CN207322793U - Safety shoe sole and safety shoe - Google Patents

Abstract

A kind of safety shoe sole and safety shoe are the utility model is related to, belongs to shoes technical field.Safety shoe sole includes sole body, rhone group and damping and slide-prevention component；Sole body includes front foot metacarpus, arch portion and rear foot metacarpus, and rhone group includes the circumferentially distributed boss of multiple circular sole bodies, and multiple boss surround cushion chamber, and rhone, rhone connection cushion chamber and exterior space are formed between adjacent two boss；Damping and slide-prevention component includes multiple damping and slide-prevention groups, and multiple damping and slide-prevention groups are in matrix distribution, have gap between adjacent two damping and slide-prevention groups.The safety shoe sole, circumferentially disposed multiple rhones of sole body, are discharged easy to sole ponding, damping and slide-prevention component easy to sole damping, anti-skidding so that safety shoe made of the safety shoe sole has the function of anti-skidding.Using the safety shoe of above-mentioned safety shoe sole, anti-skid wearable, improves the comfort level and security of wearer.

Description

Safety shoe sole and safety shoe

Technical field

Shoes technical field is the utility model is related to, in particular to a kind of safety shoe sole and safety shoe.

Background technology

With the development of science and technology, shoes technology is improved therewith, different environment wears different shoes.Safety shoe is with making The working environment of user comes into being, and safety shoe brings guarantee to the foot of wearer.But in some more special work Occasion, since ground is smooth or ponding, just has higher requirement, to prevent staff from slipping to the non-skid property of sole.

Sole grain design and arrangement yet with existing safety shoe is not reasonable so that and anti-skid property of soles is relatively low, Ponding is not easy to discharge under sole at the same time, causes easily to slip；The cost of the anti-skidding material of sole is higher, if sole is overall all Just greatly increase its cost of manufacture using anti-skidding material；The entirety of anti-skidding material feels partially hard, while most peace Full footwear all set integral plate in sole, and which results in safety shoe sole not to have bendability, largely influences safety shoe yet Non-skid property.

Utility model content

The purpose of this utility model is that in view of the above-mentioned problems, providing a kind of safety shoe sole, the circumferential direction of sole body is set Put multiple rhones, discharged easy to sole ponding, damping and slide-prevention component easy to sole damping, anti-skidding so that the safety shoe footwear Safety shoe made of bottom has the function of anti-skidding, improves the comfort level of wearer, is improved the above problem.

Another purpose of the utility model is to provide a kind of safety shoe, anti-skidding resistance to using above-mentioned safety shoe sole Mill, improves the comfort level and security of wearer.

The utility model is realized in this way：

The embodiment of the utility model provides a kind of safety shoe sole, including sole body, positioned at the sole body Rhone group and damping and slide-prevention component；

The sole body includes sequentially connected front foot metacarpus, arch portion and rear foot metacarpus, the width of the sole body Degree is first reduced by the front foot metacarpus to the rear foot metacarpus to be increased afterwards；

The rhone group includes multiple boss, and the multiple boss is circumferentially distributed around the sole body, described Direction extension of the boss along the profile perpendicular to the sole body, the multiple boss surround cushion chamber, adjacent two institutes State and rhone is formed between boss, the rhone connects the cushion chamber and exterior space；

The damping and slide-prevention component is located in the cushion chamber and the damping and slide-prevention component be located at the front foot metacarpus with The rear foot metacarpus, the damping and slide-prevention component include multiple damping and slide-prevention groups, and the multiple damping and slide-prevention group is in matrix distribution In in the cushion chamber, there is gap between adjacent two damping and slide-prevention groups.

In this embodiment, draining is formed between circumferentially disposed multiple boss of sole body, adjacent two boss Groove, easy to be piled up in the discharge of the ponding of sole；Multiple boss surround cushion chamber, and damping and slide-prevention component is provided with cushion chamber, is carried The damping of high sole and non-skid property, improve the security of sole body so that safety shoe made of the safety shoe sole has Good non-skid property, meets that user's wears requirement.

In the utility model optional embodiment, it is convex that the multiple boss includes first boss, second boss and the 3rd Platform, the first boss are located at the edge of the front foot metacarpus, and the second boss is located at the edge of the arch portion, and described Three boss are located at the edge of the rear foot metacarpus, and the first boss and the width of the 3rd boss are more than the second boss Width.

In the utility model optional embodiment, the first boss is both provided with groove with the second boss, institute Groove is stated by one end of the first boss or the close cushion chamber of the second boss towards the other end to be extended, it is described recessed The depth of one end of the close cushion chamber of groove is more than the other end of the groove.

In the utility model optional embodiment, the institute positioned at one end of the remote arch portion of the front foot metacarpus It is the first anti-skidding boss to state first boss, and the first anti-skidding boss is fan ring structure, and the first anti-skidding boss is provided with more A first tread plate, first tread plate run through the described first anti-skidding boss along the circumferential direction of the front foot metacarpus.

In the utility model optional embodiment, length direction of the multiple first tread plate along the sole body It is distributed side by side, the center of circle where the multiple first tread plate overlaps.

In the utility model optional embodiment, the institute positioned at one end of the remote arch portion of the rear foot metacarpus It is the second anti-skidding boss to state the 3rd boss, and the second anti-skidding boss is fan ring structure, and the second anti-skidding boss is provided with more A second tread plate, second tread plate run through the described second anti-skidding boss along the circumferential direction of the rear foot metacarpus.

In the utility model optional embodiment, length direction of the multiple second tread plate along the sole body It is distributed side by side, the center of circle where the multiple second tread plate overlaps.

In the utility model optional embodiment, the damping and slide-prevention group is quadrilateral structure, the damping and slide-prevention group Cross recess is provided with, the cross recess runs through the damping and slide-prevention group.

In the utility model optional embodiment, the thickness of the rear foot metacarpus is 2.0-3.4cm.

The embodiment of the utility model additionally provides a kind of safety shoe, including vamp, insole and above-mentioned safety shoe sole, The vamp is fixed on the safety shoe sole, and the vamp is provided with multiple reflecting strips, and the reflecting strips are located at the vamp Side and the reflecting strips vertically set, the insole is between the vamp and the safety shoe sole, the footwear Pad as high-elastic PU insoles.

Compared with prior art, the beneficial effects of the utility model are：

The safety shoe sole, circumferentially disposed multiple rhones of sole body, are discharged, damping and slide-prevention group easy to sole ponding Part easy to sole damping, anti-skidding so that safety shoe made of the safety shoe sole has the function of anti-skidding, improves wearer's Comfort level.

Using the safety shoe of above-mentioned safety shoe sole, anti-skid wearable, improves the comfort level and security of wearer.

Brief description of the drawings

, below will be to required use in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described, it will be appreciated that the following drawings illustrate only some embodiments of the utility model, therefore should not be by Regard the restriction to scope as, for those of ordinary skill in the art, without creative efforts, may be used also To obtain other relevant attached drawings according to these attached drawings.

Fig. 1 is the structure diagram for the safety shoe sole that the utility model first embodiment provides；

Fig. 2 is the first tread plate of Fig. 1 and the schematic cross-section of the second tread plate；

Fig. 3 is enlarged diagram at the A of Fig. 1；

Fig. 4 is the structure diagram of the waterproof platform of Fig. 1；

Fig. 5 is the structure diagram for the safety shoe that the utility model second embodiment provides；

Fig. 6 is the structure diagram of the insole of Fig. 5.

Icon：100- safety shoe soles；200- safety shoes；1- sole bodies；11- front foot metacarpus；12- arch portions；After 13- Foot palm part；14- cushion chambers；2- rhone groups；21- rhones；22- first boss；The first anti-skidding boss of 221-；222- first is anti- Draw runner；The first slope surfaces of 2221-；The second slope surfaces of 2222-；23- second boss；The 3rd boss of 24-；The second anti-skidding boss of 241-； The second tread plates of 242-；The 3rd slope surfaces of 2421-；The 4th slope surfaces of 2422-；25- grooves；26- diversion trenches；3- damping and slide-prevention components； 31- damping and slide-prevention groups；311- cross recess；32- waterproof platforms；4- vamps；41- reflecting strips；5- insoles.

Embodiment

It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model part of the embodiment, instead of all the embodiments.Usually here described in attached drawing and The component of the utility model embodiment shown can be arranged and designed with a variety of configurations.

Therefore, requirement is not intended to limit to the detailed description of the embodiment of the utility model provided in the accompanying drawings below The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model Embodiment, those of ordinary skill in the art's all other embodiments obtained without creative efforts, all Belong to the scope of the utility model protection.

It should be noted that：Similar label and letter represents similar terms in following attached drawing, therefore, once a certain Xiang Yi It is defined, then it further need not be defined and explained in subsequent attached drawing in a attached drawing.

, it is necessary to explanation, the orientation or position relationship of the instruction such as term " interior ", " outer " in the description of the utility model For based on orientation shown in the drawings or position relationship, or the utility model product using when the orientation or position usually put Relation, is for only for ease of description the utility model and simplifies description, rather than indicates or imply that signified device or element must There must be specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.This Outside, term " first ", " second " etc. are only used for distinguishing description, and it is not intended that instruction or hint relative importance.

In the description of the utility model, it is also necessary to which explanation, unless otherwise clearly defined and limited, term " are set Put ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or be integrally connected；Can To be mechanical connection or be electrically connected；It can be directly connected, can also be indirectly connected by intermediary, Ke Yishi Connection inside two elements.For the ordinary skill in the art, with concrete condition above-mentioned term can be understood at this Concrete meaning in utility model.

First embodiment

Refer to shown in Fig. 1-Fig. 4, the present embodiment provides a kind of safety shoe sole 100, including sole body 1, positioned at footwear The rhone group 2 and damping and slide-prevention component 3 of copy for the record or for reproduction body 1.

In the present embodiment, sole body 1 includes being sequentially connected to integral front foot metacarpus 11, arch portion 12 and hind paw Portion 13, the profile design of the profile fitting human foot of sole body 1, improves sole body 1 and the compactness of human foot；Row Sink group 2 includes multiple boss, and multiple boss are circumferentially distributed around sole body 1, the row of being formed between two adjacent boss Sink 21, multiple boss surround cushion chamber 14 so that the ponding in cushion chamber 14 is discharged from rhone 21, reduce footwear The ponding of 1 bottom of copy for the record or for reproduction body；Damping and slide-prevention component 3 is located in cushion chamber 14, and damping and slide-prevention component 3 is located at forefoot respectively Portion 11 and rear foot metacarpus 13, damping and slide-prevention component 3 include multiple damping and slide-prevention groups 31, have between adjacent damping and slide-prevention group 31 Gap, easy to the discharge of ponding, the earth-grasping force of raising sole body 1, the damping of raising sole body 1, antiskid effect.

The concrete structure to all parts of the safety shoe sole 100 and mutual position relationship carry out detailed below Explanation.

As shown in Figure 1, sole body 1 includes sequentially connected front foot metacarpus 11, arch portion 12 and rear foot metacarpus 13, sole According to the profile design of human foot, the width of sole body 1 is first reduced by front foot metacarpus 11 to rear foot metacarpus 13 to be increased body 1 afterwards Greatly.In order to improve the connective stability of sole body 1, front foot metacarpus 11, arch portion 12 and rear foot metacarpus 13 are integrally formed, sole The structure of body 1 improves being bonded for sole body 1 and wearer foot, adds safety shoe made of the sole body 1 Wearing comfort.

As shown in Figure 1, rhone group 2 includes multiple boss, circumferentially distributed, boss of multiple boss around sole body 1 Along the direction extension of the profile perpendicular to sole body 1.Multiple boss surround cushion chamber 14, adjacent for the storage of ponding Rhone 21 is formed between two boss, rhone 21 connects cushion chamber 14 and exterior space, easy in cushion chamber 14 Ponding is discharged.

Multiple boss include first boss 22,23 and the 3rd boss 24 of second boss, and first boss 22 is located at front foot metacarpus 11 edge, second boss 23 are located at the edge of arch portion 12, and the 3rd boss 24 is located at the edge of rear foot metacarpus 13.First boss 22nd, second boss 23 and the 3rd boss 24 is equal in length, and it is convex that the width of first boss 22 and the 3rd boss 24 is more than second The width of platform 23, width here refer to boss along the distance between circumferentially distributed both ends of sole body 1.

Edge distribution of multiple first boss 22 along front foot metacarpus 11, first boss 22 set fluted 25, groove 25 by One end of the close cushion chamber 14 of first boss 22 extends towards the other end, the depth of one end of the close cushion chamber 14 of groove 25 More than the depth of the other end of groove 25.Equivalent to one end depth of the close cushion chamber 14 of groove 25 is larger, easy to sole sheet The ponding of body 1 is accumulated towards groove 25 is interior.Meanwhile the setting of groove 25, the antiskid effect of first boss 22 can be improved, may be used also In order to which 22 buffer soles body 1 of first boss puts on the active force on ground.

In the present embodiment, first boss 22 of the definition positioned at one end of the remote arch portion 12 of front foot metacarpus 11 is first Anti-skidding boss 221, relative to other first boss 22, the width of the first anti-skidding boss 221 is larger, and the first anti-skidding boss 221 is Fan ring structure, the first anti-skidding boss 221 are provided with multiple first tread plates 222, week of first tread plate 222 along front foot metacarpus 11 To through the first anti-skidding boss 221.

Further, multiple first tread plates 222 are distributed side by side along the length direction of sole body 1, the first tread plate 222 For arc strip, the center of circle where multiple first tread plates 222 overlaps.Water conservancy diversion is formed between two adjacent the first tread plates 222 Groove 26, diversion trench 26 connect two adjacent rhones 21.The cross section of first tread plate 222 can be diversified forms, use Person can choose the cross section of different the first tread plate 222 according to actual conditions, if the first tread plate 222 can realize it is anti- The sliding, effect of water conservancy diversion.As the optional mode of the present embodiment, as shown in Fig. 2, the cross section of the first tread plate 222 is three Angular, the first tread plate 222 has intersecting the first slope surface 2221 and the second slope surface 2222, the first slope surface 2221 and sole body Angle between 1 is less than the angle between the second slope surface 2222 and sole body 1.

The width of second boss 23 is far smaller than the length of second boss 23, easy to the discharge of the ponding of arch portion 12.Together When, since the width of second boss 23 is smaller, the quantity relative increase of the rhone 21 of arch portion 12, improves arch portion 12 Drainage effect, avoids rainwater from being piled up in arch portion 12.

Edge distribution of multiple 3rd boss 24 along rear foot metacarpus 13, the 3rd boss 24 set fluted 25, groove 25 by One end of the close cushion chamber 14 of 3rd boss 24 extends towards the other end, the depth of one end of the close cushion chamber 14 of groove 25 More than the depth of the other end of groove 25.Equivalent to one end depth of the close cushion chamber 14 of groove 25 is larger, easy to sole sheet The ponding of body 1 is accumulated towards groove 25 is interior.Meanwhile the setting of groove 25, the antiskid effect of the 3rd boss 24 can be improved, may be used also In order to which 24 buffer soles body 1 of the 3rd boss puts on the active force on ground.

In the present embodiment, threeth boss 24 of the definition positioned at one end of the remote arch portion 12 of rear foot metacarpus 13 is second Anti-skidding boss 241, relative to other the 3rd boss 24, the width of the second anti-skidding boss 241 is larger, and the second anti-skidding boss 241 is Fan ring structure, the second anti-skidding boss 241 are provided with multiple second tread plates 242, week of second tread plate 242 along front foot metacarpus 11 To through the second anti-skidding boss 241.

Further, multiple second tread plates 242 are distributed side by side along the length direction of sole body 1, the second tread plate 242 For arc strip, the center of circle where multiple second tread plates 242 overlaps.Water conservancy diversion is formed between two adjacent the second tread plates 242 Groove 26, diversion trench 26 connect two adjacent rhones 21.The cross section of second tread plate 242 can be diversified forms, use Person can choose the cross section of different the second tread plate 242 according to actual conditions, if the second tread plate 242 can realize it is anti- The sliding, effect of water conservancy diversion.As the optional mode of the present embodiment, as shown in Fig. 2, the cross section of the second tread plate 242 is three Angular, the second tread plate 242 has intersecting the 3rd slope surface 2421 and the 4th slope surface 2422, the 3rd slope surface 2421 and sole body Angle between 1 is less than the angle between the 4th slope surface 2422 and sole body 1.

Damping and slide-prevention component 3 is located in cushion chamber 14, and damping and slide-prevention component 3 is located at front foot metacarpus 11 and rear foot metacarpus 13, damping and slide-prevention component 3 includes multiple damping and slide-prevention groups 31, multiple damping and slide-prevention groups 31 in matrix distribution in cushion chamber 14, There is gap between two adjacent damping and slide-prevention groups 31.

As shown in Figure 1, in the cushion chamber 14 of front foot metacarpus 11, multiple damping and slide-prevention groups 31 are covered with cushion chamber 14, multiple Damping and slide-prevention group 31 is staggered, and it is multiple mutual that the gap between adjacent two damping and slide-prevention groups 31 make it that cushion chamber 14 is divided into The drainage groove being connected, drainage groove are distributed in grid, avoid the rainwater accumulation of front foot metacarpus 11, while can be stored big The rainwater of amount.Since drainage groove is connected with rhone 21, when sole body 1 with stepping down in the hollow of the full rainwater of product when, forefoot The drainage groove in portion 11 stores a part of rainwater, and sole is discharged in gap of the unnecessary rainwater through drainage groove and rhone 21, from And sole is avoided to skid.

As shown in Figure 1, in the cushion chamber 14 of rear foot metacarpus 13, multiple damping and slide-prevention groups 31 are covered with cushion chamber 14, multiple Damping and slide-prevention group 31 is staggered, and it is multiple mutual that the gap between adjacent two damping and slide-prevention groups 31 make it that cushion chamber 14 is divided into The drainage groove being connected, drainage groove are distributed in grid, avoid the rainwater accumulation of rear foot metacarpus 13, while can be stored big The rainwater of amount.Since drainage groove is connected with rhone 21, when sole body 1 with stepping down in the hollow of the full rainwater of product when, hind paw The drainage groove in portion 13 stores a part of rainwater, and sole is discharged in gap of the unnecessary rainwater through drainage groove and rhone 21, from And sole is avoided to skid.

Front foot metacarpus 11 sets the physiological make-up principle that damping and slide-prevention group 31 is due to the foot of human body with rear foot metacarpus 13, When landing, forefoot lands with hind paw for the foot of human body, and arch portion 12 is away from ground.Therefore, in the present embodiment, damping Front foot metacarpus 11 and rear foot metacarpus 13 are arranged at for anti-skidding group 31, so that slowing down front foot metacarpus 11 and rear foot metacarpus 13 contacts ground Active force, colleague so that front foot metacarpus 11 and rear foot metacarpus 13 have the function of anti-skidding, raising front foot metacarpus 11 and rear foot metacarpus 13 earth-grasping force.

In the present embodiment, damping and slide-prevention group 31 is quadrilateral structure, and the damping and slide-prevention component 3 of quadrangle design both had Certain support force, it is anti-skidding easy to sole, the active force that buffer soles act on ground can also be played.In order to be better achieved Damping, it is anti-skidding the effect of, as shown in figure 3, damping and slide-prevention group 31 is provided with cross recess 311, cross recess 311 is prevented through damping Sliding group 31.The design of cross recess 311, improves anti-skidding, damping the effect of damping and slide-prevention group 31, sole is acted on ground Active force disperse, meanwhile, improve the earth-grasping force of sole, place and skid between sole and ground.

In the present embodiment, the height of rear foot metacarpus 13 is 2.0-3.4cm, that is to say, that the footwear of the safety shoe sole 100 The height of heel is between 2.0-3.4cm, and the setting of the height of rear foot metacarpus 13 is used for high-elastic damping, and wearer wears the safety It is more comfortable flexible also safer made of footwear sole 100 during safety shoe.

Further, in order to which when user, which wears safety shoe made of the safety shoe sole 100, to walk, vamp, which is got rid of, splashes mud Water, as shown in figure 4, one end flange of the remote arch portion 12 of front foot metacarpus 11 forms waterproof platform 32.The height of waterproof platform 32 can Think diversified forms, user can choose the height of different waterproof platforms 32 according to actual conditions.

The operation principle of the utility model embodiment is：

The periphery of sole body 1 sets boss, and boss surrounds cushion chamber 14, formed and cushion chamber 14 between adjacent boss The rhone 21 of connection, discharges easy to the ponding of sole, multiple damping and slide-prevention groups 31 is set in cushion chamber 14, improve subtracting for sole Shake, non-skid property, improve the earth-grasping force of sole.

Second embodiment

It refer to shown in Fig. 5 and Fig. 6, present embodiments provide a kind of safety shoe 200, including vamp 4, insole 5 and first The safety shoe sole 100 that embodiment provides.

In the present embodiment, vamp 4 is fixed on sole body 1, and vamp 4 removes from office material using pig eight and does woven fabric bottom and do waterproof Processing, screen cloth do water-proofing treatment, avoid and meet the i.e. wet phenomenon of water.Sole body 1 uses rubber soles, and boss uses high abrasion On-slip material, makes wearer's walking effortless more easily, safer.Insole 5 is between vamp 4 and safety shoe sole 100, footwear Pad 5 is high-elastic PU insoles, imitates arch of foot moulding, is bonded arch of foot, there is provided support force, disperses the pressure of sole, non foot-tiring, wears when walking Upper foot does not ache.

Further, vamp 4 is provided with multiple reflecting strips 41, and reflecting strips 41 are located at the side of vamp 4, and reflecting strips 41 Vertically set.The setting of multiple reflecting strips 41, improves the security that wearer's night walks.

The utility model embodiment has the beneficial effect that：

4 pig eight of vamp leather material does woven fabric bottom and does water-proofing treatment, and screen cloth does water-proofing treatment, and avoiding chance, water is i.e. wet shows As；Tripe fervent reflecting strips 41 in footwear side are so that night walking is safer；Sole is anti-skidding, Aseismatic Design, improves the earth-grasping force of sole And antiskid effect, make wearer's walking effortless lighter, safer.

It should be noted that in the case where there is no conflict, the feature in embodiment in the utility model can be tied mutually Close.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the present invention, for this For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model Within, any modification, equivalent replacement, improvement and so on, should be included within the scope of protection of this utility model.

Claims (10)

1. a kind of safety shoe sole, it is characterised in that including sole body, positioned at the rhone group of the sole body and damping Anti-skidding component；

The sole body includes sequentially connected front foot metacarpus, arch portion and rear foot metacarpus, the width of the sole body by The front foot metacarpus first reduces to the rear foot metacarpus and increases afterwards；

The rhone group includes multiple boss, circumferentially distributed, the boss of the multiple boss around the sole body Along the direction extension of the profile perpendicular to the sole body, the multiple boss surrounds cushion chamber, and adjacent two described convex Rhone is formed between platform, the rhone connects the cushion chamber and exterior space；

The damping and slide-prevention component is located in the cushion chamber and the damping and slide-prevention component is located at the front foot metacarpus and described Rear foot metacarpus, the damping and slide-prevention component include multiple damping and slide-prevention groups, and the multiple damping and slide-prevention group is in matrix distribution in institute State in cushion chamber, there is gap between adjacent two damping and slide-prevention groups.

2. safety shoe sole according to claim 1, it is characterised in that the multiple boss includes first boss, second Boss and the 3rd boss, the first boss are located at the edge of the front foot metacarpus, and the second boss is located at the arch portion Edge, the 3rd boss is located at the edge of the rear foot metacarpus, and the first boss and the width of the 3rd boss are big In the width of the second boss.

3. safety shoe sole according to claim 2, it is characterised in that the first boss is all provided with the second boss It is equipped with groove, the groove is by one end of the first boss or the close cushion chamber of the second boss towards the other end Extension, the depth of one end of the close cushion chamber of the groove are more than the other end of the groove.

4. safety shoe sole according to claim 2, it is characterised in that positioned at the remote arch of foot of the front foot metacarpus The first boss of the one end in portion is the first anti-skidding boss, and the first anti-skidding boss is fan ring structure, and described first is anti-skidding Boss is provided with multiple first tread plates, and first tread plate is anti-skidding convex through described first along the circumferential direction of the front foot metacarpus Platform.

5. safety shoe sole according to claim 4, it is characterised in that the multiple first tread plate is along the sole sheet The length direction of body is distributed side by side, and the center of circle where the multiple first tread plate overlaps.

6. safety shoe sole according to claim 2, it is characterised in that positioned at the remote arch of foot of the rear foot metacarpus The 3rd boss of the one end in portion is the second anti-skidding boss, and the second anti-skidding boss is fan ring structure, and described second is anti-skidding Boss is provided with multiple second tread plates, and second tread plate is anti-skidding convex through described second along the circumferential direction of the rear foot metacarpus Platform.

7. safety shoe sole according to claim 6, it is characterised in that the multiple second tread plate is along the sole sheet The length direction of body is distributed side by side, and the center of circle where the multiple second tread plate overlaps.

8. safety shoe sole according to claim 1, it is characterised in that the damping and slide-prevention group is quadrilateral structure, institute State damping and slide-prevention group and be provided with cross recess, the cross recess runs through the damping and slide-prevention group.

9. safety shoe sole according to claim 1, it is characterised in that the thickness of the rear foot metacarpus is 2.0-3.4cm.

10. a kind of safety shoe, it is characterised in that including the safety shoe footwear described in vamp, insole and claim 1-9 any one Bottom, the vamp are fixed on the safety shoe sole, and the vamp is provided with multiple reflecting strips, and the reflecting strips are located at the footwear The side in the face and reflecting strips are vertically set, the insole is described between the vamp and the safety shoe sole Insole is high-elastic PU insoles.