by the resilient material with a coefficient of elasticity, to improve user comfort level.At least one stress concentrates geometric areas to be comprised in heel support part described in one and described heel standing part.When engaging described shoes, described stress concentrates geometric areas to be described heel mating system and described shoes provide simple bending and connect.

In a further embodiment, footwear insert can include that a support member, described support member include a core；One first sidepiece extended out from described core；Second sidepiece relative with one first sidepiece extended out from described core；And a tongue-shaped member.Described support member can have the thickness less than 3 millimeters.One contact component can extend partially across described core, described first sidepiece and described second sidepiece.Described contact component has the thickness being more than support member thickness.

In a further embodiment, a workbox can include above-mentioned shoe insert, and for fixing shoe insert equipment on footwear and/or instrument (such as binding agent).

Above-mentioned and other aspects of the present utility model, feature and advantage, can become obvious in following description and accompanying drawing, and the most identical reference number represents identical parts.

Accompanying drawing explanation

Fig. 1 is a perspective view of an embodiment of shoe insert；

Fig. 2 is another perspective view of the shoe insert in Fig. 1；

Fig. 3 is another perspective view of the shoe insert in Fig. 1；

Fig. 4 is a top view of the shoe insert in Fig. 1；

Fig. 5 is another top view of the shoe insert in Fig. 1；

Fig. 6 is the side view diagram of the shoe insert in Fig. 1；

Fig. 7 is in a perspective view of the shoe insert in the Fig. 1 in footwear；

Fig. 8 is another perspective view of the shoe insert in Fig. 1；

Fig. 9 is the perspective view of another embodiment of a shoe insert；

Figure 13-14 is the side view of the shoe insert in Fig. 9；

Figure 15 is another top view of the shoe insert in Fig. 9；

Figure 16 is another bottom view of the shoe insert in Fig. 9；

Figure 17 is the shoe insert opposite side view in Fig. 9；

Figure 18 is the side view diagram of the shoe insert in Fig. 9；

Figure 19-23 is the further perspective view of the shoe insert in Fig. 9；

Figure 24-32 is in the perspective view of the shoe insert in the Fig. 9 in footwear；

Figure 33 is traditional shoes for making user taller and the partial section view of foot component annotating the traditional arrangement comprising provided heel mating system；

Figure 34 is showing traditional shoes for making user taller and the partial sectional schematic view of footwear parts of trend power and the thrust acted on user foot and shoes；

Figure 35 is the plane elevation view of heel mating system；

Figure 36 is the side view along 4-4 part in Fig. 3；

Figure 37 is the position view of heel mating system；

Figure 38 is to include one or more heel mating system and a perspective view of the tool kit for this system being fixed on shoes.

Detailed description of the invention

Next embodiment of the present utility model is described in detail.If possible, same or like reference number can be used in accompanying drawing, and relates in the description of same or like part or step.Accompanying drawing is reduced form, and does not has precise proportions." connect " word and may not represent connection directly and at once with similar belonging to, but also include the connection by intermediate member or equipment.Only for facilitating and clear, directional terminology (up/down etc.) or mobility's term (forward/backward etc.) can be used by accompanying drawing relatively.These and similar direction term are not construed as limiting by any way scope.It is also understood that, other can also be used without departing from the embodiment of this utility model scope, and describe in detail and can not contain conditional meaning, and each element can position difference or be otherwise noted in the appended claims, without additionally remaking written explanation.

As it is shown in figure 1, a shoe insert 10 has a core or rear portion 14, the first and second sidepieces being positioned at both sides, rear portion 14 or sidepiece 18,22 and extends to a tongue-shaped member 26 of tongue 28 from rear portion 14.Rear portion 14 and sidepiece 18,22 determine top edge 24, and rear portion 14, sidepiece 18,22 combination define the support member (can also see Figure 4 and 5) being all inserted into thing 10 with a first surface 30 and relative rear surface 34 with tongue-shaped member 26.The contact component of spherical flange or ridge 40 form extends through rear portion 14 and the sidepiece 18,22 being positioned on first surface 30, on first surface 30 on top edge 24 or be close in top edge 24, and comprise jointly determine contact surface 60 one in part 52 and an outer portion 56.In certain embodiments, ridge 40 can extend only partly through rear portion 14.Multiple equivalent or the recess 48 in inequality space in outer portion 56 expose interior part 52.In other embodiments, ridge 40 comprises an outer portion 52.In other embodiments, ridge 40 comprises the outer portion 56 without interior part 52, and therefore without recess 48. in another embodiment, ridge 40 comprises the continuous print outer portion 56 that Level Change or the degree of depth change along top edge, such as ridge 40 can be along the thickness in sidepiece 18,22 direction, and along rear portion 14 gradually or the most thinning.

Rear portion 14 in one embodiment, height is about 3.5cm, and as shown in Figure 4, and sidepiece 18,22 width is about 10.5cm.In another embodiment, rear portion 14 can reach the height of about 2cm to 5cm, and sidepiece 18,22 can reach the width of about 13cm to 15cm.Total height, i.e. tongue-shaped member 26 are between about 3.5 inches to 4.25 inches together with rear portion 14.With reference to Fig. 2, tongue-shaped member 26 width near rear portion 14 is about 1.25 inches, the widest some width near tongue-shaped member edge 28 about 1.75 inches.In other embodiments, the width of the tongue-shaped member 26 near rear portion 14 about 1 inch to 2 inches between, support tongue-shape edge 28 widest portion about 1.5 inches to 3 inches between.As in figure 2 it is shown, tongue-shaped member 26 is of about 3 inches long, but can be the scope of about 2 inches to 4 inches in other embodiments.As shown in Figure 2 and Figure 4, relative, ridge 40 has about 1cm height and about 1cm thickness.In other embodiments, height and/or the thickness of ridge 40 can extend about 0.5cm to 1.5cm.The width of the groove 48 of each carrying space is of about 0.15cm, and compartment distance is of about 1cm, but its width can be between 0.075cm to 0.3cm, and compartment groove 48 more can be gathered in ratio diagram or separately, and is not separated by equivalent.With reference to Fig. 6, rear portion 14, sidepiece 18,22 and tongue-shaped member 26 have the thickness more than about 1mm, but in other embodiments, thickness is between the most about 0.75mm to 3mm.In another embodiment, rear portion 14, sidepiece 18,22 are consistent with the thickness of tongue-shaped member 26.

Including the insert 10 of rear portion 14, sidepiece 18, sidepiece 22, tongue-shaped member 26 and ridge 40, it is integrally formed as piece of plastic, in molding operation, preferably forms plastogel, such as silicones.In a further embodiment, one or more parts of insert 10 can be formed independently, and/or is formed by another kind of flexible material, such as foam or soft rubber.Select the material of insert 10 so that insert 10 is flexible and can fold (see Fig. 2), effectively draw a circle to approve the rear portion 14 started from tongue-shaped member 26.In embodiment with part 52 in the one of special manufacture and outer portion 56, interior part can be made up of less soft material, such as hard rubber, and the outer portion 56 of ridge can be made up of softer material, such as silicones or another kind of plastics.

Layer of adhesive is deposited on rear surface 34 so that insert 10 is removably secured to another surface, such as in shoes.It addition, adhesive can form the most permanent connection between rear surface 34 and other surfaces.In other embodiments, a binding agent is separately applied to rear surface 34 before using.In other embodiments, another kind of on second surface 34 connects or sticks structure and can be used for being connected to insert 20 surface closed on.Adhesive phase or other stick structure and may reside on whole second surface 34, or exist only in the selection part of second surface 34.

With reference to Fig. 9 and Figure 10-23, another embodiment of shoe insert 160 is annotated by the numeral having identical reference numbers and function as similar in Fig. 1-8.In shoe insert 160, the contact component of a series of bossings or projection 164 form extends through the rear portion 14 on first surface 30 and sidepiece 18,22, and the instead front ridge 40 described of this first surface 30 is positioned at or is close in top edge 24.In a further embodiment, projection 164 extends only partly through rear portion 14 or can not extend through rear portion 14 so that do not have projection 164 to occur on the contact component being located on or near rear portion 14.With reference to Figure 13, projection 164 height is about 7mm, but can be 5mm to 10mm in fact, and can be that the such as height of projection 164 can gradually step up from rear portion 14 on the direction of sidepiece 18,22 through the consistent of contact component or the height that changes in certain embodiments.With reference to Fig. 9 and 20 it can be seen that the height passing the projection 164 at rear portion 14 can be substantially less than the projection 164 of sidepiece 18,22.Further, can the gradually stepping up on the direction from 14, rear portion sidepiece 18,22 of projection 164.Projection 164 can also be formed relative to rear portion 14 and multiple shapes of sidepiece 18,22.As an illustrative example, projection 164 can have rectangle or oval, and shape can change through part 14,18 and 22.As Fig. 9 and 20 describes, rear portion 14 center position that the upper surface of projection 164 can also be inside is gradually lowered.Other minimizing trend are also possible, and the projection 164 on sidepiece 18,22 can be gradually reduced in certain embodiments.Various combinations through bump height, width, shape and the interval of contact component consider insert 160 in the nature of things.In other embodiments, projection 164 is whole separately, but comprises a continuous monolithic on sidepiece 18,22 on the contrary, and has projection 164 that is identical or that change height to be separated by passage or recess.

Projection 164 has identical or different interval 168 and separated from each other.Interval 168 presents the rear portion 14 being associated and sidepiece 18,22.

Fig. 7,8 and 24-32 respectively describe the shoe insert 10,160 being effectively placed in footwear 120 of an embodiment.Footwear 120 have a recess, around the peripheral outer rim 128 of recess 124 and sharp outline with the inner surface 140 bottom a heel portion and.Insert 10,160 is used for inserting recess 124 consistent with inner surface 140 in itself.

For orient insert 10 or insert 160, user extruding sidepiece 18,22 so that it is be close together with in the face of the second surface 34 of shoes 120 inner surface 140.Concrete, rear portion 14 is used for the heel portion of the inner surface 140 against shoes 120, and its sidepiece 18,22 extends out from heel portion side.Being bending or folding over insert 10,160 makes tongue-shaped member 26 rely on the bottom of inner surface 140 and be pressed into appropriate location.Either ridge 40 form or the contact component of projection 164, all it is arranged at the external margin 128 near the heel relying on shoes 120, as shown in Figure 7, can stretch out (about 4mm to 8mm) from external margin 128, or full external margin 128 can be placed, as shown in Figure 24-27.Insert 10, insert 160 once insert, and insert 10,160 is fixed in situ by (the can apply to thereon) adhesive of the second surface 34 contacted with inner surface 140.

When insert 10,160 is fixed in situ, her foot is positioned in shoes 120 by shoes user, contacts with first surface 30 and is abutted against on the inner surface 140 of shoes 120 by second surface 34.This compression releases any air being compressed between insert 10,160 and inner surface 140, and adhesive or other adhesion arrangement is securely attached on inner surface 140.During striding, when user lifts her foot, foot is firmly held in the recess 124 of shoes 120 by ridge 40 (or projection 164) with the part interaction of her heel.

Insert 10 and insert 160 are especially suitable for being maintained in high-heel shoes foot, space minimum in they take recess 124, and therefore promote foot cosily to move forward into shoes 120.Insert 160 relatively, is in thicker ridge 40 or the projection 164 of sidepiece 18,22, and is in preferable foot position in thinner or less or disappearance the projection 164 near rear portion 14 can particularly effectively keep recess 124.Although describe is a kind of high-heel shoes, insert 10,160 is limited in its application, and can be used in any shoes (such as gentleman's footwear, as shown in Figure 28-32).

With reference now to Figure 33 and 34, a shown insert or heel coupling system 240 are positioned at a footwear box part 221, the conventional footwear 200 of heel pad part 225 on the heelpiece part 224 worn on welt 222, foot bed 223, forefoot and heel 226.As labeled, there is the foot allowing user pushed forward and a most inside arcuate section 227, and allow the relative foot 282 of heel cup part 228 to slide (Fig. 2).

This move (forwardly and rearwardly) along the direction of motion 280 also creates stroke journey on (upper and lower) direction 78 of heel cup 228.As shown in figure 33, the heel coupling system 240 proposed is positioned over heel cup part 228, and consistent with the internal geometry of shoes 200.It should be noted that heel cup part 228 can additionally have bottom circle segment (see Figure 33) to cave in one for accommodating the circle segment of heel.Whether this motion forwardly and rearwardly especially fits relevant (the least or estimate that mistake makes the shoes the biggest) with shoes 200.

With reference now to Figure 35-37, heel mating system 240 comprise one be broadly divided into in the way of cross-section across heel side, and the two-part structure of the heel support part 250 across heel bonding part 251.According to the embodiment pointed out, there are shoe pad buffer unit 252, adhesive support section 253 and a supporting part layering 254 of the binding agent of heel cup structure 228 in being bonded in footwear that many relative population profiles stretch out.System 240, by any suitable elastomeric material, includes but not limited to silicones basic material, Low Density Polyethylene and other materials.A series of selective differently contoured groove (U or V or cartridge bottom shape) and difference (straight line or curve) structure is defined along many stressed zones 260 that heel portion 251 is placed.

It should be understood that each region of stress concentration 260 is the reduction of the thickness to heel mating system 240, to provide many benefits.These benefits include, but are not limited to as runner, evaporation channel, surface texturisation operation, and as the concentration of bending stress so that heel mating system 240 can heel cup part 228 bend relatively, and formed after any and for accommodating the depression of heel, although and when bending cannot bunch up and the differently curved rate of out-of-flatness profile that provides is needed to entirely heel mating system 240 be fixed in shoes 200.

As explaining in Figure 35, special area of stress concentration 260a is placed in the both sides (mark with cross section 35-35 arranges) of the centrage of user heel straight line welt and shoes 200, to ensure the high rate of curving around heel axle.Being similar to, other region 260b and heel Zhou Hexie center is the most arranged together, for the higher curvature of the heel string around user.Geometry 260a of these kinds, 260b ensure that a vertical curvature release.The geometry additionally bent/area of stress concentration 260c places along the length of bottom 251, to ensure in Figure 37 that the severity paraxial curvature of mark disclosure satisfy that the inner curvature of shoes, and without flexing with tie up.Furthermore it is ensured that the heel cup bottom bend geometry/area of stress concentration 260d of heel mating system 240 etc. need not be able to tighten walking to provide in foot formula feeding a depression.Stress concentrate 260d ensure that a depression with in bottom heel cup part molding to provide extra comfort level.

When being used herein as, user can test and position heel mating system 240, and make any cut-out or rebuild in the biggest shape and size.Then, user can promote system 240 (being stained with backing plate 254) to enter heel cup position 228 for further being tested.Then, in backing plate 254 is removable, and exposes glue layer 253, and system 240 is placed on position and the most smooth.

As a result, in ensuing installation, geometry/area of stress concentration 260a, 260b, 260c or 260d can serve as the interfacial smooth fixed layer of flow channel, water flow passage, crawl position and heel and shoes geometry and use.

As shown in figure 38, tool set 300 can include one or more having difformity, size and/or profile, can also have the shoe insert (such as insert 10,240) of different extra adhesive if necessary.Giving an example, a glue applicator, tube of glue or glue rod 302a can promote the distribution of adhesive, if and/or need other adhesive, adhesive tape can also be included.

Various operations can be described as multiple independent ordered operation, by a kind of can with help understand this utility model embodiment in the way of；But, the order of explanation is understood not to imply that these operations are orderly.

It is further noted that given system 240 can apply to use for two or more shoes in tool set or many sets instrument.

With reference to accompanying drawing and after describing at least one preferred embodiment of the present utility model, it is apparent that for those skilled in the art, this utility model is not limited in those accurate embodiments, various corrections and reorganization can be formulated, without departing from scope and spirit of the present utility model in system of the present utility model.Therefore, having a mind to, this utility model contains accessory claim and the correction in its range of equivalency and the reorganization that this utility model provides.

Claims (17)

1. the shoe insert in footwear or heel engage a support system, comprise:

The one overall horizontal heel support part to heel standing part.

Each described part can be by the resilient material with a coefficient of elasticity, to improve user comfort level.

At least one stress concentrates geometric areas to be comprised in heel rear portion described in one and described heel standing part.

When being applied in combination with shoes, described stress concentrates geometric areas to be described heel mating system and described shoes provide the most curved Song and connection.

Heel the most according to claim 1 engages support system, it is characterised in that described system comprises further:

The multiple described stress being positioned in described heel mating system concentrates geometric areas；And

When being applied in combination with described shoes, flow channel, water flow passage, user heel grip position and described carefully with engaging support system Enhancement mode warp architecture combination at least one or several.

3. a shoe insert, it is characterised in that described shoe insert comprises:

One support member, described support member comprises: a core；

One first sidepiece extended out from described core；

Second sidepiece relative with one first sidepiece extended out from described core；And

One tongue-shaped member；And

One contact component can extend partially across described core, described first sidepiece and described second sidepiece.

Described contact component has the thickness being more than support member thickness.

Shoe insert the most according to claim 3, it is characterised in that described support member has the thickness less than 3 millimeters.

Shoe insert the most according to claim 3, it is characterised in that described shoe insert also includes being arranged at described support member On adhesive.

Shoe insert the most according to claim 3, it is characterised in that described contact component is spherical ridge.

Shoe insert the most according to claim 3, it is characterised in that described contact component includes multiple prominent projection.

Shoe insert the most according to claim 3, it is characterised in that described contact component includes the groove of multiple equal intervals.

Shoe insert the most according to claim 3, it is characterised in that described support member delimit a first surface and relatively Second surface, wherein said contact component is arranged on described first surface and adhesive is applied in a part of described second surface On.

Shoe insert the most according to claim 3, it is characterised in that described tongue-shaped member is for folding to core.

11. shoe insert according to claim 3, it is characterised in that the institute between described core and described tongue-shaped member It is flexible for stating support member.

12. shoe insert according to claim 3, it is characterised in that define one in described contact component and described support member Individual entirety.

13. shoe insert according to claim 3, it is characterised in that described support member is coagulated by plastics with described contact component Glue is formed.

14. shoe insert according to claim 3, it is characterised in that described support member has the thickness of consistent 2 millimeter.

15. shoe insert according to claim 1, it is characterised in that described support member have be positioned at 0.75 millimeter with 1.25 milli A thickness between meter.

16. 1 kinds of tool sets, comprise:

One or more heels in footwear engage support system, comprise:

One heel support part is horizontal to a heel standing part；

Each described part can be by the resilient material with a coefficient of elasticity, to improve user comfort level.

At least one along described heel rear portion and described heel standing part stress concentrate geometric areas.

When being applied in combination with shoes, described stress concentrates geometric areas to be described heel mating system and described shoes provide the most curved Song and connection.

17. tool sets according to claim 16, it is characterised in that described tool set comprises further:

For the adhesive applicator system that one or more heels joint support system is connected on described shoes.