CN207411600U

CN207411600U - Followed by reinforcement structure shoes

Info

Publication number: CN207411600U
Application number: CN201590000206.2U
Authority: CN
Inventors: 高钟泽
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-08-20
Filing date: 2015-08-20
Publication date: 2018-05-29
Anticipated expiration: 2025-08-20
Also published as: WO2017030224A1; EP3338583B1; EP3338583A1; EP3338583A4

Abstract

The utility model is related to a kind of followed by reinforcement structure shoes,The installation structure for that can replace being installed in shoes followed by main body (200) dismounting component (100) is strengthened,Not only improve the durability for the dismounting component (100) that should be replaced in abrasion or breakage,And improve integral with shoes and can not replacing followed by main body (200) durability,The utility model possess by followed by main body (100) and dismounting component (200) heel (100 for forming,200),Dismounting component (200) can be replaced,Described followed by main body (100) is fixed below the rear of shoes,Slot (110) is formed below,The dismounting component (200), which possesses, to be inserted and fixed to followed by the insertion section of the slot of main body (100) (110) (210),It is formed and is closely attached on followed by the following upper contact face (220) of main body (100) on the periphery of insertion section (210),And it is described dismounting component (200) upper contact face (220) and followed by main body (100) below between inserted with stiffening ring (10).

Description

Followed by reinforcement structure shoes

Technical field

The utility model is related to a kind of followed by reinforcement structure shoes, to that can replace be installed in shoes followed by main body 200 The installation structure of dismounting component 100 strengthened, not only improve abrasion or it is damaged when should replace dismounting component 100 it is resistance to Long property, and improve integral with shoes and can not replacing followed by main body 200 durability.

Background technology

The shoes that heel protrudes from lower part are divided into leather shoes, formal dress leather shoes, high-heeled shoes, ankle boots, high cylinder according to purposes or shape The numerous species such as boots are formed the lower end of contact ground and heel easy to wear with the heel component that can be dismantled, and being made to can be with Heel component is only replaced to use.

If examined or check to the heel component that can be dismantled, as shown in registered patent the 10-1017789th, in heel Slot is formed below, fixed pin is installed above heel component, in fixed pin insertion groove, so that heel Component is fixed on heel.Moreover, if heel component wear, can take out fixed pin from slot, heel component, peace are removed Fill new heel component.Therefore, heel component easy to wear is only replaced, shoes can be worn for a long time.

But due to forming heel with the synthetic resin material of hard, thus with the contact surface of heel component, i.e. heel It can be worn below.This is because heel component is fixed on heel, but heel structure by the insertion fixation of slot and fixed pin Part the upper surface of, when wearing shoes walking, applies heel component strong punching with being in surface contact state below heel It hits, contact surface is worn due to fraction of rock, and particularly side can be damaged.

In addition, in order to emphasize the beautiful curve of shoes heel, compared with heel, heel structure manufacture is obtained smaller, thinner, because And heel component is begun to wear out below contact ground, but it is easily damaged when being subject to intense impact, so necessary Often replace.

Still further, shoes are sensitive to fashion as clothes, if being difficult to replace followed by flaw occurs Shoes are replaced, new shoes are bought based on this to be asked, thus shoes cannot use for a long time.

On the other hand, the applicant of the utility model applies for a patent for heel component and obtains registration, registered patent 10- No. 1201844, form removedly be installed in the heel component of heel in terms of, the heel component make contact ground with Bottom moves up and down, and built-in buffer component, using buffer component to being applied to the impact bottom of with into row buffering.According to the patent, The disassembly and assembly structure of heel component is that slot is formed in heel, above heel component, is formed to be inserted and fixed to heel The insertion section (inscape corresponding with the registered patent fixed pin of No. 10-1017789) of slot, can not only be easy to wear Or it is easily damaged be easily disengaged, replace from heel component the bottom of with, but also can be being used and cushion effect with long-time The buffer component of reduction with component from being easily separated, replace, additionally it is possible to easily replace entire heel component, thus provide one Kind partly more transducing easily followed by dismounting heel component inscape, just can be used for a long time with relatively low expense Buffering shoes.

But in the applicant of the utility model obtains the registered patent the 10-1201844th of registration, with the note Volume patent the 10-1017789th is the same, it may have the protrusion of heel component is inserted and fixed to the structure of the slot of heel, such as Fruit wears shoes, then there are below heel and side worry easy to wear or damaged, there is also easy for the heel component that can be replaced Damaged worry.

Furthermore, with heel component is removedly installed, at the position of installation heel component, show such as the flaw The mark (the gabarit trace of contact site) or even the whole appearance of heel of defect are also plain.

[prior art literature]

[patent document]

(patent document 1) KR 10-1017789 B1 2011.02.18.

(patent document 2) KR 10-1201844 B1 2012.11.09.

The content of the invention

The technical problems to be solved in the utility model

Therefore, the utility model is as in order to solve the problems, such as invention that is as described above and researching and developing, its purpose is to provide A kind of followed by reinforcement structure shoes removedly being installed on component followed by aspect, are improving the durability of heel, and protection is more The heel component used is changed, increases the available period of heel component tremendously, it, can also even if removedly installing with component The whole appearance of heel is made to beauty.

In addition, the purpose of this utility model is to provide a kind of shoes, possesses the height that dismounting is easy, enhances elastic force With so that by means of the dead weight of user, while being slided up and down with bottom buffering component in the inside with bottom main body Absorbing load if necessary, is not only described with bottom main body, can also easily separate and described with bottom buffering component and repair or more Use is changed, so as to increase the durability of shoes, improves economy and convenience tremendously.

Technical solution

To reach the purpose, the utility model is related to a kind of followed by reinforcement structure shoes, possess by followed by 100 He of main body The heel 100,200 that component 200 is formed is dismounted, and dismounting component 200 can be replaced, described followed by main body 100 is fixed on shoes Rear in the following, below formed slot 110, it is described dismounting component 200 possess be inserted and fixed to followed by the slot of main body 100 110 insert Enter portion 210, the periphery of insertion section 210 formed be closely attached on followed by main body 100 below upper contact face 220, the utility model It is characterized in that, the stiffening ring 10 including metal material, between the upper contact face 220 of the dismounting component 200 and heel Between below main body 100, possess from the edge in upper contact face 220 to the extended side covering part 12 of bottom fold, formed The side of dismounting component 200 must be covered, side covering part 12 protrudes landform outward than described followed by main body 100 lower side Into.

It is characterized in that, the dismounting component 200 install additional must make position below contact ground with bottom 250 with piston side Formula introduce it is internal is installed additional, be equipped with, and in internal built-in elastic component 230, buffered using elastic component 230 up or down It is applied to the impact with bottom 250.

The elastic component 230 includes one or more compression springs 231.

In the case where the compression spring is equipped with one, possesses the stay bolt 240 slided up and down, in the compression spring Be equipped with it is multiple in the case of, possess the stay bolt 240 that slides up and down between the compression spring.

When the compression spring is equipped with multiple, the guiding protection pipe for stay bolt insertion installation is also equipped with.

It is characterized in that, the lower end with main body 100 is formed with recess (notch) 120 in the rear, the recess 120 is used In insertion hook and dismounting component 200 to lower part pull, so as to from followed by main body 100 separate.

It is characterized in that, the side covering part 12 of the stiffening ring 10 is more outside than described followed by main body 100 lower side It protrudes side.

Advantageous effect

For the utility model formed as described above, though dismounting component 200 compared with followed by main body 100 rock, Due to followed by main body 100 and dismounting component 200 between inserted with stiffening ring 10, thus with can prevent followed by main body 100 The structure of abrasion, particularly as described in the embodiment of the utility model, with the metal material texture that coefficient of friction is small, surface is smooth Into so as to which abrasion is made to prevent effect from maximizing.

In addition, embodiment according to the present utility model, the easy damaged side for dismounting component 200 is protected using stiffening ring 10 Face has the effect that the durability for replacing the dismounting component 200 used also improves.

In addition, embodiment according to the present utility model, the dismounting structure that has prevented elastic component 250 built-in using stiffening ring 10 The breakage of part 200 is only replaced with bottom 270 and being capable of long-time service.

In addition, embodiment according to the present utility model, forms recess 120, so as to easily to the dismounting structure of installation Part 200 is separated, and when using the separation dismounting component 200 of recess 120, can not damage dismounting component 200.

In addition, embodiment according to the present utility model, also have can utilize than followed by main body 100 lower end side it is more convex The stiffening ring 10 gone out protects the effect that there is damaged worried followed by main body 100 lower end due to close ground.

Description of the drawings

Fig. 1 is the stereogram of the utility model first embodiment followed by reinforcement structure shoes.

Fig. 2 is the separation stereogram of the dismounting component of the utility model first embodiment followed by reinforcement structure shoes.

Fig. 3 is the combination stereogram of the dismounting component of the utility model first embodiment followed by reinforcement structure shoes.

Fig. 4 be the utility model first embodiment followed by reinforcement structure shoes followed by sectional view, be stay bolt 240 and The figure that compression spring 200 is illustrated with side view.

Fig. 5 is the separation stereogram of the dismounting component of the utility model second embodiment followed by reinforcement structure shoes.

Fig. 6 is that the shape that spring is inserted into 2 or 3 is compressed in the utility model 3rd embodiment followed by reinforcement structure shoes State sectional view.

Fig. 7 is the dismounting component separation figure of the utility model 3rd embodiment followed by reinforcement structure shoes.

Fig. 8 is the dismounting component separation figure of the utility model fourth embodiment followed by reinforcement structure shoes.

Fig. 9 is the dismounting component separation figure of the 5th embodiment of the utility model followed by reinforcement structure shoes.

[symbol description]

1:Vamp 2:Interior bottom 3:Outsole

10:Stiffening ring 11:Covering part 12 above:Side covering part

100:Followed by main body 110:Slot 111:Lower space portion

112:Bottleneck spatial portion 113:Upper space portion 114:Upper step

115:Lower step 120:Recess

200:Dismount component 210:Insertion section 211:Large-diameter portion

212:Small diameter portion 213:Fixed rib 214:Elongate slot

215:Interior step 216:Nuts places rib 217:Inner space

220:Upper contact face 221:High heel protects rib 230:Elastic component

231:Compress spring 232:First buffer component 233:Second buffer component

240:Stay bolt 241:Nuts 242:Pin thread

250:With bottom 251:Insert 260:Guide protection pipe

270:Compress spring fixed lobe

Specific embodiment

With reference to the accompanying drawings, the preferred embodiment of the utility model is illustrated, so as to person of ordinary skill in the field's energy It is enough easily to implement.

Firstly the need of, it is noted that when in the accompanying drawings mark reference numeral when, according to mutually different embodiment, even if structure Into heel followed by main body 100 and dismounting component 200 differently form respectively, in component 200 dismount, composition upper contact face 220 inscape has differences due to each embodiment, on followed by main body 100, dismounting component 200 and upper contact face 220 Each reference numeral also use identical reference numeral.

As shown in Figures 1 to 4, the utility model first embodiment followed by reinforcement structure shoes include：Accommodate the foot of people Vamp 1, be provided to 1 inner bottom surface of vamp and interior bottom 2 with plantar contact, be provided to the lower side at interior bottom 2 and connect with ground Tactile outsole 3 and the heel 100,200 for projectedly installing and making heel to improve below the rear direction of outsole 3,

The heel 100,200 includes：Followed by main body 100, it is fixed below the rear of outsole 3；Component 200 is dismounted, Its install additional must make removedly to be installed in followed by the lower part of main body 100 and below being contacted with ground position with bottom 250 with work Plug mode introduces inside and is installed additional, is equipped with up or down, and in internal built-in elastic component 230, draws using with bottom 250 Enter the elastic component 230 compressed during inside, buffering is applied to the impact with bottom 250；Stiffening ring 10, in dismounting component 200 Surface, surround with followed by the position that contacts of main body 100, prevent from dismounting component 200 and followed by main body 100 abrasion or breakage； With when wear shoes walking when mitigate by heel 100,200 apply impact and improve the structure of durability.

Wherein, the vamp 1, interior bottom 2 and outsole 3 are not limited to the shape illustrated in the drawings of the utility model, can Variform is deformed into the species according to shoes, this be to those skilled in the art of the present invention do not say and Analogy, shape, structure, material etc. are well known technologies, thus detailed description will be omitted.

Described followed by main body 100 is formed with slot 110 to top dearly since following, aftermentioned to dismounting component 200 top protrusion insertion section 210 be inserted in slot 110, so as to install additional dismount component 200 after, can as needed and Separation.

If examining or check the concrete shape of the slot 110, have：In the lower space portion 111 that lower side is formed；Middle part Bottleneck spatial portion 112, reduced than lower space portion 111, with being formed with lower step on the border in lower space portion 111 115；Upper space portion 113, forms in upper side so that expand than bottleneck spatial portion 112, with bottleneck spatial portion 112 Upper step 114 is formed on border.

At this point, in the first embodiment of the utility model, described followed by main body 100 is gone out in the upper space portion 113 The upper surface of ground formed, the slot 110 is with described in up/down perforation followed by the shape of main body 100 is formed.If it is possible to described The position perforation outsole 3 in upper space portion 113 opens the rear at interior bottom 2, then, even if being fixed described followed by main body 100 In the state of below the rear of outsole 3, aftermentioned stay bolt 240 can be also inserted by the upper space portion 113.

The dismounting component 200 possesses：Insertion section 210 is removedly inserted and fixed to described followed by main body 100 slot 110, dismounting component 200 is enable to be installed in described followed by main body 100 or dismounting；Upper contact face 220, in insertion section 210 Periphery is formed, and is adjacent to below described followed by main body 100；With bottom 250, directly touch the ground.

In the first embodiment of the utility model, the dismounting component 200 is equipped with the inner space 217 of lower openings, The interpolation elastic component 230 in inner space 217 after separating making is with bottom 250, is inserted into the top with bottom 250 from lower side In inner space 217, receive the elastic force generated by elastic component 230 so that equally move up and down to piston.

If the dismounting component 200 from shape, formed the lower end of insertion section 210 extended high heel outward Rib 221 is protected, high heel protection rib 221 the upper surface of is formed as the upper contact face 220.Wherein, the high heel protection rib 221 The edge for foring described followed by main body 110 110 entrance periphery of slot is closely attached in the following, protecting described followed by main body 100 not straight Contact ground.

Moreover, the insertion section 210 can be by being inserted in the hollow large-diameter portion in the 110 lower space portion 111 of slot It 211 and is formed on the top of large-diameter portion 211 and is inserted in hollow 212 structure of small diameter portion of the bottleneck spatial portion 112 of the slot 110 Into being inserted in the slot 110.

At this point, the small diameter portion 212 is further equipped with equipped with the fixation rib 213 that upper end is made to protrude formation outward from upper The elongate slot 214 that end starts and formation is cut in portion in long way downwards is shunk when being inserted into the bottleneck spatial portion 112 of the slot 110 And be inserted into, thus play will expander again elastic recovering force, be closely attached on bottleneck spatial portion 112, fixed rib 213 is stuck on described Portion's step 114, as long as thus do not remove by force, then do not fall off.

In addition, the interior lower end of the small diameter portion 212 and the inside unicom of the large-diameter portion 211, and be formed with inwardly The nuts that protrusion is formed places rib 216.

For the large-diameter portion 211, interior step is formed in the junction section of large-diameter portion 211 and small diameter portion 212 215, so that the inside of large-diameter portion 211 becomes the inner space 217, elastic component 230 is accommodated in inner space 217, by This, the upper contact interior step 215 of contact resilient component 230, by the lower openings of inner space 217 be inserted into the bottom of with 250 contact resilient components 230 the upper surface of, when squeezing into inner space 217 with bottom 250, apply the elastic recovering force pushed out.

Moreover, the elastic component 230 includes：Contact directly 215 ground of interior step of the large-diameter portion 211 installs additional the One buffer component 232 makes compression spring 231 that 232 ground of the first buffer component of upper-end contact stands vertically, circumferentially surrounds compression Second buffer component 233 of spring 231.Therefore, when being compressed with bottom 250,231 and second buffer component 233 of spring is compressed It shrinks simultaneously, thus plays the elastic recovering force occurred respectively by 231 and second buffer component 233 of compression spring, by means of pressure The contraction of 231 and second buffer component 233 of contracting spring, the first buffer component 232 are also shunk, and play elastic recovering force.

Therefore, the elastic component 230 plays the double buffering based on compression 231 and second buffer component 233 of spring and makees With and because the multistage buffering effect that is generated when being with the addition of the first buffer component 232, when separately installed compression spring 231 compared with, It can disperse, receive impact, and extend the service life of compression spring 231.In addition, in order to which aftermentioned stay bolt 240 is made loosely to lead to Overcompression spring 231 makes the inside of compression spring 231 by the outer diameter bigger of the diameter of section than stay bolt 240, at this point, Two buffer components 232 surround compression spring 231, thus compress spring 231 and be steadily kept upright state so that compression spring 231 do not contact with each other with stay bolt 240.

Wherein, it is described to depart from bottom 250 from dismounting component 200, thus the insert 251 for being formed with negative thread is buried Arranged on described with bottom 250 the upper surface of.Moreover, handle is formed with nuts 241 in upper end, is formed in lower, outer perimeter face by intended height The stay bolt 240 for having pin thread 242 is inserted into the small diameter portion 212, the first buffer component 232 is penetrated through, by compressing spring Behind 213 inside, lower end is inserted in the insert 251 and is threadably linked.

At this point, nuts 241 fall within small diameter portion 212 nuts place rib 216, thus the stay bolt 240 with After engagement thread is linked to the insert 251 so that described not depart from bottom 250 from dismounting component 200.In addition, the length The threaded connection depth of bolt 240 and the insert 251, i.e. the lower length of the stay bolt 240 of insert 251 is inserted in, It should adjust so that even if in a state that external force is not applied to bottom 250, also keep at least with the top part insertion at bottom 250 State in the inner space 217 of dismounting component 200.Furthermore it is possible to adjust the stay bolt 240 and the insert 251 Threaded connection depth changes the size of initial elasticity recuperability.For example, the elastic recovering force of elastomeric spring 231 have compared with The linear characteristic of contracted length, therefore, can be with if adjusting the contracted length for the elastomeric spring 231 for not receiving external force state Change the size of the elastic recovering force played at the time point for receiving external force.

As described above, with followed by main body 100 and dismounting component 200 is formed heel 100,200, using the handle of stay bolt 240 with Bottom 250 slides up and down movably be installed on dismounting component 200 after, dismounting component 200 is removedly installed in followed by main body 100 Below, thus when abrasion or damaged inscape in the inscape in dismounting component 200, occurs, dismounting component 200 from followed by main body 100 separate after decomposed, so as to only replace abrasion or breakage inscape, installed additional after assembling In followed by main body 100.

And then according to the utility model, stiffening ring 10 is installed in the dismounting component 200, the stiffening ring 10 is protected The dismounting component 200 that can be removably mounted is not worn or breakage, and protection followed by main body 100.

Upper contact face 220 of the stiffening ring 10 by covering high heel protection rib 221 the upper surface of covering part 11, from upper The edge of face covering part 11 extends and covers high heel to bottom fold and the side covering part 12 of 221 side of rib is protected to form, because This, if being installed in the high heel protection rib 221, along periphery side of the covering in 220 edge of upper contact face.

Moreover, the dismounting component 200 for so having installed the stiffening ring 10 additional in high heel protection rib 221 is installed in followed by led Body 100, so as to which described stiffening ring 10 the upper surface of covering part 11 is between the upper contact face 220 of high heel protection rib 221 with after Between below main body 100 so that upper contact face 220 be not directly contacted with followed by main body 100 below, the stiffening ring 10 Side covering part 12 from the side of 220 edge side of upper contact face to bottom fold, protection high heel protection rib 221 side.

In general, heel with the synthetic resin material of hard make or twin stack leather after press attached making, thus May be worn due to external impact or damaged, further, as the utility model, if with followed by main body 100 and dismounting Component 200 forms heel, and dismounting component 200 is removedly installed in followed by main body 100, then when receiving external impact, is torn open Dress component 200 compared with followed by main body 100 and slightly rock.

Therefore, dismount component 200 and followed by main body 100 between contact surface because dismounting component 200 being worn when rocking.With this On the contrary, according to the utility model, described stiffening ring 10 the upper surface of covering part 11 between followed by main body 100 below with dismounting component Between 200 upper contact face 220, be not only followed by main body 100 below, additionally it is possible to make the upper contact of dismounting component 200 The abrasion in face 220 minimizes.

In addition, although the high heel protection rib 221 of dismounting component 200 is exposed to outside, according to the utility model, it is reinforced The side covering part 12 of circle 10 covers, it is thus possible to high heel protection rib 221 be protected to improve dismounting component 200 from external impact Durability.Particularly, if with followed by strength trample ground or walk rough road surface, reach be enough to make it is deep with bottom 250 Deeply into the degree of the inner space 217 of dismounting component 200, then, high heel protection rib 221 may collide ground and break Damage, but there is the stiffening ring 10 to protect high heel protection rib 221, thus dismounting component 200 can retain, and only replace and easily grind Damage or breakage with bottom 250 and use.In addition, as shown in the figure, the stiffening ring 10 is by covering part 11 above and side covering part 12 are formed, and the side for being placed in high heel protection rib 221 is installed, it is thus possible to be dismantled.Therefore, when the stiffening ring 10 is also damaged When, it can replace and use.

In the embodiment of the utility model, in order to make followed by the abrasion of main body 100 and the abrasion or broken for dismounting component 200 Damage, which is realized, to be minimized, and the stiffening ring 10 is formed with metal material.This is because metal material can make surface smooth, reduce Coefficient of friction, in terms of intensity also than followed by main body 100 and dismounting component 200 it is high.

Moreover, the side covering part 12 of the stiffening ring 10 is exposed to outside, thus the stiffening ring 10 is in order to make heel Whole apperance seem beautiful, for example, it is desirable to be coloured as metal is gold-plated.If observation is installed before the stiffening ring 10 Boundary line between heel followed by main body 100 and dismounting component 200 is exposed to outside, and the whole apperance of heel is bad, but according to this Utility model is installing 10 aspect of stiffening ring, due in the material characteristic of heel, although gold-plated can not handle, But by the stiffening ring 10 for installing the gold-plated processing of energy, the apperance of heel can be made to beauty.

On the other hand, at least one recess (notch) 120 is formed with the lower end of main body 100 in the rear.Wherein, it is described Recess 120 extends in the rear with being formed below main body 100 with slot with being cut into since the outside of inner space 217 To the form of the slot of inner face.If followed by main body 100 outside and inner face between thickness it is thicker, can also open from the outside Begin, set depth is excavated towards inner face, but do not dig to inner face, to form institute to the flute profile state in lower part direction and lateral direction opening State recess 120.

Therefore, if the dismounting component 200 is installed in followed by main body 100, then in the lower part of the recess 120, The stiffening ring 10 the upper surface of covering part 11 exposes a part, thus, for example, if hook is inserted into the recess 120 simultaneously downwards Portion draw, then can easily dismounting component 200 from followed by main body 100 separate.Wherein, installed on dismounting component 200 Stiffening ring 10 is stated, hook can encounter the stiffening ring 10 the upper surface of covering part 11, thus dismounting component 200 will not be damaged by hook Wound.Therefore, replaced in the inscape of dismounting component 200 it is most easy wear with bottom 250, can be not to dismounting component 200 cause to replace with bottom 250 while flaw, thus can dismount component 200 with long-time service.

In addition, the side covering part 12 of the stiffening ring 10 install additional must than described followed by main body 100 lower side more to It protrudes in outside.In the embodiment for this utility model, if dismounting component 200 is made to withouyt the reinforcement Circle 10 and dismounting component 200 is installed in followed by main body 100, then dismount the side of component 200 with followed by main body 100 side it is soft Splice with ground, the stiffening ring 10 is then installed in dismounting component 200, so as to the stiffening ring 10 and side covering part 12 Thickness correspondingly than followed by the lower end side of main body 100 protrude outward.Therefore, although the stiffening ring 10 is not covered followed by led The lower end of body 100, but the lower end of ratio followed by main body 100 is protruded to outside, even if walking to spread all over the road of stone, can also protect heel The lower end of main body 100.Particularly, form to be inserted into the slot 110 of the insertion section 210, thus, although followed by main body 100 Lower end is easily damaged due to external impact, but by installing the stiffening ring 10, enabling under protection followed by main body 100 End.

Fig. 5 is the dismounting component separation figure of the utility model second embodiment followed by reinforcement structure shoes, and Fig. 6 is this reality There are the state profile of 2 or 3 with new second embodiment followed by reinforcement structure shoes compression spring.

Second embodiment followed by reinforcement structure shoes possess by followed by main body 100 and the heel that forms of dismounting component 200 100th, 200, and dismounting component 200 can be replaced, described followed by main body 100 is fixed on the rear of shoes in the following, forming slot below 110, the dismounting component 200, which possesses, to be inserted and fixed to followed by the insertion section of the slot of main body 100 110 210, in insertion section 210 Periphery formed be closely attached on followed by main body 100 below upper contact face 220；Something in common is there is the reinforcement of metal material Circle 10, between it is described dismounting component 200 upper contact face 220 and followed by main body 100 below between, possess and connect from top The edge of contacting surface 220 forms the side that must cover dismounting component 200, side is covered to the extended side covering part 12 of bottom fold Cover 12 is convexly formed outward than described followed by main body 100 lower side.

But, the compression spring 231 in the elastic component 230 of first embodiment is equipped with 1, and stay bolt 240 is in the pressure It is slided up and down on the inside of contracting spring, in contrast, the difference of second embodiment is, the compression spring 231 in elastic component 230 It is equipped with multiple, stay bolt 240 on the inside of the compression spring, but can not slide up and down between spring 231 is compressed.

The guiding protection pipe 260 that the stay bolt 240 is installed is inserted in addition, possessing, so as in the compression spring 231 When flexible, them can be prevented to contact the stay bolt 240 and interfered.

On the other hand, compression spring 231 formed it is multiple in the case of, the part where with the spring above bottom 250, shape Into compression spring fixed lobe 270, so as to fix spring.

Moreover, the utility model is as shown in fig. 6, the size with bottom 250 can also be changed, the institute for being inserted into its inside The installation number for stating compression spring 231 is installed 3 or more and is formed.That is, increase to suitable quantity and form, so as to send out Wave the corresponding elastic force of load with user and into row buffering.

Fig. 7 is the dismounting component separation figure of the utility model 3rd embodiment followed by reinforcement structure shoes, and Fig. 8 is this reality It is separated and schemed with new fourth embodiment followed by reinforcement structure shoes dismounting component, Fig. 9 is the 5th embodiment of the utility model Followed by reinforcement structure shoes dismounting component separation figure, in order to help to understand, illustrated with face upwarding stereogram followed by main body 100, dismounting component 200 is illustrated with top perspective view.

In described Fig. 7 into embodiment shown in Fig. 9, dismounting component 200 by with bottom 250, the pin-shaped in the form of spillikin into And the insertion section 210 of projection and covering are formed with the stiffening ring 10 of bottom 250 the upper surface of edge side on bottom 250, not as First embodiment has to install the structure of elastic component 230 and enable the structure slided up and down with bottom 250 like that.Moreover, Followed by main body 100 below the slot 110 that is formed, so as to the shape for being inserted into the insertion section 210 of the pin-shaped state reluctantly is formed.

Illustrate described Fig. 7 to embodiment shown in Fig. 9 if distinguished by attached drawing, shoes shown in Fig. 7 are with bottom 250 The shoes of 1 insertion section 210, such as high-heeled shoes are formed above, and shoes shown in Fig. 8 are inserted with forming 2 above bottom 250 Enter the shoes in portion 210, for example, with bottom 250 formed must be thicker than high-heeled shoes shoes, shoes shown in Fig. 9 are with bottom 250 The upper surface of formed more than two insertion section 210 shoes, such as formal dress leather shoes.This shoes can be according to registered patent 10- Leather shoe heel production method is made disclosed in No. 1017789, thus is omitted to dismounting the structure of component 200 and the shape of slot 110 Shape illustrates.

According to described Fig. 7 to embodiment shown in Fig. 9, when the insertion section 210 is inserted in slot 110, dismounting component 200 are installed in followed by during main body 100, be closely attached on followed by main body 100 below dismounting component 200 upper contact face 220, with convex Described dismounting component 200 equipped with insertion section 210 the upper surface of is formed.

Moreover, the stiffening ring 10 is covered with being correspondingly formed with the shape of bottom 250 the upper surface of edge side using side Portion 12, circumferentially direction covering with bottom 250 side, above covering part 11 be mounted so as between with bottom 250 the upper surface of with followed by it is main Between below body 100.

It at this point, dismounting component 200 contacts ground with bottom 250, is begun to wear out from below, if abrasion proceeds to certain journey Degree, then dismounting component 200 from followed by main body 100 separate removal, new dismounting component 200 is installed in followed by main body 100, because And the side covering part 12 of the stiffening ring 10 is configured only covering with the upper side at bottom 200.

For example, the side covering part 12 of the stiffening ring 10 can be utilized, cover to such as registered patent 10-1017789 Be embedded in shown in number with bottom 250 the 210 lower part depth of burying of insertion section or covering to such as in order to insertion section 210 firmly It is convexly equipped in bottom 250 and is fixed on the lower end of insertion section 210 and is embedded in the depth of burying of the supporting member with bottom 250.

Although identical with the first embodiment of the utility model moreover, not shown into Fig. 9 in described Fig. 7, in this reality With in new second and third, four embodiments, can also followed by the lower end of main body 100 formed.Recess at this time is not from heel Until the side of main body 100 starts to cut when arrival slot 110, but only cut to set depth.But in this practicality In new third and fourth, five embodiments, so-called replace with bottom 250, is even lower end to be embedded in inserting for pin-shaped state with bottom 250 Enter portion 210 also to replace, thus substitution forms recess 120, is clamped sooner or later by discarding with bottom 250 with pliers (pincers), from rear It is separated with main body 100.

On the other hand, as shown in fig. 7, in the case of 1 insertion section 210 of not wide projection of upper contact face 220, most Handy stiffening ring 10 the upper surface of covering part 11 covers all upper contact faces 220.

As can be seen from figures 8 and 9, in the case of the multiple insertion sections 210 of 220 broad projection of upper contact face, it can use and add The edge in 11 covering upper contact faces 220 of strong circle 10 the upper surface of covering part.On the other hand, by above with bottom 250 In the upper contact face 220 of formation, face that unused stiffening ring 10 the upper surface of covering part 11 covers, preferably with covering part 11 above Thickness correspondingly protrudes, the height of alignment covering part 11 above.

It illustrates above for the technological thought to the utility model, it is illustrated that and illustrate specific embodiment, but this reality The composition identical with specific embodiment and effect are not confined to as described above with new, without departing from the scope of the utility model Limit in, it is possible to implement various modifications.Therefore, this deformation also should be regarded as belonging to the scope of the utility model, this practicality is new The scope of type should be determined according to aftermentioned claims.

Claims

1. a kind of followed by reinforcement structure shoes, possess by followed by the heel that forms of main body and dismounting component can simultaneously replace dismounting structure Part, described followed by main body are fixed on the rear of shoes in the following, forming slot below, after the dismounting component possesses and is inserted and fixed to With the insertion section of the slot of main body, formed on the periphery of insertion section be closely attached on followed by main body below upper contact face, feature exists In,

Further include the stiffening ring of metal material, between it is described dismounting component upper contact face with followed by main body below it Between, possess the side for from the edge in upper contact face to the extended side covering part of bottom fold, being formed and must covering dismounting component, Side covering part is convexly formed outward than described followed by main body lower side.

2. according to claim 1 followed by reinforcement structure shoes, which is characterized in that

The dismounting component, which installs additional, must make introducing inside in a manner of piston the bottom of with and being installed additional for position below contact ground, on Under be movably equipped with, and in internal built-in elastic component, the impact bottom of with is applied to using elastic component buffering.

3. according to claim 2 followed by reinforcement structure shoes, which is characterized in that

The elastic component includes one or more compression springs.

4. according to claim 3 followed by reinforcement structure shoes, which is characterized in that

In the case where the compression spring is equipped with one, possess the stay bolt slided up and down on the inside of the compression spring, In the case that the compression spring outfit is multiple, possesses the stay bolt slided up and down between the compression spring.

5. according to claim 4 followed by reinforcement structure shoes, which is characterized in that

The lower end with main body is formed with recess in the rear, and the recess pulls dismounting component to lower part for being inserted into hook, So as to from followed by main body separation.

6. according to claim 4 followed by reinforcement structure shoes, which is characterized in that