CN208480676U - A kind of high-performance antiskid, shock-absorbing sole - Google Patents

Abstract

The utility model relates to a kind of soles, disclose a kind of high-performance antiskid, shock-absorbing sole, its drip irrigation device includes sole body, the lower surface of the sole body is fixed with several non-slipping blocks, the lower surface of the non-slipping block of the rear end of the front end and middle part and heel portion of the foot palm part of the sole body is equipped with the anti-slop serrations extended transversely, and the lower surface of remaining non-slipping block is equipped with latticed anti-skid chequer.The utility model is big with the frictional force when people advance between sole and ground, non-skid property is high, and people are not easy the function of slipping.

Description

A kind of high-performance antiskid, shock-absorbing sole

Technical field

The utility model relates to a kind of soles, and more specifically it is related to a kind of high-performance antiskid, shock-absorbing sole.

Background technique

Sole is the important component of shoes, for being contacted with ground.When people are high in the wet and slippery degree such as sleet sky Weather walking when easily slip, to people it is normal go on a journey make troubles.

Currently, the Chinese patent that Authorization Notice No. is CN206006154U discloses a kind of Antiskid sole, it includes sole Ontology, sole body include foot palm part and heel portion, and foot palm part and heel portion include towards the upper surface of sole and towards ground The non-slip groove of multiple tracks V-arrangement is provided on the lower surface of the lower surface in face, foot palm part and heel portion, on the sole of non-slip groove two sides Lug boss is formed, lug boss is wavy.The sole, which can be avoided, generates complete moisture film between sole and ground, have preferable Antiskid effect.

When people walk on the ground, the rear end of usually heel first lands, then the middle part of sole and ground face contact, It starts to walk finally by the front end of sole, therefore the rear end of heel and the front end of sole and middle part are rubbed relative to needed for other positions It is bigger to wipe power.The lower surface of the lug boss of above-mentioned sole is smooth, and the roughness of the lower surface of lug boss is small, when people's walking Frictional force is small between sole and ground, and non-skid property is low, and people is caused easily to slip when advancing.

Utility model content

In view of the deficienciess of the prior art, having the utility model lies in that providing a kind of high-performance antiskid, shock-absorbing sole When people advance between sole and ground frictional force is big, non-skid property is high, people are not easy the function of slipping.

To achieve the above object, the utility model provides following technical solution: a kind of high-performance antiskid, shock-absorbing sole, packet Include sole body, the lower surface of the sole body is fixed with several non-slipping blocks, the front end of the foot palm part of the sole body and The lower surface of the non-slipping block at middle part and the rear end of heel portion is equipped with the anti-slop serrations extended transversely, the following table of remaining non-slipping block Face is equipped with latticed anti-skid chequer.

By using above-mentioned technical proposal, it is provided with anti-skid chequer on non-slipping block and anti-slop serrations make the lower surface of sole body Out-of-flatness increases the roughness of non-slipping block, so that the frictional force between the lower surface and ground of sole body is bigger, skid resistance Can be high, to be not easy to slip when people being made to advance.When people walk on the ground, usually the rear end of heel first lands, so Started to walk afterwards by the middle part of sole, finally act on the front end of sole, thus the front end of the foot palm part of sole body and middle part with And frictional force needed for the rear end of heel portion is bigger.Anti-slop serrations are equipped in the rear end of heel and the middle part of sole and front end, it is anti-skidding Tooth extends transversely so that the contact area of the front end and middle part of the foot palm part of sole body and the rear end of heel portion and ground Greatly, so that the front end and middle part of the foot palm part of sole body and the frictional force of heel portion rear end are bigger, so that people's row It is safer when walking.

The utility model is further arranged to: the anti-slop serrations of the foot palm part of the sole body tilt backwards, the sole The anti-slop serrations of the heel portion of ontology turn forward.

By using above-mentioned technical proposal, people are when walking forward, usually with kicking backward using sole, so that sole sheet Body is by forward frictional force, and the anti-slop serrations of the foot palm part of sole body tilt backwards, so that anti-slop serrations are not easy in frictional force Under the action of forward fold.If anti-slop serrations forward fold, each anti-slop serrations can be stacked into one piece of foot palm part for leading to sole body Roughness reduce so that the frictional force on the foot palm part of sole body and ground reduces, and the anti-slop serrations meeting after forward fold By its side and ground face contact, so that the thickness abrasion of anti-slop serrations is easily damaged.Therefore the foot palm part of sole body is anti-skidding Teeth directional rear-inclined is capable of increasing the foot palm part of sole body and the frictional force on ground, and make sole body foot palm part it is anti-skidding Tooth only wear by lower end, improves the service life of anti-slop serrations herein.When walking forward, usual heel portion first lands people, So that the heel portion of sole body, by frictional force backward, similarly, the anti-slop serrations of heel portion, which turn forward, is capable of increasing sole The heel portion of ontology and the frictional force on ground, and improve the service life of the anti-slop serrations of the heel portion of sole body.

The utility model is further arranged to: the non-slipping block of the heel portion of the sole body close to outside is equipped with The anti-slop serrations.

It is anti-skidding on the outside of heel portion when people turn during walking by using above-mentioned technical proposal Block is bigger by the active force on sole and ground, is capable of increasing the portion anti-slop serrations are arranged on the non-slipping block on the outside of heel portion Frictional force between position and ground, so that people are not easy to slip when turning, it is safer.

The utility model is further arranged to: the lower surface of the sole body is equipped with several rhones, the sole The lateral wall of ontology is equipped with several diversion trenches extended downwardly and be connected to the rhone.

By using above-mentioned technical proposal, the moisture of sole body downside is drained by rhone, so that ground Moisture will not save bit by bit sole body lower surface formed moisture film.Each rhone combines to form drainage network, further increases The moisture of sole body downside quickly and easily can be discharged the region other than sole, improved by the drainage performance of sole The performance of contacting to earth of sole, enhances the antiskid effect of sole.Moisture on the lateral wall of sole body is under the guidance of diversion trench Corresponding rhone is flowed to, so that moisture will not be accumulated on foot palm part and the lateral wall of heel portion, to make the dry of sole Dry Du Genggao will not influence the normal use of sole.

The utility model is further arranged to: the upper surface of the heel portion of the sole body is equipped with damping trough, described to subtract The bottom surface for shaking slot is equipped with shock relieve vent, and the damping trough is embedded with the damping block made of elastomer material, the damping block with it is described Damping trough interference fit, the lower surface of the damping block is integrally formed with friction block.

By using above-mentioned technical proposal, heel contacts people with damping block when walking, and damping block has certain bullet Property, certain shock absorbing effect is played, so that people are more comfortable when walking.It is squeezed when damping block by people due to being walked Pressure, has a degree of recess, does not feel good when people being caused to walk after long-time service.People can be by under friction block Side, which presses up friction block, moves up friction block, so that damping block is separated with damping trough, people can take out damping block Replacement, extends the service life of sole.

The utility model is further arranged to: the lower surface of the friction block is fixed with sensor block, the shape of the sensor block Shape is different from the decorative pattern of the lower surface of the sole body, and the sensor block is located at the upside of the non-slipping block.

By using above-mentioned technical proposal, when people need replacing damping block, sole body directly can be touched with hand The decorative pattern difference of lower surface, the lower surface of the shape and sole body of sensor block distinguishes sensor block and sole body convenient for people, Damping block is taken out by friction block convenient for people.Sensor block, which is located on the upside of non-slipping block, to be made people sensor block not to be when walking Meeting and ground face contact, so that sensor block will not extend the service life of sensor block by ground surface wear.

The utility model is further arranged to: the lower surface of the sole body is equipped with instruction slot, and the instruction slot is close The shock relieve vent and the outside for being located at the sensor block.

By using above-mentioned technical proposal, when people by way of the downside for checking sole body locating friction block When, instruction slot plays the role of instruction, is quickly found out friction block convenient for people.

The utility model is further arranged to: the edge of the upper surface of the sole body has been wholely set bound edge, described Bound edge is fixedly arranged at the front end with the link block upwardly extended.

By using above-mentioned technical proposal, the setting of bound edge can increase the contact area between sole body and vamp, make It obtains vamp and is connected with sole stronger.Link block further increases the front end of the foot palm part of sole body and connecing for vamp Contacting surface product, while link block plays the role of protecting the front end of vamp so that people are when walking, vamp will not directly with Article on ground collides.

The utility model is further arranged to: several upper wire casings being equidistantly distributed on the lateral wall of the bound edge.

By using above-mentioned technical proposal, when upper wire casing is in being equally spaced so that people suture vamp and sole body, Stitch, is aligned by the quantity that can refer to the upper wire casing at two neighboring stitch points convenient for people, so that vamp and sole suture More neat appearance.

The utility model is further arranged to: the sole body is arc, and the front-end and back-end of the sole body are certainly So upwarp.

By using above-mentioned technical proposal, when sole is arc-shaped and rear and front end is upwarped naturally so that sole and people walk The state matched of sole, sole and sole height cooperate, so that people are more laborsaving light when walking, reduce people and exist To the damage of sole and vola when walking.

In conclusion the utility model has the following beneficial effects:

1, the front end and middle part of the foot palm part of sole body are equipped with sweptback anti-slop serrations, the rear end of heel portion be equipped with to On the one hand the anti-slop serrations of top rake increase the frictional force on foot palm part and heel portion and ground, so that the non-skid property of sole is more Height, people are not easy the injury that slips；On the other hand the service life of the foot palm part of sole body and the anti-slop serrations of heel portion is extended；

2, damping block is made, with certain buffering and damping effect of elastomer material so that seismaesthesia when people walk it is small, Comfortable foot feeling, when damping block is after being used for a long time deformation, people can make damping block and damping trough point by pressing up friction block From, convenient for people by damping block take out replace, extend the service life of sole；

3, sensor block has the function of distinguishing friction block by way of touch convenient for people, and instruction slot uses meat to people The form of eye observation plays indicative function when distinguishing friction block, and the position of friction block is quickly searched out convenient for people, shortens people Replace time of damping block.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the present embodiment；

Fig. 2 is the structural schematic diagram at another visual angle of the present embodiment；

Fig. 3 is the perspective view of the explosion of the present embodiment.

Appended drawing reference: 1, sole body；2, bound edge；3, link block；4, upper wire casing；5, damping trough；6, shock relieve vent；7, damping Block；8, friction block；9, diversion trench；10, rhone；11, non-slipping block；12, anti-slop serrations；13, the first non-slip groove；14, second is anti-skidding Slot；15, sensor block；16, slot is indicated.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Present embodiment discloses a kind of high-performance antiskid, shock-absorbing soles, as shown in Figure 1 and Figure 2, including sole body 1, sole Ontology 1 is made of flexible foamed material, and flexible foamed material has the characteristics that light and certain deformation characteristic, so that sole sheet The quality of body 1 is small, to make people, especially old man and children, dress is more laborsaving light when walking.Sole body 1 is in arc Shape and front-end and back-end upwarp naturally reduces people's walking so that the state and sole height of sole cooperate when people walk When sole and sole abrasion so that people feel more comfortable.

As shown in Figure 1, Figure 3, the edge of the upper surface of sole body 1 has been wholely set bound edge 2, and the front end of bound edge 2 is fixed There is the link block 3 upwardly extended.The setting of bound edge 2 increases the contact area between vamp and sole body 1, so that people will Vamp connect stronger with sole body 1.Link block 3 plays the foot palm part of the front end and sole body 1 that increase vamp The effect of contact area further increases the fastness that vamp is connect with sole body 1.Link block 3 is to vamp simultaneously It plays a certain protective role, so that the protrusion making contact that vamp will not directly with ground, so that vamp be made to be not easy It is worn, extends the service life of vamp.

As shown in Figure 1, Figure 3, the lateral surface of bound edge 2 is equipped with several upper wire casings 4 being equally spaced.When people need vamp When suturing with sole body 1, upper wire casing 4 plays certain indicative function, and people can be by upper between two neighboring stitch points The quantity of wire casing 4 judges whether stitch points are to be placed equidistant with, so that the stitch of suture is more neat, so that the shoes after suture Face and sole body 1 are more beautiful.

As shown in Figure 1, Figure 3, the upper surface of the foot palm part of sole body 1 is equipped with three the first non-slip grooves extended transversely 13, the upper surface of the heel portion of sole body 1 is set there are six circular second non-slip groove 14, the second non-slip groove 14 be divided to for two column and Each column is in be placed equidistant with along longitudinal direction.First non-slip groove 13 plays the work of the frictional force of the foot palm part and insole that increase sole body 1 With the second non-slip groove 14 plays the role of increasing the frictional force between the heel portion and insole of sole body 1, so that when people will When insole is laid on sole body 1, insole is not easy that relative displacement occurs with sole body 1, so that more relaxing when people walk It is suitable.

As shown in Figure 1, Figure 3, the upper surface of the heel portion of sole body 1 is equipped with damping trough 5, and the bottom surface of damping trough 5 is equipped with Shock relieve vent 6 is equipped with the damping block 7 being interference fitted with it in damping trough 5, and the lower end surface of damping block 7 is fixed with friction block 8, when subtracting When shake block 7 is located in damping trough 5, friction block 8 is located in shock relieve vent 6.Damping block 7 is made of elastomer material, and elastomer material is height Play foam.Heel is abutted with damping block 7 when people walk, and heel generates downward active force to damping block 7.Damping block 7 has Certain elasticity, plays the role of bumper and absorbing shock, so that people are when walking, heel will not experience apparent seismaesthesia, so that People are more comfortable when walking.When people be used for a long time sole after, damping block 7 by heel it is long-term squeeze can to lower recess, People can be by elapsing friction block 8, so that damping block 7 moves up therewith, so that damping block 7 and damping trough 5 upwards Damping block 7 is taken out convenient for people and is replaced, extends the service life of sole body 1 by separation.

As shown in Figure 1, Figure 3, the color of damping block 7 and friction block 8 is different from the color of sole body 1, concretely shoes The color of copy for the record or for reproduction body 1 is black, and the color of damping block 7 and friction block 8 is yellow.The color and sole of damping block 7 and friction block 8 Ontology 1 is different and is light tone, so that people can accurately distinguish friction block 8 and sole body 1, is made convenient for people by friction block 8 Damping block 7 is separated with damping trough 5, and damping block 7 is taken out and is replaced.

As shown in Figure 2 and Figure 3, the lower surface of sole body 1 is equipped with instruction slot 16, and instruction slot 16 close to shock relieve vent 6 and is located at The outside of shock relieve vent 6.When people need replacing damping block 7, instruction slot 16 plays the role of further indicating, fast convenient for people Fast locating friction block 8, to reduce the time that people replace damping block 7.

As shown in Figure 2 and Figure 3, the lower surface of friction block 8 is fixed with the sensor block 15 of S-shaped.When people are by being touched with hand When form distinguishes friction block 8, the decorative pattern difference of the lower surface of the shape and sole body 1 of sensor block 15 distinguishes friction convenient for people Block 8 is replaced so that people can quickly take out damping block 7.

As shown in Figure 1, Figure 3, the lateral surface of sole body 1 is equipped with the diversion trench 9 extended downwardly.When outside sole body 1 When there is moisture in side, diversion trench 9 plays the role of that moisture is guided to move down, so that moisture will not be accumulated in sole body 1 Lateral surface, so that sole body 1 keeps the state of relatively dry.

As shown in Figure 1 and Figure 2, the lower surface of sole body 1 be equipped with several criss-cross rhones 10, rhone 10 with Diversion trench 9 is connected to.The moisture of the lower surface of sole body 1 can be discharged outside sole body 1 by rhone 10, so that the water on ground Divide to be not easy to save bit by bit and forms moisture film in the lower surface of sole body 1.Criss-cross rhone 10 forms the drainage network of system, into One step improves the drainage performance of sole, and the moisture of 1 downside of sole body is quickly and easily discharged other than sole Region, improve the performance of contacting to earth of sole, enhance the antiskid effect of sole.

As shown in Figure 1 and Figure 2, the lower surface of sole body 1 is fixed with several non-slipping blocks 11, the foot palm part of sole body 1 Front end and middle part and the rear end of heel portion, be equipped on the non-slipping block 11 in the outside of heel portion extend transversely it is anti-skidding Tooth 12, remaining non-slipping block 11 are equipped with latticed anti-skid chequer.Anti-slop serrations 12 and anti-skid chequer make the lower surface of non-slipping block 11 not It is smooth, the roughness of the lower surface of non-slipping block 11 is increased, so that the frictional force on sole body 1 and ground increases, so that People are not easy to slip when walking.

As shown in Figure 1 and Figure 2, people are usually first landed by the rear end of heel portion, then foot palm part during walking Middle part and ground face contact, so that people is advanced forward finally by the front end for acting on foot palm part, thus the rear end of heel portion with The middle part and front end of foot palm part and the contact area on ground it is big, required frictional force it is big.In the front end of the foot palm part of sole body 1 It is provided with the anti-slop serrations 12 extended transversely with the rear end at middle part and heel portion, further increases the sole of sole body 1 Frictional force between portion and heel portion and ground improves the non-skid property of sole body 1 so that people in ground running not Easily slip injury, makes people safer in turning close to the outside anti-slop serrations 12 of heel portion.

As shown in Figure 1 and Figure 2, the anti-slop serrations 12 on the foot palm part of sole body 1 tilt backwards, the anti-slop serrations in heel portion 12 turn forward.When people walk on the ground, sole is moved backward, and the foot palm part of sole body 1 is by forward work Firmly, the anti-slop serrations 12 of the foot palm part of sole body 1 tilt backwards so that the anti-slop serrations 12 of the foot palm part of sole body 1 by It is not easy forward fold when the active force on ground, so that the anti-slop serrations 12 on non-slipping block 11 are not easy to be stacked into together, will not be dropped The roughness of low foot palm part, so that the foot palm part of sole body 1 is big with the frictional force on ground.And if anti-slop serrations 12 occur it is curved Folding can make the side of anti-slop serrations 12 side of anti-slop serrations 12 can be made to be worn with ground face contact, lead to the thickness of anti-slop serrations 12 Degree becomes smaller.Thus the anti-slop serrations 12 of the foot palm part of sole body 1 tilt backwards the foot palm part for being capable of increasing sole body 1 and ground Frictional force, while the anti-slop serrations 12 of foot palm part being made to be not easy to be extended the service life of anti-slop serrations 12 by ground surface wear.Similarly, The heel portion of people's sole body 1 when advancing is by active force backward, and the anti-slop serrations 12 of the rear heel of sole body 1 are forward Inclination be capable of increasing the heel portion of sole body 1 and the frictional force on ground, while extend sole body 1 heel portion it is anti-skidding The service life of tooth 12.

Specific use process is as follows for the present embodiment: when people are in ground running, anti-skid chequer and anti-slop serrations 12 play increasing The effect of the frictional force of the lower surface and ground of big non-slipping block 11, so that people are not easy to slip when walking.The sole of sole body 1 The anti-slop serrations 12 in portion tilt backwards the frictional force of the foot palm part and ground that increase sole body 1, while making the anti-of foot palm part Slip teeth 12 is not easy by ground surface wear；The anti-slop serrations 12 of the heel portion of sole body 1, which turn forward, increases the heel of sole body 1 The frictional force in portion and ground, while it is not easy the anti-slop serrations 12 of heel portion by ground surface wear.When damping block 7 is recessed after long-term use When falling into serious, people can be separated damping block 7 with damping trough 5 by pressing up friction block 8, so that people only need to be by damping block 7 take out replacement and do not have to replace entire sole, extend the service life of sole.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this Within novel design concept, any modification, equivalent replacement, improvement and so on should be included in the protection of the utility model Within the scope of.

Claims (10)

1. a kind of high-performance antiskid, shock-absorbing sole, including sole body (1), it is characterised in that: the following table of the sole body (1) Face is fixed with several non-slipping blocks (11), the front end and middle part of the foot palm part of the sole body (1) and the rear end of heel portion The lower surface of non-slipping block (11) is equipped with the anti-slop serrations (12) extended transversely, and the lower surface of remaining non-slipping block (11) is equipped with grid The anti-skid chequer of shape.

2. a kind of high-performance antiskid, shock-absorbing sole according to claim 1, it is characterised in that: the sole body (1) The anti-slop serrations (12) of foot palm part tilt backwards, and the anti-slop serrations (12) of the heel portion of the sole body (1) turn forward.

3. a kind of high-performance antiskid, shock-absorbing sole according to claim 2, it is characterised in that: the sole body (1) The non-slipping block (11) of the heel portion close to outside is equipped with the anti-slop serrations (12).

4. a kind of high-performance antiskid, shock-absorbing sole according to claim 1, it is characterised in that: the sole body (1) Lower surface is equipped with several rhones (10), the lateral wall of the sole body (1) be equipped with it is several extend downwardly and with the row The diversion trench (9) of sink (10) connection.

5. a kind of high-performance antiskid, shock-absorbing sole according to claim 1, it is characterised in that: the sole body (1) The upper surface of heel portion is equipped with damping trough (5), and the bottom surface of the damping trough (5) is equipped with shock relieve vent (6), in the damping trough (5) Embedded with the damping block made of elastomer material (7), the damping block (7) and the damping trough (5) are interference fitted, the damping block (7) lower surface is integrally formed with friction block (8).

6. a kind of high-performance antiskid, shock-absorbing sole according to claim 5, it is characterised in that: under the friction block (8) Surface is fixed with sensor block (15), and the shape of the sensor block (15) is different from the decorative pattern of lower surface of the sole body (1), The sensor block (15) is located at the upside of the non-slipping block (11).

7. a kind of high-performance antiskid, shock-absorbing sole according to claim 6, it is characterised in that: the sole body (1) Lower surface is equipped with instruction slot (16), and instruction slot (16) is close to the shock relieve vent (6) and is located at the outer of the sensor block (15) Side.

8. a kind of high-performance antiskid, shock-absorbing sole according to claim 1, it is characterised in that: the sole body (1) The edge of upper surface has been wholely set bound edge (2), and the bound edge (2) is fixedly arranged at the front end with the link block (3) upwardly extended.

9. a kind of high-performance antiskid, shock-absorbing sole according to claim 8, it is characterised in that: the outside of the bound edge (2) Several upper wire casings (4) are equidistantly distributed on wall.

10. a kind of high-performance antiskid, shock-absorbing sole according to claim 1, it is characterised in that: the sole body (1) is The front-end and back-end of arc, the sole body (1) upwarp naturally.