CN212814688U

CN212814688U - Waterproof and anti-skid snow boots

Info

Publication number: CN212814688U
Application number: CN202021551492.0U
Authority: CN
Inventors: 沈雅萍; 杨云霄
Original assignee: Shaoxing Shengrui Shoes Co ltd
Current assignee: Shaoxing Shengrui Shoes Co ltd
Priority date: 2020-07-30
Filing date: 2020-07-30
Publication date: 2021-03-30
Anticipated expiration: 2030-07-30

Abstract

The utility model discloses a snow boots especially relate to a waterproof skid-proof snow boots. The waterproof and anti-skid snow boots comprise boot bottoms and boot uppers fixed above the boot bottoms, wherein the upper surfaces of the boot bottoms are provided with clamping grooves, the bottom of each boot uppers is tightly attached to the groove wall of each clamping groove, waterproof strips are arranged at the bottoms of the boot uppers and the joint of each clamping groove, the lower surfaces of the boot bottoms comprise front sole parts, boot waist parts and rear sole parts, anti-skid mechanisms are arranged on the lower surfaces of the boot bottoms and comprise first anti-skid parts and second anti-skid parts, the first anti-skid parts comprise wedge-shaped bulges arranged in the middle parts of the front sole parts and the rear sole parts and trapezoidal lugs arranged in the middle parts of the boot waist parts, and the second anti-skid parts comprise first sawtooth belts and second sawtooth belts. The waterproof strip can seal the connecting seam between the boot vamp and the boot sole, and snow water is prevented from permeating into the boot from the connecting seam. The friction force of the boot sole can be effectively increased through the first protection part and the second anti-slip part.

Description

Waterproof and anti-skid snow boots

Technical Field

The utility model belongs to the technical field of snow boots, especially, relate to a waterproof skid-proof snow boots.

Background

With the change of times, the snow boots become one of the articles worn by people in winter, have good warm-keeping effect, and can be matched with clothes to play a fashionable and attractive effect.

Chinese utility model patent with publication number CN109463843A discloses an antiskid snow boots that temperature ventilation effect is good, including the vamp, the bottom fixed mounting of vamp has the sole, the skid resistant course has been laid to the bottom of sole, the top fixed mounting of vamp has the laminating circle. This antiskid snow boots that heat preservation ventilation effect is good, the milk protein fiber surface fabric of setting has the cashmere and feels like, the bulky thin soft of fibre, the sense of touch is soft like the cashmere, comfortable and smooth glutinous, be convenient for people use, the fabric layer and the cotton core layer of setting can play better heat preservation effect in to the shoes, the macromolecular material layer of setting has effectively increased the intensity of vamp, whole human weight is effectively accepted to the bearing layer of setting, the insulating layer of setting can effectively cut off the inside and outside thermal exchange of shoes, make to be equipped with good heat insulating ability in the shoes, the hydrone of sole can be cut off to the sealing layer of setting, guarantee the drying in the shoes, the wearing layer of setting has increased the wearability of sole, service life is promoted.

The snow boots disclosed in the above patent have good thermal insulation performance but waterproof and anti-skid performance is not enough, and the snow boots are mostly used in snow day scenes in actual practicality, walk on the road surface of snow and need the boot bottom to have stronger ability of grabbing to prevent skidding, also need the junction of vamp and boot bottom to have good waterproof ability simultaneously, prevent that snow water from permeating in the boots from the joint gap.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the technical problem who exists to provide a snow boots with good waterproof antiskid performance.

The purpose of the utility model is realized like this: the utility model provides a waterproof skid-proof snow boots, include the boots end and fix the vamp in the boots end top, the upper surface at the boots end is equipped with the draw-in groove, the cell wall of draw-in groove is hugged closely to the bottom of vamp, the seam crossing of vamp bottom and draw-in groove is equipped with waterproof strip, the lower surface at the boots end includes preceding palm, boots waist and back palm, be equipped with anti-skidding mechanism on the lower surface at the boots end, anti-skidding mechanism includes first antiskid portion and second antiskid portion, first antiskid portion is protruding and arrange the trapezoidal lug at boots waist middle part in including the wedge of arranging preceding palm and back palm middle part in, second antiskid portion includes first sawtooth zone and second sawtooth zone, preceding palm is arranged in to first sawtooth zone and with preceding palm marginal shape adaptation, back palm and with back palm shape adaptation are arranged in to second sawtooth zone.

Through adopting above-mentioned technical scheme, the bottom of vamp inserts behind the draw-in groove and hugs closely and bond fixedly through glue with the cell wall, and the waterproof strip of crimping resin on the seam of vamp and draw-in groove outside can strengthen the waterproof ability at the junction at the bottom of the vamp and the boots, prevents in snow water from the seam infiltration boots. The anti-skidding mechanism can strengthen the anti-skidding ability of the bottom surface of the boot sole, and can prevent skidding and falling down when the snowfield boot is worn to walk on a snow road. Arrange in the preceding palm portion with the wedge arch of back palm portion can add the frictional force of preceding palm portion and back palm portion, prevent to skid, arrange the trapezoidal lug of boots waist in and have a plurality of and interval arrangement, can improve the drainage and the elasticity at the bottom of the boots, promote the comfort of dress. First sawtooth zone and second sawtooth zone are arranged in preceding palm portion and back palm portion respectively and are located the sole edge, can further strengthen the frictional force of sole, prevent to skid in the snow.

The utility model discloses further set up to: the protruding both ends of wedge are equipped with the extension strip that extends to both sides respectively, and the protruding front end of wedge constitutes the triangular groove, is equipped with the bump in the triangular groove.

Through taking above-mentioned technical scheme, snow water can flow to both sides along extending rectangular when walking on the snow road surface, can help the boot bottom drainage, prevents that snow water from being splashed. The salient points in the triangular groove can further enhance the friction force between the sole and the ground, and prevent slipping during walking.

The utility model discloses further set up to: the wedge-shaped bulge on the half sole part is opposite to the direction of the tip of the wedge-shaped bulge on the back sole part.

Through adopting above-mentioned technical scheme, the protruding pointed end of wedge on the half sole is forward, and when people walked forward or skidded forward mainly half sole and ground contact and half sole have the motion trend backward relative to ground, with half sole protruding most pointed end opposite direction, can further increase frictional force, make the walking more laborsaving, also can prevent to incline forward and slide. The wedge-shaped protruding tip of back palm portion faces backwards, mainly contacts with ground by back palm portion when people walk to skid and lean back, and the relative ground forward motion trend of back palm portion boot bottom this moment is opposite with the protruding tip orientation of wedge-shaped on the back palm portion, and the wedge-shaped arch can further increase the friction, prevents that the back from leaning back and slipping to.

The utility model discloses further set up to: the first sawtooth belt comprises a first inner sawtooth belt and a first outer sawtooth belt, the sawtooth direction of the first inner sawtooth belt is opposite to that of the first outer sawtooth belt, the second sawtooth belt comprises a second inner sawtooth belt and a second outer sawtooth belt, the sawtooth direction of the second inner sawtooth belt is opposite to that of the second outer sawtooth belt, the sawtooth direction of the first inner sawtooth belt is opposite to that of the second inner sawtooth belt, and the sawtooth direction of the first outer sawtooth belt is opposite to that of the second outer sawtooth belt.

By adopting the technical scheme, the volume of the first outer sawtooth belt is larger than that of the first inner sawtooth belt. The sawtooth of first outer sawtooth area is wished backward, just is located preceding palm portion as the major structure of first sawtooth area, can increase frictional force when walking forward, and the sawtooth direction of first interior sawtooth area is forward, and when the sole portion boot bottom was slided forward directly before the palm portion skidded in the preceding palm portion, the sawtooth of forward direction can further hinder preceding palm portion and slide forward, prevents that the human body from falling down. The volume of the second outer toothed belt is greater than the volume of the second inner toothed belt. The sawtooth direction of the outer sawtooth belt of the second is desirably forward, and as the main structure of the second sawtooth belt and located the back palm portion, the friction force can be increased when the human body skids and leans backward, the falling is prevented, the sawtooth direction of the inner sawtooth belt of the second is backward, when the boot bottom of the back palm portion skids and directly slides backward at the back palm portion, the sawtooth in the backward direction can further hinder the back palm portion from sliding backward, and the human body is prevented from falling.

The utility model discloses further set up to: a transition part arranged on the boot waist part is arranged between the sawtooth belt and the second sawtooth belt, and the transition part is a groove matched with the edge shape of the boot waist part.

Through taking above-mentioned technical scheme, the recess is the arcuation, can strengthen the elasticity at the bottom of the boots, promotes the comfort when wearing the walking, and the weight at the bottom of the boots also can be alleviateed to the recess simultaneously, makes the walking more laborsaving.

The utility model discloses further set up to: the front end of the front palm part and the rear end of the rear palm part are both provided with a plurality of transverse stripes.

Through adopting above-mentioned technical scheme, can further improve the frictional force of sole bottom surface, prevent to walk because of skidding and arrive at in the snow day, cause human damage.

The utility model has the advantages that:

1. the waterproof strip can seal the connecting seam between the boot vamp and the boot sole, and snow water is prevented from permeating into the boot from the connecting seam.

2. Can effectively increase the frictional force at the bottom of the boots through first guard portion and second antiskid, can prevent to slide to on the snow road surface.

3. The shoe soles can increase friction force under different slipping conditions of human bodies through the wedge-shaped bulges and the sawtooth belts in opposite directions, and slipping is prevented.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic representation of the structure of the upper surface of the sole;

FIG. 3 is a schematic view of the lower surface of the sole;

wherein the reference numerals are: 1. a vamp; 2. a boot sole; 21. a front palm portion; 211. salient points; 22. a waist portion of the boot; 221. a groove; 23. a rear palm portion; 3. a waterproof strip; 4. a card slot; 5. horizontal stripes; 6. a first toothed belt; 61. a first outer toothed belt; 62. a first inner toothed belt; 7. a second toothed belt; 71. a second outer toothed belt; 72. a second inner toothed belt; 8. a trapezoidal bump; 9. a wedge-shaped protrusion; 91. a strip extending; 92. a triangular groove.

Detailed Description

In order to make the technical solutions in the present invention better understood by those skilled in the art, the technical solutions in the embodiments of the present invention are clearly and completely described below with reference to the accompanying drawings:

as shown in the figures 1 and 2, respectively, fig. 3 shows, a waterproof and antiskid snow boots, including the sole 2 and fix the vamp 1 above the sole 2, the upper surface of the sole 2 is equipped with draw-in groove 4, the cell wall of draw-in groove 4 is hugged closely to the bottom of vamp 1, the seam department of vamp 1 bottom and draw-in groove 4 is equipped with waterproof strip 3, the lower surface of sole 2 includes preceding palm 21, waist of boot 22 and back palm 23, be equipped with anti-skidding mechanism on the lower surface of sole 2, anti-skidding mechanism includes first anti-skidding portion and second anti-skidding portion, first anti-skidding portion is including arranging in the protruding 9 of wedge in preceding palm 21 and back palm 23 middle part and arranging in the trapezoidal lug 8 in boots waist 22 middle part, second anti-skidding portion includes first sawtooth belt 6 and second sawtooth belt 7, first sawtooth belt 6 is arranged in preceding palm 21 and with preceding palm 21 marginal shape adaptation, second sawtooth belt 7 is arranged in back palm 23 and with back palm 23 shape adaptation. The bottom of the boot surface 1 is inserted into the clamping groove 4 and then is tightly attached to the groove wall and is fixedly bonded through glue, the waterproof resin strip 3 is pressed on the joint between the boot surface 1 and the outside of the clamping groove 4, the waterproof capacity of the joint between the boot surface 1 and the boot sole 2 can be enhanced, and snow water is prevented from permeating into the boot from the joint. The anti-skid mechanism can strengthen the anti-skid capacity of the bottom surface of the boot sole 2, and prevent skidding and falling down when the snowfield boot is worn to walk on a snow road. The wedge-shaped bulges 9 arranged on the front sole part 21 and the back sole part 23 can add the friction force of the front sole part 21 and the back sole part 23 to prevent slipping, and the plurality of trapezoidal lugs 8 arranged on the boot waist part 22 are arranged at intervals, so that the drainage and elasticity of the boot bottom 2 can be improved, and the wearing comfort is improved. The first sawtooth belt 6 and the second sawtooth belt 7 are respectively arranged on the front palm portion 21 and the rear palm portion 23 and located on the edge of the sole, so that the friction force of the sole can be further enhanced, and slipping in snow days is prevented.

As shown in fig. 3, the two ends of the wedge-shaped protrusion 9 are provided with extension bars 91 respectively extending to the two sides, the front end of the wedge-shaped protrusion 9 forms a triangular groove 92, and a convex point 211 is arranged in the triangular groove 92. Snow water can flow to both sides along extending rectangular 91 when walking on the snow road surface, can help 2 drainage at the bottom of the boot, prevents that snow water from being splashed. The protrusions 211 in the triangular grooves 92 can further enhance the friction between the sole and the ground, and prevent slipping during walking.

As shown in fig. 3, the wedge-shaped protrusion 9 on the forefoot portion 21 is oriented opposite to the tip of the wedge-shaped protrusion 9 on the rearfoot portion 23. The tip of the wedge-shaped bulge 9 on the front palm part 21 faces forwards, when a person walks forwards or slips forwards, the front palm part 21 is mainly contacted with the ground, the shoe bottom 2 of the front palm part 21 has a backward movement trend relative to the ground, and the direction of the tip of the wedge-shaped bulge 9 on the front palm part 21 is opposite to that of the wedge-shaped bulge 9, so that the friction force can be further increased, the walking is more labor-saving, and the forward slip can be prevented. The tip of the wedge-shaped bulge 9 on the back palm part 23 faces backwards, when a person walks and slips and leans backwards, the back palm part 23 is mainly contacted with the ground, at the moment, the boot bottom 2 of the back palm part 23 has a forward movement trend relative to the ground, the direction of the tip of the wedge-shaped bulge 9 on the back palm part 23 is opposite to that of the wedge-shaped bulge 9, and the wedge-shaped bulge 9 can further increase friction and prevent the person from slipping and leaning backwards.

As shown in fig. 3, the first toothed belt 6 includes a first inner toothed belt 62 and a first outer toothed belt 61, the first inner toothed belt 62 is opposite to the first outer toothed belt 61 in the direction of teeth, the second toothed belt 7 includes a second inner toothed belt 72 and a second outer toothed belt 71, the second inner toothed belt 72 is opposite to the second outer toothed belt 71 in the direction of teeth, the first inner toothed belt 62 is opposite to the second inner toothed belt 72 in the direction of teeth, and the first outer toothed belt 61 is opposite to the second outer toothed belt 71 in the direction of teeth. The first outer toothed belt 61 has a volume greater than the volume of the first inner toothed belt 62. The first outer saw-toothed belt 61 has backward saw-teeth, is located in the front palm 21 as the main structure of the first saw-toothed belt 6, and can increase friction force when walking forward, and the first inner saw-toothed belt 62 has forward saw-teeth, so that when the front palm 21 slips and the sole 2 of the front palm 21 directly slides forward, the forward saw-teeth can further prevent the front palm 21 from sliding forward, and prevent the human body from falling down. The volume of the second outer toothed belt 71 is greater than the volume of the second inner toothed belt 72. The sawtooth of the second outer sawtooth belt 71 is oriented forwards, and is located on the back palm portion 23 as the main structure of the second sawtooth belt 7, so that friction force can be increased when a human body slips and leans backwards, and the falling is prevented, the sawtooth direction of the second inner sawtooth belt 72 is backwards, and when the shoe sole 2 of the back palm portion 23 slips and directly slides backwards at the shoe bottom 2 of the back palm portion 23, the sawtooth in the backwards direction can further block the back palm portion 23 from sliding backwards, so that the falling of the human body is prevented.

As shown in fig. 3, a transition part is arranged on the boot waist part 22 between the toothed belt and the second toothed belt 7, and the transition part is a groove 221 which is matched with the edge of the boot waist part 22 in shape. The grooves 221 are arc-shaped, so that the elasticity of the boot sole 2 can be enhanced, the comfort of wearing and walking is improved, and meanwhile, the weight of the boot sole 2 can be reduced by the grooves 221, so that the walking is more labor-saving.

As shown in fig. 3, the front end of the front palm portion 21 and the rear end of the rear palm portion 23 are provided with a plurality of transverse stripes 5. The friction force of the bottom surface of the boot sole 2 can be further improved, and the phenomenon that the human body is injured due to slipping caused by walking in snowy days is prevented.

The above embodiments are only preferred embodiments of the present invention, not all embodiments, and other embodiments obtained based on the above embodiments by those skilled in the art without any creative work shall fall within the protection scope of the present invention, so: all equivalent changes made according to the structure, shape and principle of the utility model are covered within the protection scope of the utility model.

Claims

1. The waterproof and antiskid snow boots comprise boot bottoms (2) and boot uppers (1) fixed above the boot bottoms (2), and are characterized in that clamping grooves (4) are arranged on the upper surfaces of the boot bottoms (2), the bottom of each boot upper (1) is tightly attached to the groove wall of each clamping groove (4), waterproof strips (3) are arranged at the joints of the bottoms of the boot uppers (1) and the clamping grooves (4), the lower surfaces of the boot bottoms (2) comprise front sole parts (21), boot waist parts (22) and rear sole parts (23), antiskid mechanisms are arranged on the lower surfaces of the boot bottoms (2), each antiskid mechanism comprises a first antiskid part and a second antiskid part, each first antiskid part comprises wedge-shaped bulges (9) arranged in the middle parts of the front sole parts (21) and the rear sole parts (23) and a trapezoid-shaped lug (8) arranged in the middle parts of the boot waist parts (22), each second antiskid part comprises a first sawtooth belt (6) and a second sawtooth belt (7), the first sawtooth belt (6) is arranged on the front palm portion (21) and is matched with the edge shape of the front palm portion (21), and the second sawtooth belt (7) is arranged on the rear palm portion (23) and is matched with the rear palm portion (23) in shape.

2. Waterproof and non-slip snow boot according to claim 1, characterized in that both ends of the wedge-shaped protrusion (9) are provided with an extension strip (91) extending to both sides, respectively, the front end of the wedge-shaped protrusion (9) forms a triangular groove (92), and a convex point (211) is arranged in the triangular groove (92).

3. A waterproof and non-slip snow boot according to claim 1, characterized in that the wedge-shaped protrusions (9) on the forefoot (21) are in the opposite orientation to the tips of the wedge-shaped protrusions (9) on the rearfoot (23).

4. A waterproof and non-slip snow boot according to claim 1, characterized in that said first toothed belt (6) comprises a first inner toothed belt (62) and a first outer toothed belt (61), the first inner toothed belt (62) having opposite directions of toothing to the first outer toothed belt (61), said second toothed belt (7) comprising a second inner toothed belt (72) and a second outer toothed belt (71), the second inner toothed belt (72) having opposite directions of toothing to the second outer toothed belt (71), the first inner toothed belt (62) having opposite directions of toothing to the second inner toothed belt (72), the first outer toothed belt (61) having opposite directions of toothing to the second outer toothed belt (71).

5. Waterproof and non-slip snow boot according to claim 1, characterized in that between said first toothed belt (6) and said second toothed belt (7) there is a transition placed on the boot waist (22), said transition being a groove (221) adapted to the shape of the edge of the boot waist (22).

6. Waterproof and non-slip snow boot according to claim 1, characterized in that the front end of the front sole portion (21) and the rear end of the rear sole portion (23) are provided with several transverse stripes (5).