CN215837330U - Explosion-searching mine-sweeping boot - Google Patents

Abstract

This reality is novel to provide a search for and explode and sweep thunder boots, include: upper of a shoe, vamp, outsole, explosion-proof layer, carry shoe ring, shoelace perforation, becket and shoelace, the utility model provides a search for and explode and sweep thunder boots have better defense effect through setting up high performance material boot sole explosion-proof layer to explosion shock wave and broken piece. Besides the high-performance material, steel plates, polyurethane foam, plastic plates, porous energy-absorbing materials and the like can be added according to requirements, so that the anti-fragment and anti-explosion performance of the boot is improved, and the boot sole has the anti-puncture function.

Description

Explosion-searching mine-sweeping boot

Technical Field

The utility model belongs to the technical field of foot protection equipment, and particularly relates to a mine sweeping boot for search and explosion.

Background

The mine-sweeping boots are used for protecting feet during mine-sweeping and explosion-removing, and are solid equipment which are usually used together with mine-sweeping and explosion-removing protective clothing such as mine-sweeping clothes, mine-sweeping clothes and the like. Generally, the protection of the sole part is more important than that of the instep part, so when the structure design of the mine searching and blasting sweeping boot is carried out, the protection layer of the sole part is more important, and the protection of the sole part, the instep part, the upper part and the like is weaker than that of the sole part for the key design.

The Chinese patent application numbers are: CN201110359117.5 discloses an explosion-proof boots, constitutes by group's face and the sole of the boots, the sole of the boots outside-in is outer wearing layer, middle anti-rupture piece layer and inlayer shoe lining layer in proper order, and outer wearing layer is the dual density structure that comprises rubber wearing layer and TPU layer, and middle anti-rupture piece layer is including the compound puncture-proof layer of degree, is provided with preceding sole protection between the compound puncture-proof layer that corresponds at sole position and TPU layer and moulds the steel sheet, is provided with the heel protection between the compound puncture-proof layer of degree that corresponds and TPU layer and moulds the steel sheet, inlayer shoe lining layer includes polyurethane layer and aramid fiber cloth layer from bottom to top. The sole protection plastic steel plate and the heel protection plastic steel plate are arranged on the sole of the boot, and the plastic steel toe cap is arranged at the toe part of the upper surface, so that the boot has strong protection capability, light weight, convenient wearing and good applicability, has the characteristics of sports shoes, and can effectively block and weaken shock waves and fragments generated by explosion. The utility model is suitable for boots for individual soldier protective equipment and is also suitable for special operations such as explosive ordnance disposal experts.

Also, for example, the Chinese patent application number is: CN204763622U discloses a multi-functional lightning protection, explosion-proof boots, it includes upper of a shoe and sole that the vamp that an organic whole meets was made, and the sole is in proper order for solid glue layer, foamed rubber layer, high strength aramid fiber composite layer and aramid fiber compound inner bottom layer from bottom to top, and the vamp is waterproof surface cortex layer, aramid fiber composite layer and dacron composite layer in proper order from outside to inside, and this boots quality is light, has lightning protection, explosion-proof, waterproof and flame retardant property, and the staff wears lightly comfortablely. The utility model discloses a be applicable to the preparation of lightning protection, explosion-proof boots, the shoes boots of making are further applied to sweep the mine soldier, arrange and explode expert, fire control and special operation personnel field and special environment and wear.

However, the prior art of the above patent only emphasizes that the composite structure of the boot sole is composed of a plurality of protective functional layers, and does not indicate the specific structure and application of each functional layer, and how to arrange the functional layers related to explosion prevention is not described.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects in the prior art, the utility model aims to provide a mine sweeping boot for search and explosion.

The search for explosion mine sweeping boots include: upper of a shoe, the vamp, the sole, the explosion-proof layer, carry the shoes ring, the shoelace is perforated, becket and shoelace, the sole sets up in searching for and exploding to sweep the thunder boots bottom and fill there is the explosion-proof layer, the explosion-proof layer is composite bed structure, be fixed with upper of a shoe and vamp on the explosion-proof layer, upper of a shoe and vamp are fixed through sewing up the shoes rope made of hemp, the upper of a shoe rear side is provided with carries the shoes ring, upper of a shoe front side upper portion is fixed with the shoelace and perforates, the downside is fixed with the becket, the shoelace passes through shoelace perforation and the fixed upper of a shoe of becket, the surface of vamp and upper of a shoe is artificial leather material, the intermediate layer of vamp and upper of a shoe all is equipped with two-layer aramid fiber machine and weaves. The explosion-proof layer can also set gradually shellproof steel sheet, foamed aluminum energy-absorbing material layer, ultra high molecular weight polyethylene fiber weftless cloth layer, EUDE FOAM energy-absorbing material layer, plastic slab and the woven layer of one deck aramid fiber constitute from bottom to top, wherein, shellproof steel sheet thickness is 3mm, foamed aluminum energy-absorbing material layer thickness is 10mm, ultra high molecular weight polyethylene fiber weftless cloth layer thickness is 5mm, EUDE FOAM energy-absorbing material layer thickness is 3mm, plastic slab thickness is 1mm, the woven layer thickness of one deck aramid fiber is 8 mm.

Further, the explosion-proof layer comprises an aramid fiber woven fabric layer, an EUDE FOAM energy-absorbing material layer, a plastic plate and an aramid fiber woven fabric layer from bottom to top in sequence, wherein the thickness of the aramid fiber woven fabric layer is 8mm, the thickness of the EUDE FOAM energy-absorbing material layer is 3mm, and the thickness of the plastic plate is 1 m.

Furthermore, the shoelace perforations, the metal rings and the shoelace can be replaced by thread gluing and quick-release zippers, the thread gluing is arranged on the outer side of the upper, and the quick-release zippers are arranged on the inner side of the upper.

Further, the V50 value (1.1g fragment) of the explosion-proof layer is higher than 300 m/s.

Further, the thickness of the outsole is 4-7 cm.

Further, the outer surfaces of the shoe uppers and the uppers are made of artificial leather materials.

Further, the overall height of the mine sweeping and blasting boot is 26-30 cm.

Furthermore, the outsole is made of high-density rubber materials.

Furthermore, the mass of each search-explosion mine sweeping boot is 1-1.5 kg.

Compared with the prior art, the utility model has the beneficial effects that:

1. the explosion-searching mine-sweeping boot has a good defense effect on explosion shock waves and fragments by arranging the boot bottom explosion-proof layer made of a high-performance material. Besides the high-performance material, steel plates, polyurethane foam, plastic plates, porous energy-absorbing materials and the like can be added according to requirements, so that the anti-fragment and anti-explosion performance of the boot is improved, and the boot sole has the anti-puncture function.

2. The thickness of the boot bottom consisting of the outsole and the explosion-proof layer of the search and explosion sweeping boot is 4-7cm, and the weight of each boot is 1-1.5kg, so that search and explosion removing personnel can wear the boot comfortably without influencing the action of battle and technique.

3. The explosion-proof layer of the mine-sweeping boots for search and explosion is thicker than the upper.

Drawings

FIG. 1 is a first structural schematic diagram of a search and explosion mine sweeping boot of the utility model;

FIG. 2a is an outer side structure schematic view of a second structure schematic view of the mine sweeping and blasting boot of the utility model;

FIG. 2b is a schematic view of the inner side structure of a second structure of the mine sweeping and blasting boot of the utility model;

description of reference numerals: 1-upper, 2-vamp, 3-outsole, 4-explosion-proof layer, 5-shoe lifting ring, 6-metal ring, 7-shoelace perforation, 8-shoelace, 9-thread gluing and 10-quick-release zipper.

Detailed Description

The following describes in detail the specific embodiments of the mine-sweeping boots for search and explosion in conjunction with the drawings of the specification.

As shown in fig. 1, the mine sweeping and blasting boot comprises: upper of a shoe 1, vamp 2, the outsole 3, explosion-proof layer 4, carry shoes ring 5, shoelace perforation 7, becket 6 and shoelace 8, outsole 3 set up in search for and explode and sweep the thunder boots bottom and pack and have explosion-proof layer 4, explosion-proof layer 4 is composite bed structure, be fixed with upper of a shoe 1 and vamp 2 on the explosion-proof layer 4, upper of a shoe 1 and vamp 2 are fixed through sewing up the shoes hemp rope (not marked in the picture) and making up, 1 rear side of upper of a shoe is provided with carries shoes ring 5, 1 front side upper portion of upper of a shoe is fixed with shoelace perforation 7, the downside is fixed with becket 6, shoelace 8 is through shoelace perforation 7 and becket 6 fixed upper of a shoe 1, the surface of vamp 2 and upper of a shoe 1 is artificial leather material, the intermediate layer of vamp 2 and upper of a shoe 1 all is equipped with two-layer aramid fiber machine and weaves.

Further, the explosion-proof layer 4 is composed of an aramid fiber woven fabric layer, an EUDE FOAM energy-absorbing material layer, a plastic plate and an aramid fiber woven fabric layer (marks are not shown in the figure) from bottom to top in sequence, wherein the thickness of the aramid fiber woven fabric layer is 8mm, the thickness of the EUDE FOAM energy-absorbing material layer is 3mm, and the thickness of the plastic plate is 1 m.

Further, as shown in fig. 2a and 2b, the lace penetration holes 7, the metal rings 6 and the laces 8 can be replaced with thread gluing 9 and quick release zippers 10, the thread gluing 9 is provided on the outer side of the upper 1, and the quick release zippers 10 are provided on the inner side of the upper 1.

Further, the explosion-proof layer 4 can also be provided with a bulletproof steel plate, a foamed aluminum energy-absorbing material layer, an ultra-high molecular weight polyethylene fiber weftless fabric layer, an EUDE FOAM energy-absorbing material layer, a plastic plate and an aramid fiber woven fabric layer in sequence from bottom to top (not shown in the figure), wherein the bulletproof steel plate is 3mm thick, the foamed aluminum energy-absorbing material layer is 10mm thick, the ultra-high molecular weight polyethylene fiber weftless fabric layer is 5mm thick, the EUDE FOAM energy-absorbing material layer is 3mm thick, the plastic plate is 1mm thick, and the aramid fiber woven fabric layer is 8mm thick.

Further, the V50 value (1.1g fragment) of the explosion-proof layer 4 is higher than 300 m/s.

Further, the thickness of the outsole 3 is 4-7 cm.

Further, the outer surfaces of the shoe upper 2 and the shoe upper 1 are made of artificial leather material.

Further, the overall height of the mine sweeping and blasting boot is 26-30 cm.

Further, the outsole 3 is made of a high-density rubber material.

Furthermore, the mass of each search-explosion mine sweeping boot is 1-1.5 kg.

The present invention is not limited to the above-described embodiments, and any variations, modifications, and alterations that may occur to one skilled in the art without departing from the spirit of the utility model are intended to be within the scope of the utility model.

Claims (8)

1. The utility model provides a search for exploding sweep mine boots which characterized in that includes: the anti-explosion layer is characterized by further comprising a bulletproof steel plate, a foamed aluminum energy absorption material layer, an ultrahigh molecular weight polyethylene fiber weftless fabric layer, an EUDEAF energy absorption and maintenance material layer, a plastic plate and an aramid fiber woven fabric layer, wherein the bulletproof steel plate is 3mm in thickness, the thickness of the foamed aluminum energy-absorbing material layer is 10mm, the thickness of the ultra-high molecular weight polyethylene fiber weftless cloth layer is 5mm, the thickness of the EUDEFOAM energy-absorbing material layer is 3mm, the thickness of the plastic plate is 1mm, and the thickness of the aramid fiber woven fabric layer is 8 mm.

2. The minesweeping and blasting boots according to claim 1, wherein the shoelace perforations, the metal rings and the shoelaces can be replaced by thread gluing and quick release zippers, the thread gluing is arranged on the outer side of the upper, and the quick release zippers are arranged on the inner side of the upper.

3. A minesweeping boot according to claim 1 wherein the V50 value (1.1g fragment) of the blast resistant layer is above 300 m/s.

4. A minesweeping and blasting sweeping boot according to claim 1, wherein the outsole is 4-7cm thick.

5. The miners' boots of claim 1, wherein the outer surfaces of the upper and vamp are made of artificial leather material.

6. A minesweeping and blasting sweeping shoe according to claim 1 and wherein the overall height of the minesweeping and blasting sweeping shoe is 26-30 cm.

7. The search and explosion sweeping boot according to claim 1, wherein the outsole is made of a high-density rubber material.

8. A mine-searching and blasting sweeping boot as claimed in claim 1, wherein the mass of the mine-searching and blasting sweeping boot is 1-1.5 kg.

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