CN214854664U - Lightweight puncture-proof safety shoe - Google Patents

Abstract

The utility model relates to a lightweight prevents impaling safety shoes, including upper of a shoe and sole, the built-in protection baotou that has in the tip department of upper of a shoe, the bottom of upper of a shoe is connected with soft end, and soft end is connected with the sole, has antistatic agent in the material of sole, and the upper of a shoe still is furnished with antistatic insole, and soft end is for adopting the anti-impaling soft end of preventing of bobo puncture-proof material, prevents impaling soft end still for around the antistatic strap of at least round, has made the conductor wire on the antistatic strap. Its soft end will adopt the puncture-proof soft end of preventing of bobo puncture-proof material, the soft end of this safety shoes of puncture-proof material is more light, more gentle in comparison in kevlar, easy tortuous, can not be too hard, it is more comfortable to wear, and can satisfy and prevent the puncture demand, in addition in order to avoid satisfying antistatic demand again to the destruction of preventing puncturing the soft end, it centers on antistatic strap on soft end, so that realize antistatic demand, and is more practical, avoid puncturing the puncture-proof function of the soft end of needle destruction by force, prevent simultaneously that the soft end of puncture also is difficult to puncture the needle relatively.

Description

Lightweight puncture-proof safety shoe

Technical Field

The utility model relates to a safety shoe, in particular to a puncture-proof safety shoe.

Background

Safety shoes are widely applied to the labor insurance industry, wherein the toe cap of each safety shoe has different types of protection toe caps to play a protection role. In addition, the safety shoe also has other various functions, such as water resistance, skid resistance, smashing resistance and the like, wherein the puncture resistance is also an important function. Some working conditions and safety shoes have high requirements on puncture resistance, a puncture-resistant design needs to be additionally carried out on a soft bottom part of an upper, common puncture-resistant materials such as Kevlar puncture-resistant materials are connected together by layers of Kevlar puncture-resistant cloth, and after the soft bottom is connected with a sole, the soft bottom is relatively hard and uncomfortable to wear and is not easy to bend during wearing. In addition, antistatic requirements are required to be met under the condition of puncture resistance in some cases, antistatic agents are usually added into sole materials for the antistatic property of soles, antistatic insoles are also adopted for the insoles, conductive wires (such as copper fiber conductive wires) are generally sewn on the antistatic insoles, and the antistatic requirements are hardly met by the Kevlar puncture-resistant soft sole.

SUMMERY OF THE UTILITY MODEL

In view of the technical problem that exists in the background art, the utility model aims at providing a safety shoes is prevented impaling by antequantification. This safety shoe is lighter, comfortable, and it prevents puncturing soft end and adopts the bobo security protection to puncture the material, on satisfying the basis of preventing puncturing, softer, light, easy inflection, it can compromise under the condition of preventing puncturing satisfying in addition and prevent static demand, and is more practical.

In order to solve the technical problem, the utility model discloses a following technical scheme: light-weighted puncture-proof safety shoes, including upper of a shoe and sole, the toe cap department of upper of a shoe embeds there is the protection baotou, and the bottom of upper of a shoe is connected with soft end, and soft end is connected with the sole, has antistatic agent in the material of sole, and the upper of a shoe still is furnished with antistatic insole, its characterized in that: the soft bottom is made of a puncture-proof material, and the puncture-proof soft bottom is formed by surrounding at least one circle of antistatic cloth belt, and a conductive wire is sewn on the antistatic cloth belt. In this safety shoe, its soft end will adopt the current soft end of impaling of preventing of boeing puncture-proof material, the soft end of this safety shoe of impaling-proof material is lighter, it is more gentle in comparison in kevlar, easy tortuous, can not be too hard, it is more comfortable to wear, and can satisfy and prevent impaling the demand, in addition in order to avoid the destruction to prevent impaling the soft end again will satisfy antistatic demand, it centers on antistatic strap on soft end, so as to realize antistatic demand, more practical, avoid puncturing the impaling-proof function of the soft end of needle destruction by force, prevent simultaneously that the soft end of impaling also relatively more difficult pricks the needle.

The following optimization or supplementary explanation can be performed on the technical scheme.

For example, the circle of antistatic cloth belt is arranged at the half sole area of the soft bottom, and the antistatic cloth belt transversely surrounds the half sole area. Only need the round, can realize by an antistatic strap, the structure is more succinct, and the cost is lower, and processing is more convenient, and antistatic strap is located the half sole district of soft end in addition, and the effect is better, and the structure is more reasonable, and half sole district is in the in-process of wearing, no matter the walking, run to jump, fill up equal priority atress in activities such as foot and touch, and antistatic effect is better.

For another example, the upper side and/or the lower side of the puncture-proof soft bottom is/are also coated with antistatic glue, and the antistatic glue is connected with the antistatic cloth tape in an adhesive mode. The contact area of the antistatic cloth belt can be increased, the antistatic cloth belt can be bonded on the puncture-proof soft bottom, the position change is not easy to generate, the position is more stable, and the effect is more stable.

In addition, the sole comprises a middle sole and an outsole, and the left side and the right side of the sole are provided with vertical grooves. The shoe sole is convenient to bend, the wearing activity is smoother, the shoe sole is more comfortable and the bending is convenient, and particularly when the upper soft sole adopts the puncture-proof soft sole, the bending is smoother.

The beneficial effects of the utility model are that, this lightweight prevents impaling safe shoes, its soft end will adopt the current Bo to prevent impaling the soft end of impaling of material, it is lighter to prevent the soft end of impaling this safe shoes of material in Kevlar, it is gentle relatively, easy tortuous, can not be too hard, it is more comfortable to wear, and can satisfy and prevent impaling the demand, in addition in order to avoid the destruction of preventing impaling the soft end to satisfy antistatic demand, it centers on antistatic strap on the soft end, so that realize antistatic demand, it is more practical, avoid simultaneously preventing of puncturing needle destruction soft end to puncture the function, prevent that the soft end of impaling also is difficult to puncture the needle relatively. Therefore, compared with the prior art, the utility model has substantive characteristics and progress.

Drawings

The following describes details and operational principles of embodiments and examples of the present invention with reference to the drawings.

Fig. 1 is a schematic structural view of the safety shoe of the present invention.

Fig. 2 is a schematic structural view of the soft bottom of the present invention.

In the figure: 1. an upper; 2. a sole; 3. a soft bottom; 4. an antistatic cloth belt; 5. a conductive wire; 6. antistatic glue; 7. a midsole; 8. and (5) a big bottom.

Detailed Description

The technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiment of the present invention; obviously, the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and all other embodiments obtained by those skilled in the art without any inventive work are within the scope of the present invention based on the embodiments of the present invention.

Referring to the accompanying drawings, in the embodiment of the present invention, the lightweight anti-piercing safety shoe includes an upper 1 and a sole 2, a toe cap is disposed in a toe cap of the upper 1, and the toe cap is made of iron, aluminum, steel, plastic steel or other materials, and plays a role in protecting the toe cap. The bottom of the upper 1 is connected with a soft bottom 3, and the soft bottom 3 is connected with the sole 2, generally by injection molding or gluing.

For antistatic, the material of the sole 2 is provided with an antistatic agent, and the antistatic agent is doped into the material in the forming process of the sole 2 to ensure that the material is conductive and static electricity is guided to the ground; the general upper 1 is also provided with an antistatic insole, and an antistatic wire is usually sewn on the insole for conducting wires; the insole will be placed above the soft bottom 3, which is a mature technology and will not be described further.

Wherein, the soft bottom 3 is a puncture-proof soft bottom 3 made of a puncture-proof material (which is an existing material), the puncture-proof soft bottom 3 also surrounds at least one circle of antistatic cloth belt 4, and a conductive wire 5 (such as a copper fiber conductive wire 5) is sewn on the antistatic cloth belt 4 and used for electrostatic conductive discharge.

Prevent impaling soft end 3 and hardly prick the needle and pierce through, it pierces through the puncture-proof effect that will destroy here to do all can by force the needle, and adopt antistatic strap 4 to lead electrical implementation around the round, will prevent impaling the upper and lower surface of soft end 3 and lead electrical, specifically do, upper surface contact's static, can be round the direction lower surface through antistatic strap 4, contact with sole 2 at the lower surface, emit static into ground by sole 2, reach antistatic with static exhaust effect, do not influence simultaneously and prevent impaling the puncture-proof function of soft end 3.

This light-weighted puncture-proof safety shoes, adopt current Bo to prevent impaling soft end 3 of impaling material, compare in too hard, inflexible Kevlar prevents impaling the material, this safety shoes's soft end 3 is lighter, it is more gentle, easy tortuous, can not be too hard, it is more comfortable to wear, and can satisfy and prevent impaling the requirement, in addition in order to avoid satisfying antistatic demand again to prevent impaling the destruction of soft end 3, it centers on antistatic strap 4 on soft end 3, so as to realize antistatic, in the sole 2 of 3 below of going into soft end is walked around soft end 3 by antistatic strap 4 to the static of 3 tops of soft end, arrange into ground with static by sole 2 again, it is more practical, avoid simultaneously to prick the puncture-proof function of needle destruction soft end 3 by force, prevent that impaling soft end 3 of impaling also relatively difficult pricks the needle.

The following optimization or further explanation can be made on the basis of the above embodiment.

For example, the antistatic cloth belt 4 is provided with a circle, the circle of the antistatic cloth belt 4 is positioned in the front palm area of the soft bottom 3, and the antistatic cloth belt 4 transversely surrounds the soft bottom. Only need the round, can realize by antistatic strap 4, the structure is more succinct, and the cost is lower, and processing is more convenient, and antistatic strap 4 is located the preceding palm district of soft end 3 in addition, and the in-process contact effect of wearing is better, and it is better to arrange static antistatic effect, and the structure is more reasonable, and preceding sole district is in the in-process of wearing, no matter the walking, run and jump, fill up the equal priority atress of preceding sole that corresponds in the activity such as foot or the contact of having an effect of landing for its antistatic effect is better.

For another example, the upper side and/or the lower side of the puncture-proof soft bottom 3 is/are further coated with the antistatic glue 6, and the antistatic glue 6 is adhesively connected with the antistatic cloth belt 4. Can be directly scribble the antistatic glue 6 (glue aquatic contains antistatic agent) in a slice region in the front of the position of palm district (corresponding preceding sole), antistatic glue 6 can enough increase antistatic strap 4's area of contact, can bond antistatic strap 4 again on preventing piercing soft end 3, and the antistatic strap 4 position that is difficult for reproducing changes, and antistatic strap 4 position is more firm, and antistatic effect is more stable, better.

In addition, the sole 2 comprises a mid-sole 7 and an outsole 8, and the left and right sides of the sole 2 are provided with vertical grooves (not shown). The vertical groove can extend from the insole 7 to the outsole 8, so that the sole 2 is convenient to bend, the wearing and the moving are smoother, the wearing and the moving are more comfortable, and the bending is smoother when the soft sole 3 above adopts the puncture-proof soft sole 3. Vertical recess distributes in both sides a plurality ofly, can also play the decorative effect to can also save the material relatively, further reduce the importance of sole 2 and safety shoes, it is more light. The edge of the puncture-proof soft sole 3 can be forcedly punctured without influencing the overall puncture-proof performance of the soft sole 3, and the soft sole 3 and the upper 1 can also be connected by sewing at the edge.

The foregoing is a preferred embodiment of the present invention, and it should be noted that the scope of the present invention is not limited thereto. It will be apparent to those skilled in the art that various modifications, enhancements, and equivalents may be made without departing from the scope of the invention as defined in the claims appended hereto.

Claims (4)

1. Light-weighted puncture-proof safety shoes, including upper of a shoe (1) and sole (2), the toe cap department of upper of a shoe (1) embeds there is the protection baotou, and the bottom of upper of a shoe (1) is connected with soft end (3), and soft end (3) are connected with sole (2), have the antistatic agent in the material of sole (2), and upper of a shoe (1) still is furnished with antistatic insole, its characterized in that: the soft bottom (3) is a puncture-proof soft bottom (3) made of a puncture-proof material, the puncture-proof soft bottom (3) is also provided with at least one circle of antistatic cloth belt (4), and a conductive wire (5) is sewn on the antistatic cloth belt (4).

2. The lightweight puncture-resistant safety shoe of claim 1, wherein: the circle of the antistatic cloth belt (4) is arranged, the circle of the antistatic cloth belt (4) is positioned in the front palm area of the soft bottom (3), and the antistatic cloth belt (4) transversely surrounds.

3. The lightweight puncture-resistant safety shoe of claim 1 or 2, wherein: the lower side surface and/or the lower side surface of the puncture-proof soft bottom (3) are/is also coated with antistatic glue (6), and the antistatic glue (6) is in adhesive connection with the antistatic cloth belt (4).

4. The lightweight puncture-resistant safety shoe of claim 1, wherein: the sole (2) comprises a middle sole (7) and an outsole (8), and vertical grooves are formed in the left side and the right side of the sole (2).

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