CN207631062U - Boot pad - Google Patents

Abstract

The utility model discloses a kind of boot pads, including：Heelpiece ontology；Multiple anti-skid bulges, all anti-skid bulges are fixedly arranged on the pressure-bearing surface of the heelpiece ontology, and anti-skid bulge described in wherein at least two is staggered to form the first anti-skid chequer, and a plurality of first anti-skid chequer is distributed in by preset rule on the heelpiece ontology.The boot pad is when in use, anti-skid bulge described in wherein at least two is staggered to form the first anti-skid chequer, certain angle is presented in two anti-skid bulges in first anti-skid chequer, when a plurality of first anti-skid chequer is distributed in by preset rule on the heelpiece ontology, so that the boot pad is ensure that preferably antiskid effect at least two directions, improves the antiskid effect of the boot pad.

Description

Boot pad

Technical field

The utility model is related to auto parts fields, more particularly to a kind of boot pad.

Background technology

With the improvement of living standards, automobile becomes the necessity of family.When outer, people can be by articles for daily use for trip It is positioned in car trunk, boot pad can be all configured in car trunk, however, the material antiskid effect of traditional boot pad and paying no attention to Think.

Invention content

Based on this, the utility model proposes a kind of boot pads, solve defect existing for traditional boot pad, the boot The anti-skid chequer of pad multi-angle on the heelpiece ontology is distributed, and improves the antiskid effect of the heelpiece ontology.

A kind of boot pad, including：

Heelpiece ontology；

Multiple anti-skid bulges, all anti-skid bulges are fixedly arranged on the pressure-bearing surface of the heelpiece ontology, wherein at least Two anti-skid bulges are staggered to form the first anti-skid chequer, and a plurality of first anti-skid chequer is distributed in institute by preset rule It states on heelpiece ontology.

When in use, anti-skid bulge described in wherein at least two is staggered to form the first anti-skid chequer above-mentioned boot pad, institute It states two in the first anti-skid chequer anti-skid bulges and certain angle is presented, when a plurality of first anti-skid chequer presses preset rule When rule is distributed on the heelpiece ontology, so that the boot pad is ensure that preferably antiskid effect at least two directions, carry The antiskid effect of the boot pad is risen.

A plurality of first anti-skid chequer is distributed to form the first anti-skid chequer by preset rule in one of the embodiments, Group, at least two first anti-skid chequer groups are arranged in the opposite direction respectively on the heelpiece ontology.At least two institutes It states the first anti-skid chequer group to be respectively in the opposite direction arranged, so that the boot pad is existed at least three directions preferably anti- Sliding effect, further improves the antiskid effect of the boot pad.

At least two anti-skid bulges are cross-linked to form the first anti-skid chequer, a plurality of institute in one of the embodiments, It states the first anti-skid chequer interval to be arranged to form the first anti-skid chequer group, the first anti-skid chequer group described in two of which is towards opposite side To setting on the heelpiece ontology.A plurality of first anti-skid chequer interval is arranged to form the first anti-skid chequer group, promotes the tail Case increases the aesthetic feeling of the boot pad while padding antiskid effect.

At least two anti-skid bulges staggeredly but are not connected to setting to form described first anti-in one of the embodiments, Sliding line, the one or more first anti-skid chequer distribution, which is arranged, forms the first anti-skid chequer group, the first anti-skid chequer described in two of which Group is arranged in the opposite direction on the heelpiece ontology.At least two anti-skid bulges, which interlock but are not connected to setting, to be formed First anti-skid chequer increases the diversity of the anti-skid bulge arrangement, allows the anti-skid bulge according to the heelpiece ontology Concrete shape arrangement.

In one of the embodiments, the heelpiece ontology be equipped at least three first anti-skid chequer groups, at least one A first anti-skid chequer group is disposed therein between the first anti-skid chequer group that two are arranged in the opposite direction.At least three The setting of the first anti-skid chequer group makes the boot pad that can ensure, with antiskid function, to be promoted simultaneously in each region The aesthetic feeling of the boot pad.

The second anti-skid chequer is additionally provided on the heelpiece ontology in one of the embodiments, second anti-skid chequer is by it In at least two anti-skid bulges be spaced setting in the same direction and formed, a plurality of second anti-skid chequer interval is arranged that form second anti-skidding Line group, the heelpiece ontology are equipped at least two first anti-skid chequer groups and at least one second anti-skid chequer group, institute State the setting area for the first anti-skid chequer group that the setting area of the second anti-skid chequer group is arranged in the opposite direction close to two of which Domain.The setting of the second anti-skid chequer group makes the boot pad that can ensure with antiskid function, simultaneously in each region Promote the aesthetic feeling of the boot pad.

The heelpiece ontology includes first end, second end and is set to the first end in one of the embodiments, Two sides between the second end and at least one ennation, the ennation be set to one end of the side and Avoiding structure is equipped between the ennation and the corresponding side, a plurality of first anti-skid chequer is distributed by preset rule It is adjusted on the position of the avoiding structure.A plurality of first anti-skid chequer according to the concrete shape of the avoiding structure and Specific location adjusts the shape of the first anti-skid chequer, structure and distributing position, saves the heelpiece ontology in the avoiding structure area The quantity of arrangement anti-skid bulge required for domain, while the boot pad can ensure in each region with antiskid function, The aesthetic feeling of the boot pad is promoted simultaneously.

The ennation, which is equipped with, in one of the embodiments, accommodates lattice.The receiving lattice can store small article.

Further include side plate in one of the embodiments, one end of the side plate and the outer edge of the heelpiece ontology are solid Determine and enclose the card division for setting and being formed and being engaged with car trunk side wall along the outer edge of the heelpiece ontology, the height of the side plate is big In 0 and be less than or equal to 20cm, the one end of the side plate far from the heelpiece ontology be equipped with flanging, the flanging includes institute Outwardly extending first flange in the one end of side plate far from the heelpiece ontology and first flange are stated to close to the heelpiece sheet Second flange of body direction bending, and the width of first flange is more than 0 and is less than or equal to 10cm, second flange Width is more than 0 and is less than or equal to 10cm.The setting of the side plate can prevent sewage on the heelpiece ontology and sludge from splashing It is mapped to the side wall of the car trunk, pollutes the car trunk, the width of the first flange is more than 0 and is less than or equal to 10cm, The width of second flange is more than 0 and is less than or equal to 10cm, in the setting of the numberical range, increase boot pad diversity and Three-dimensional sense, and in the range, boot pad abuts more firm with car trunk side wall.

The pressure-bearing surface of the heelpiece ontology is equipped with annular protrusion in one of the embodiments, and the annular protrusion encloses Equipped with the tag slot for showing mark, a plurality of anti-skid bulge is distributed in the position of the annular protrusion by preset rule It is adjusted.Trademark, Warning Sign and colour code etc. can be set in the tag slot.

Description of the drawings

Fig. 1 is the structure of the first anti-skid chequer in an embodiment；

Fig. 2 is the structure of the first anti-skid chequer in another embodiment；

Fig. 3 is the structure of the second anti-skid chequer in an embodiment；

Fig. 4 is the structural schematic diagram of boot pad in embodiment one；

Fig. 5 is the structural schematic diagram for implementing the boot pad in two；

Fig. 6 is the structural schematic diagram of the boot pad in embodiment three；

Fig. 7 is the structural schematic diagram of the boot pad in example IV；

Fig. 8 is the structural schematic diagram of an embodiment midsole pad body；

Fig. 9 is the cross section structure schematic diagram of boot pad in an embodiment.

Reference sign：

10, boot pad, 100, heelpiece ontology, 101 first anti-skid chequer groups, the 102, second anti-skid chequer group, 103, first is anti-skidding Line, the 104, second anti-skid chequer, 105, anti-skid bulge, 106, side, 107, avoiding structure, 108, ennation, 110, side plate, 112, Flanging, the 114, first flange, the 116, second flange, 120, annular protrusion, 122, tag slot.

Specific implementation mode

To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, below in conjunction with the accompanying drawings to this The specific implementation mode of utility model is described in detail.Elaborate many details in order to abundant in the following description Understand the utility model.But the utility model can be much to implement different from other manner described here, this field Technical staff can do similar improvement without prejudice to the utility model connotation, therefore the utility model is not by following public affairs The limitation for the specific implementation opened.

It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ", " right side " and similar statement for illustrative purposes only, are not offered as being unique embodiment.

The utility model discloses a kind of boot pad 10, including：Heelpiece ontology 100；Multiple anti-skid bulges 105, it is all anti-skidding Protrusion 105 is fixedly arranged on the pressure-bearing surface of heelpiece ontology 100, and wherein at least two anti-skid bulge 105 is staggered to form first Anti-skid chequer 103, a plurality of first anti-skid chequer 103 are distributed in by preset rule on heelpiece ontology 100.

When in use, as depicted in figs. 1 and 2, wherein at least two anti-skid bulge 105 is staggered shape above-mentioned boot pad 10 At the first anti-skid chequer 103, certain angle is presented in two anti-skid bulges 105 in the first anti-skid chequer 103, when a plurality of first anti-skidding When line 103 is distributed in by preset rule on heelpiece ontology 100, boot pad 10 is made to ensure that at least two directions preferably Antiskid effect, the antiskid effect for improving boot pad 10 while, improve the overall aesthetic of boot pad 10.

Further, the first anti-skid chequer 103 can be cross-linked setting by least two anti-skid bulges 105 and be formed, such as Fig. 1 institutes Show, there are two types of structures for the first anti-skid chequer 103 in this embodiment, and the first anti-skid chequer 103 of one kind is by two the first anti-skid bulges 105 are cross-linked to form, it is ensured that boot pad 10 has antiskid effect, another first anti-skid chequer at least two directions 103 are cross-linked to form by three anti-skid bulges 105, and three anti-skid bulges 105 make boot pad 10 at least ensure towards three directions Antiskid effect on three directions, this 103 structure of the first anti-skid chequer of two classes line are distributed by preset rule, improve boot pad 10 Antiskid effect.As shown in Fig. 2, the first anti-skid chequer 103 staggeredly but can be not connected to setting shape at least two anti-skid bulges 105 At in this embodiment, the first anti-skid chequer 103 staggeredly but is not connected to be arranged, three anti-skid bulges by three anti-skid bulges 105 The direction of 105 ends is arranged according to the concrete structure of heelpiece ontology 100.It is understood that the structure of the first anti-skid chequer 103 can It is various to have, it is staggered by least two anti-skid bulges 105 but as long as meeting the first anti-skid chequer 103, a plurality of first anti-skid chequer 103 are distributed on the pressure-bearing surface of heelpiece ontology 100 by preset rule and both then are within the protection scope of the present invention.

On the basis of the above embodiments, a plurality of first anti-skid chequer 103 is distributed to form the first anti-skid chequer by preset rule Group 101, at least two first anti-skid chequer groups 101 are respectively facing opposite direction and are arranged on the pressure-bearing surface of heelpiece ontology 100.Extremely Few two the first anti-skid chequer groups 101 are respectively facing opposite direction setting, make boot pad 10 exist at least three directions compared with Excellent antiskid effect further improves the antiskid effect of boot pad 10.

Based on any of the above embodiments, the structure of the first anti-skid chequer 101 can there are many, such as Fig. 4 and Fig. 5 and figure Shown in 7, in this two embodiments, at least two anti-skid bulges 105 are cross-linked to form the first anti-skid chequer 103, and a plurality of The setting of one anti-skid chequer 103 interval forms the first anti-skid chequer group 101, and the first anti-skid chequer of two of which group 101 is in the opposite direction It is arranged on heelpiece ontology 100.The setting of a plurality of interval of first anti-skid chequer 103 forms the first anti-skid chequer group 101, promotes boot pad 10 The aesthetic feeling of boot pad 10 is increased while antiskid effect.As shown in fig. 6, in this embodiment, at least two anti-skid bulges 105 staggeredly but are not connected to setting and form the first anti-skid chequer 103, and the one or more the first distribution settings of anti-skid chequer 103 form first Anti-skid chequer group 101, the first anti-skid chequer of two of which group 101 are arranged in the opposite direction on heelpiece ontology 100.

Further, based on any of the above embodiments, in order to make boot pad 10 ensure anti-skidding effect in each region Fruit, on the pressure-bearing surface face of heelpiece this ontology 100, removing in other regions of 101 region of the first anti-skid chequer group can be with Arrange a plurality of anti-skid bulge 105.As shown in Fig. 2, Fig. 4, Fig. 6 and Fig. 7, the second anti-skid chequer 104 is additionally provided on heelpiece ontology 100, By wherein at least two anti-skid bulge 105, interval setting is formed second anti-skid chequer 104 in the same direction, and a plurality of second anti-skid chequer 104 is spaced Setting forms the second anti-skid chequer group 102, and heelpiece ontology 100 is equipped at least two first anti-skid chequer groups 101 and at least one the Two anti-skid chequer groups 102, the first anti-skid chequer that the setting area of the second anti-skid chequer group 102 is arranged in the opposite direction close to two of which The setting area of group.The setting of second anti-skid chequer group 102 makes boot pad 10 that can ensure there is anti-skidding work(in each region Can, while promoting the aesthetic feeling of boot pad 10.As shown in Figure 5 and Figure 6, heelpiece ontology 100 is equipped at least three first anti-skid chequers Group 101, at least one first anti-skid chequer group 101 be disposed therein the first anti-skid chequer group 101 that two are arranged in the opposite direction it Between.The setting of at least three first anti-skid chequer groups 101 makes boot pad 10 that can ensure in each region with antiskid function, The aesthetic feeling of boot pad 10 is promoted simultaneously.As shown in figure 4, in this embodiment, two anti-skid bulges 105 are cross-linked setting shape At the first anti-skid chequer 103, the both ends of the first anti-skid chequer 103 are towards the length direction of heelpiece ontology 100, a plurality of first anti-skid chequer 103 are arranged to form the first anti-skid chequer group 101 towards the length direction interval of heelpiece ontology, and two the first anti-skid chequer groups 101 exist respectively Being arranged towards two opposite directions on the length direction of heelpiece ontology 100, further, is additionally provided with a plurality of on heelpiece ontology 100 Spaced second anti-skid chequer 104, as shown in Fig. 2, the second anti-skid chequer 104 by two anti-skid bulges 105 towards between length direction Every setting formed and the both ends of the second anti-skid chequer 104 towards heelpiece ontology 100 width direction, between a plurality of second anti-skid chequer 104 The second anti-skid chequer group 102 is formed every setting, two the second anti-skid chequer groups 102 are towards setting in the width direction of heelpiece ontology at two Between first anti-skid chequer group 101, the setting of the second anti-skid chequer group 102 makes boot pad 10 that can ensure have in each region Antiskid function, and further improve the antiskid effect of boot pad 10.As shown in figure 5, in this embodiment, two anti-skidding convex It plays 105 and is cross-linked setting the first anti-skid chequer 103 of formation.One end of one of anti-skid bulge 105 is towards heelpiece ontology 100 Width direction, the other end are connect with another anti-skid bulge 105, and two 105 shapes of anti-skid bulge have a certain degree.A plurality of first is anti- The length direction interval of sliding line 103 towards heelpiece ontology 100 is arranged to form the first anti-skid chequer group 101, two the first anti-skid chequer groups 101 Being arranged towards two opposite directions on the length direction of heelpiece ontology 100 respectively.Further, towards two opposite directions The first anti-skid chequer group 101 of third, the first anti-skid chequer group 101 of the third are additionally provided between the first anti-skid chequer group 101 being arranged It is made of a plurality of first anti-skid chequer 103, which is cross-linked to form by least two anti-skid bulges 105, and should The end of first anti-skid chequer 103 is towards the width direction of heelpiece ontology 100, three first anti-skidding group 101 of setting, further It promotes boot and pads 10 antiskid effects.Such as Fig. 6, in this embodiment, three anti-skid bulges 105, which interlock but are not connected to setting, to be formed First anti-skid chequer 103, first anti-skid chequer 103 are set as one first anti-skidding group 101, two first anti-skidding group 101 court respectively It is arranged to 100 length direction of heelpiece ontology, further, as shown in fig. 6, it is anti-skidding to be additionally provided with third first on heelpiece ontology 100 Group 101, and the first anti-skid chequer group 101 of third is equally interlocked by three anti-skid bulges 105 but is not connected to formed one first Anti-skid chequer 103 forms, end three different directions of direction of first anti-skid chequer 103, the first anti-skid chequer group 101 of the third It is arranged between two the first anti-skid chequer groups 101 on 100 length direction of heelpiece ontology, three the first anti-skid chequer groups 101 Setting make boot pad 10 that can ensure with antiskid function in each region.Further, shown in Fig. 6, heelpiece ontology 100 On be additionally provided with a plurality of spaced second anti-skid chequer 104, the second anti-skid chequer 104 is by two interval of anti-skid bulges 105 setting shapes At and the second anti-skid chequer 104 both ends towards the width direction of heelpiece ontology 100, a plurality of second anti-skid chequer 104 interval setting shape At the second anti-skid chequer group 102, the setting area of the second anti-skid chequer group 102 is close to the setting area of the first anti-skid chequer group 101, and second The setting of anti-skid chequer group 102 makes boot pad 10 that can ensure with antiskid function in each region.As shown in fig. 7, at this In secondary embodiment, two anti-skid bulges 105 are cross-linked setting and form the first anti-skid chequer 103.One of anti-skid bulge 105 Towards the width direction of heelpiece ontology 100, the other end connect with another anti-skid bulge 105 for one end, two formation of anti-skid bulges 105 Certain angle.The length direction interval of a plurality of first anti-skid chequer 103 towards heelpiece ontology is arranged to form the first anti-skid chequer group 101, Two the first anti-skid chequer groups 101 being arranged towards two opposite directions on the length direction of heelpiece ontology 100 respectively.Into one Step, as shown in fig. 7, in this embodiment, is additionally provided with a plurality of spaced second anti-skid chequer 104 on heelpiece ontology 100, the Two anti-skid chequers 104 are formed by the setting of two anti-skid bulges 105 interval and the both ends of the second anti-skid chequer 104 are towards heelpiece ontology 100 Width direction, the setting of a plurality of second anti-skid chequer 104 interval forms the second anti-skid chequer group 102, the setting of the second anti-skid chequer group 102 Between two the first anti-skid chequer groups 101, the setting of the second anti-skid chequer group 102 makes boot pad 10 that can be protected in each region Card has antiskid function.

Based on any of the above embodiments, as shown in figure 8, the heelpiece ontology 100 include first end, second end, And it is set to two sides 106 and at least one ennation 108 between the first end and the second end, the extension Body 108 is set to one end of the side and is equipped with avoiding structure between the ennation 108 and the corresponding side 106 107.A plurality of first anti-skid chequer 103 adjusts the shape of the first anti-skid chequer 103 according to the concrete shape and specific location of avoiding structure 107 Shape, structure and distributing position save the number that heelpiece ontology 100 arranges anti-skid bulge 105 required for 107 region of avoiding structure Amount, while boot pad 10 can ensure in each region with antiskid function, while promoting the aesthetic feeling of boot pad 10.Such as figure Shown in 5, in this embodiment, what heelpiece ontology 100 was set sets in the longitudinal direction there are two side 106, and each side 106 is equal If there are one the avoiding structure 107 to set to the concave, which is in the warp architecture being recessed inwardly, two anti-skid bulges 105, which are staggered, to form the first anti-skid chequer 103, and the bending angle of the bending angle of first anti-skid chequer 103 and the warp architecture Degree is correspondingly arranged, and the setting of a plurality of interval of first anti-skid chequer 103 forms the first anti-skid chequer group 101, and two the first anti-skid chequer groups 101 exist It is arranged in the opposite direction on the length direction of heelpiece ontology 100, such setting can be saved in 107 region cloth of avoiding structure Set the quantity of anti-skid bulge 105.As shown in fig. 6, in this embodiment, a side on the length direction of heelpiece ontology 100 Avoiding structure 107 is set in portion 106, which is in the warp architecture being recessed inwardly, and multiple anti-skid bulges 105 are curved along this The crooked route of bent structure is arranged, wherein three anti-skid bulges 105 staggeredly but are not connected to setting and form the first anti-skid chequer 103, one A first anti-skid chequer 103 is a first anti-skid chequer group 101, and the first anti-skid chequer of two of which group 101 is in 100 length of heelpiece ontology It is arranged in the opposite direction on direction.Further, the ennation 108, which is equipped with, accommodates lattice (not shown)；Accommodating lattice can deposit Put small article.Article.

Based on any of the above embodiments, as shown in 9 figures, the boot pad 10 further includes side plate 110, the side plate The outer edge of 110 one end and the heelpiece ontology 100 fix and enclosed along the outer edge of the heelpiece ontology 100 set to be formed with The card division of car trunk side wall engaging, the one end of side plate 110 far from heelpiece ontology are equipped with flanging 112, and flanging 112 includes side Outwardly extending first flange, 114 and first flange 114 in the one end of plate 110 far from heelpiece ontology 100 is to close to heelpiece ontology Second flange 116 of pressure-bearing surface direction bending；The setting of side plate 110 can prevent sewage on heelpiece ontology 100 and sludge from splashing It is mapped to the side wall of car trunk, pollutes car trunk.Further, the height of side plate 110 is more than 0 and is less than or equal to 20cm；The The width of one flange 114 is more than 0 and is less than or equal to 10cm, and the width x width of the second flange 116 is more than 0 and is less than or equal to 10cm increases the diversity and three-dimensional sense of the design of boot pad 10, and in the range, boot in the setting of the numberical range Pad 10 abuts more firm with car trunk side wall.

It must be noted that it is in four side closeds that the side plate 110, which encloses the card division for setting and being formed and do not limit, according to heelpiece sheet The concrete structure of the concrete shape and automobile treadle space wall of body 100, the card division can be closed in three bandings, openings at one side Structure can also be four side full-closed structures, as long as but meeting outer edge of the side plate 110 along the heelpiece ontology 100 Enclose the card division for setting and being formed and being engaged with car trunk side wall, and the 110 height root of side plate on 100 outer edge of heelpiece ontology It is designed according to needs, it is preferable that the height of the side plate 104 is more than 0 and is less than or equal to 20cm.

Based on any of the above embodiments, it as shown in 4, Fig. 5, Fig. 6 and Fig. 7, is set on the pressure-bearing surface of heelpiece ontology 100 There are annular protrusion 120, annular protrusion 120 to enclose equipped with the tag slot 122 for showing mark, a plurality of anti-skid bulge 105 is by default Rule be distributed in the position of annular protrusion 120 and be adjusted.Trademark can be set in tag slot 122, Warning Sign and Colour code etc..The shape of annular protrusion 120 can be arranged as required to, it is not limited to the annular being related to described in above-described embodiment The shape of protrusion 120, encloses but as long as meeting annular protrusion 120 equipped with tag slot 122.

Specifically, anti-skid bulge 105 can be such that sunk part holds from the pressure-bearing surface of heelpiece ontology 100 to lower recess The height of pressure surface is formed less than the height of the pressure-bearing surface of heelpiece ontology 100, or is upwardly extended by the pressure-bearing surface of heelpiece ontology 100 And formed, so that extension pressure-bearing surface height is formed higher than the height of the pressure-bearing surface of heelpiece ontology 100, in this embodiment In, anti-skid bulge 105 by heelpiece ontology 100 pressure-bearing downwards concave shape at, this generation type convenient for anti-skid bulge plus Work.It is understood that the formation of anti-skid bulge 105 and shape are not limited to generation type and shape provided by the utility model Shape, but as long as anti-skid bulge 105 is arranged according to the mentioned method for arranging of the utility model, in the protection of the utility model Within the scope of.And the shape of anti-skid bulge 105 can be bar shaped, diamond shape and rectangular etc..

Unless otherwise defined, all of technologies and scientific terms used here by the article is led with the technology for belonging to the utility model The normally understood meaning of technical staff in domain is identical.Terminology used in the description of the utility model herein only be The purpose of description specific embodiment, it is not intended that in limitation the utility model.Each technical characteristic of above example can be with Arbitrarily combined, to keep description succinct, it is not all possible to each technical characteristic in above-described embodiment combination all into Row description, as long as however, the combination of these technical characteristics be not present contradiction, be all considered to be this specification record range.

Above example only expresses the several embodiments of the utility model, the description thereof is more specific and detailed, but simultaneously Cannot the limitation to utility model patent range therefore be interpreted as.It should be pointed out that for the ordinary skill people of this field For member, without departing from the concept of the premise utility, various modifications and improvements can be made, these belong to this reality With novel protection domain.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (10)

1. a kind of boot pad, which is characterized in that including：

Heelpiece ontology；

Multiple anti-skid bulges, all anti-skid bulges are fixedly arranged on the pressure-bearing surface of the heelpiece ontology, wherein at least two The anti-skid bulge is staggered to form the first anti-skid chequer, and a plurality of first anti-skid chequer is distributed in the bottom by preset rule On pad body.

2. boot pad according to claim 1, which is characterized in that a plurality of first anti-skid chequer is distributed by preset rule The first anti-skid chequer group is formed, at least two first anti-skid chequer groups are arranged in the opposite direction respectively in the heelpiece ontology On.

3. boot pad according to claim 2, which is characterized in that at least two anti-skid bulges are cross-linked to form One anti-skid chequer, a plurality of first anti-skid chequer interval are arranged to form the first anti-skid chequer group, and first is anti-skidding described in two of which Line group is arranged in the opposite direction on the heelpiece ontology.

4. boot pad according to claim 2, which is characterized in that at least two anti-skid bulges interlock but are not connected to set It sets to form first anti-skid chequer, the one or more first anti-skid chequer distribution setting forms the first anti-skid chequer group, wherein two A first anti-skid chequer group is arranged in the opposite direction on the heelpiece ontology.

5. according to claim 2 to 4 any one of them boot pad, which is characterized in that the heelpiece ontology is equipped at least three A first anti-skid chequer group, at least one first anti-skid chequer group be disposed therein two be arranged in the opposite direction it is described Between first anti-skid chequer group.

6. according to claim 2 to 4 any one of them boot pad, which is characterized in that on the pressure-bearing surface of the heelpiece ontology also Equipped with the second anti-skid chequer, the second anti-skid chequer anti-skid bulge described in wherein at least two is spaced setting and is formed in the same direction, a plurality of Second anti-skid chequer interval is arranged to form the second anti-skid chequer group, and it is anti-skidding that the heelpiece ontology is equipped at least two described first Line group and at least one second anti-skid chequer group, the setting area of the second anti-skid chequer group is close to two of which towards phase negative side To the setting area of the first anti-skid chequer group of setting.

7. boot pad according to claim 1, which is characterized in that the heelpiece ontology include first end, second end and Two sides and at least one ennation being set between the first end and the second end, the ennation are set to institute It states one end of side and is equipped with avoiding structure, a plurality of first anti-skid chequer between the ennation and the corresponding side It is distributed on the position of the avoiding structure and is adjusted by preset rule.

8. boot pad according to claim 7, which is characterized in that the ennation, which is equipped with, accommodates lattice.

9. boot pad according to claim 1, which is characterized in that further include side plate, one end of the side plate and the bottom The outer edge of pad body is fixed and encloses the card division for setting and being formed and being engaged with car trunk side wall along the outer edge of the heelpiece ontology, The height of the side plate is more than 0 and is less than or equal to 20cm, and the one end of the side plate far from the heelpiece ontology is equipped with flanging, The flanging includes outwardly extending first flange in the one end of the side plate far from the heelpiece ontology and first flange To the second flange bent close to heelpiece ontology direction, and the width of first flange is more than 0 and is less than or equal to The width of 10cm, second flange are more than 0 and are less than or equal to 10cm.

10. boot pad according to claim 1, which is characterized in that the pressure-bearing surface of the heelpiece ontology is equipped with convex annular It rises, the annular protrusion is enclosed equipped with the tag slot for showing mark, and a plurality of anti-skid bulge is distributed in by preset rule The position of the annular protrusion is adjusted.