A kind of bacteriostasis, and deodorization leather shoes
Technical field
The utility model is related to a kind of leather shoes, more particularly to a kind of bacteriostasis, and deodorization leather shoes.
Background technology
Leather shoes refer to using natural leather as vamp, with leather or rubber, plastics, PU foaming, PVC etc. for sole, through stitch stitch the sole to the upper,
The footwear of the techniques machine-shaping such as gluing or injection molding;Leather shoes are ventilative, moisture absorption, have good sanitation performance, are in all kinds of footwears
The highest shoes of grade;It is sutured by toe lasting, rear side and flap;Toe lasting is opposite with the front end of foot and articulationes metatarsophalangeae moving part
It answers, is deflected, stretched, compressed and rubbed against under the action of foot;The heel region of rear side is processed into fixation similar with heel
Shape, when walking and wearing off leather shoes, rear side is also deflected and is stretched;Toe lasting is with rear side generally at the flank position of arch both sides
Suture;The position upper of a shoe plays packet and holds together foot and hold the effect of arch inboard;General leather shoes are helped in equal fitted lining, with reinforcement upper of a shoe and
From abrasion, and a part of pin sweat can be absorbed.Existing leather shoes do not have bacteriostasis, and deodorization function, and bacteriostasis, and deodorization efficiency is low.
Utility model content
The utility model is mainly the technical problem solved present in the prior art, can effectively inhibit foot to provide one kind
The growth of the various difficult sterilizings kind in portion, the bacteriostasis, and deodorization leather shoes with deodorization and sterilization effect.
The above-mentioned technical problem of the utility model is mainly to be addressed by following technical proposals:
A kind of bacteriostasis, and deodorization leather shoes, including sole, sole are equipped with upper of a shoe, and the rear portion of sole is equipped with heel, heel it is upper
Docking mechanism is equipped between end and the bottom of sole;The bottom of sole is equipped with locating slot, and the bottom of sole is equipped with location hole, positioning
Hole is arranged in the inner top centre position of locating slot, and the cross section of locating slot is square shape, and the cross section of location hole is circle
Shape shape;Docking mechanism includes locating piece, and the top of locating piece is equipped with positioning column, and positioning column is arranged among the top of locating piece
Position, positioning column are cylindrical, and locating piece is cube shape;Locating piece is mounted in locating slot, and positioning column is mounted on fixed
In the hole of position;The upper end side of heel has installed the first lock tube, and the first locking bar is plugged in the first lock tube, and the first locking bar passes through fixed
The inner end of the side of position block, the first locking bar is mounted on inside the upper end of heel;The side locations of sole be equipped with the second lock tube, second
The second locking bar is plugged in lock tube, the second locking bar passes through the upper end side of positioning column, the inner end of the second locking bar to be mounted on sole
It is internal;Upper of a shoe is three-decker, and outermost layer is non-woven fabrics base material layer, and innermost layer is fluorine-containing aqueous polyurethane layer, and middle layer is water
Property polyurethane foaming layer.
Further, the lower surface of the waterborne polyurethane foaming layer is equipped with several vessels being recessed inwardly, the vessel
Inside it is coated with CT catalyst coatings.
Further, the bottom end of the heel is equipped with followed by grinds pad, followed by mill pad is equipped with inserting column, and inserting column is plugged on
In heel;The upper end of inserting column is equipped with connection-peg, and the bottom of heel is equipped with inserting groove, and the inner top of inserting groove is equipped with inside groove, inserts
Connector is mounted in inside groove, and inserting column is mounted in inserting groove.
Further, the inserting column is structure as a whole with connection-peg.
Further, the cross section of the connection-peg is parabolic shape.
Further, grafting axis is equipped between described followed by mill pad and inserting column.
Further, the grafting axis is mounted on the axis center position of inserting column.
Further, the lower front of the sole is equipped with the rubber soles on lower convex surface.
Further, the heel be upper end is thick, lower end is thin cylindric bakelite with.
Further, the upper of a shoe is set to the upper surface of sole position and the lower part side of upper of a shoe and is fixedly connected with upper of a shoe.
Using the bacteriostasis, and deodorization leather shoes of above-mentioned technical proposal, sole by locating slot and location hole can with grafting locating piece with
Positioning column can make locating piece carry out secured interlocking by the first locking bar, positioning column can be made to carry out by the second locking bar secured
Interlocking;So as to so that the upper end of heel is installed more securely;CT catalyst coatings are that charge moves catalyst, are moved with charge
Kinetochore is moved with contaminant particles through charge using atmospheric temperature or infrared ray initiation itself molecular structure, finally generates oxidation
And reduction reaction, by contaminant particles STRUCTURE DECOMPOSITION, and the electronic equilibrium in bacterial cell can be influenced, enable bacterium that can not adapt to environment
It is unable to growth and breeding;The thermal energy that human body distributes can enable the crystallization in CT catalyst shake, and to be led to that charge moves, charge moves then
Lead to oxidation and reduction reaction, continuous decomposition function can be provided, can effectively inhibit the growth of the various difficult sterilizings kind of foot, after
And bacterium is enabled to disappear, inhibit the generation of tinea pedis from the root cause, but also have the function of decomposing smelly scent molecule, and persistently have
Effect, not will produce the harmful substances such as active acid element, active water element, harmless, to ensure the synthetic leather deodorization and sterilization
Effect it is permanent effectively.
Description of the drawings
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, other drawings may also be obtained based on these drawings.
Fig. 1 is the structural schematic diagram of the utility model bacteriostasis, and deodorization leather shoes.
Fig. 2 is the structural schematic diagram of docking mechanism described in the utility model.
Specific implementation mode
The preferred embodiment of the utility model is described in detail below in conjunction with the accompanying drawings, so that the advantages of the utility model
It can be easier to be readily appreciated by one skilled in the art with feature, it is apparent clear to be made to the scope of protection of the utility model
Define.
As shown in Figures 1 and 2, a kind of bacteriostasis, and deodorization leather shoes, including sole 11, sole 11 are equipped with upper of a shoe 12, sole 11
Rear portion be equipped with heel 13, between the upper end and the bottom of sole 11 of heel 13 be equipped with docking mechanism 14;The bottom of sole 11 is set
There are locating slot 15, the bottom of sole 11 to be equipped with location hole 17, location hole 17 is arranged in the inner top centre position of locating slot 15, fixed
The cross section of position slot 15 is square shape, and the cross section of location hole 17 is circular shape;Docking mechanism 14 includes locating piece 16,
The top of locating piece 16 is equipped with positioning column 18, and positioning column 18 is arranged in the upper middle position of locating piece 16, and positioning column 18 is circle
Cylindrical shape, locating piece 16 are cube shape;Locating piece 16 is mounted in locating slot 15, and positioning column 18 is mounted on location hole 17
It is interior;The upper end side of heel 13 has installed the first lock tube 19, and the first locking bar 20, the first locking bar 20 are plugged in the first lock tube 19
Across the side of locating piece 16, the inner end of the first locking bar 20 is mounted on inside the upper end of heel 13;The side of sole 11 installs
There is the second lock tube 21, the second locking bar 22 is plugged in the second lock tube 21, the second locking bar 22 passes through the upper end side of positioning column 18, the
The inner end of two locking bars 22 is mounted on the inside of sole 11;Upper of a shoe 12 is three-decker, and outermost layer is non-woven fabrics base material layer, innermost layer
For fluorine-containing aqueous polyurethane layer, middle layer is waterborne polyurethane foaming layer;The lower surface of the waterborne polyurethane foaming layer is equipped with
Several vessels being recessed inwardly are coated with CT catalyst coatings in the vessel;The bottom end of heel 13 is equipped with followed by grinds pad 23, after
It is equipped with inserting column 24 with mill pad 23, inserting column 24 is plugged in heel 13;The upper end of inserting column 24 is equipped with connection-peg 25, heel
13 bottom is equipped with inserting groove 26, and the inner top of inserting groove 26 is equipped with inside groove 27, and connection-peg 25 is mounted in inside groove 27, inserting column
24 are mounted in inserting groove 26;Inserting column 24 is structure as a whole with connection-peg 25;The cross section of connection-peg 25 is parabolic shape;
Followed by grafting axis 28 is equipped between mill pad 23 and inserting column 24;Grafting axis 28 is mounted on the axis center position of inserting column 24;Sole
11 lower front is equipped with the rubber soles on lower convex surface;Heel 13 be upper end is thick, lower end is thin cylindric bakelite with;Upper of a shoe 12 is set
The lower part side for being placed in the upper surface of sole 11 position and upper of a shoe 12 is fixedly connected with upper of a shoe 12.
The utility model bacteriostasis, and deodorization leather shoes, sole 11 by locating slot 15 and location hole 17 can with grafting locating piece 16 with
Positioning column 18, can make locating piece 16 carry out secured interlocking by the first locking bar 20, can make positioning column by the second locking bar 22
18 carry out secured interlocking;So as to so that the upper end of heel 13 is installed more securely;CT catalyst coatings move for charge
Catalyst is moved using atmospheric temperature or infrared ray initiation itself molecular structure and contaminant particles through charge so that charge is improved
It is dynamic, oxidation and reduction reaction are finally generated, by contaminant particles STRUCTURE DECOMPOSITION, and the electronic equilibrium in bacterial cell can be influenced, is enabled
Bacterium can not adapt to environment and be unable to growth and breeding;Sole 11 is stitched together rubber and upper by suture with upper of a shoe 12, then
Brush coating, vulcanization are carried out, the rubber of rubber and original suture after vulcanization in die cavity has been fused into one, then passes through the viscous of adhesive
Cooperation is used, and increases suture strength, substantially increases the adhesive strength of upper and glue bottom;CT catalyst materials do not need it is ultraviolet
Light can operate for daily 24 hours in the case of irradiating, and the thermal energy that human body distributes can enable the crystallization in CT catalyst shake, to draw
Lotus movement is sent a telegraph, charge movement then leads to oxidation and reduction reaction, can provide continuous decomposition function, can effectively inhibit foot
The growth of various difficult sterilizings kind, then enables bacterium disappear, and inhibits the generation of tinea pedis from the root cause, but also have and decompose foul smell taste
The function of molecule, and persistently effectively, not will produce the harmful substances such as active acid element, active water element, it is harmless, in addition by
In in the vessel that CT catalyst coatings are provided in each indent, and there is the protection of non-woven fabrics substrate layer, therefore can avoid CT catalyst
Material loses in the use of synthetic leather or cleaning process, to ensure that the permanent of the synthetic leather deodorization and sterilization effect has
Effect.
Wherein, the lower surface of the waterborne polyurethane foaming layer is equipped with several vessels being recessed inwardly, in the vessel
Coated with CT catalyst coatings;So CT catalyst coatings, which are charge, moves catalyst, it is improved using atmospheric temperature or red with charge
Outside line initiation molecular structure itself is moved with contaminant particles through charge, oxidation and reduction reaction is finally generated, by contaminant particles
STRUCTURE DECOMPOSITION, and the electronic equilibrium in bacterial cell can be influenced, it enables bacterium that can not adapt to environment and is unable to growth and breeding, play antibacterial
Effect.
Wherein, the bottom end of heel 13 is equipped with followed by grinds pad 23, followed by mill pad 23 is equipped with inserting column 24,24 grafting of inserting column
In heel 13;The upper end of inserting column 24 is equipped with connection-peg 25, and the bottom of heel 13 is equipped with inserting groove 26, the interior top of inserting groove 26
Portion is equipped with inside groove 27, and connection-peg 25 is mounted in inside groove 27, and inserting column 24 is mounted in inserting groove 26;Inserting column 24 and connection-peg
25 are structure as a whole;The cross section of connection-peg 25 is parabolic shape;Followed by grafting axis is equipped between mill pad 23 and inserting column 24
28;Grafting axis 28 is mounted on the axis center position of inserting column 24;So can conveniently pair followed by mill pad 23 installation is fixed.
Above description is only a specific implementation of the present invention, but the scope of protection of the utility model is not limited to
In this, any change or replacement expected without creative work should be covered within the scope of the utility model.
Therefore, the scope of protection of the utility model should be determined by the scope of protection defined in the claims.