CN203252025U

CN203252025U - Anti-static anti-piercing working boot

Info

Publication number: CN203252025U
Application number: CN 201320263121
Authority: CN
Inventors: 董建中
Original assignee: WUJIANG DONGXIN PLASTIC PACKAGING FACTORY
Current assignee: WUJIANG DONGXIN PLASTIC PACKAGING FACTORY
Priority date: 2013-05-14
Filing date: 2013-05-14
Publication date: 2013-10-30
Anticipated expiration: 2023-05-14

Abstract

The utility model relates to an anti-static anti-piercing working boot and belongs to the technical field of boots in daily life. The anti-static anti-piercing working boot comprises a boot bottom, a boot head, a boot vamp and a bootleg, wherein the boot bottom, the boot head, the boot vamp and the bootleg are provided with rubber outer layers and lining layers. The lining layers are knitting cotton with the electricity conducting performance. The rubber outer layers are made of rubber with the electricity conducting performance. The rubber outer layers and the lining layers are connected through flexible wires. A steel hood is adhered to the inner wall of the rubber outer layer of the boot head and is a grid steel hood which is composed of three vertical ribs and three horizontal ribs. The vertical ribs are arranged on the horizontal ribs. A first elastic rubber layer is adhered to the inner wall of the steel hood. The rubber outer layer, a water-proof layer, a piercing-proof middle layer, an insulating rubber inner layer and the lining layer are sequentially connected in an adhered mode from bottom to top in the boot bottom. The piercing-proof middle layer comprises two Carat bulletproof fiber knitting layers and a second elastic rubber layer is arranged between the two Carat bulletproof fiber knitting layers. The anti-static anti-piercing working boot is capable of preventing piercing and good in effect of preventing static electricity, but also high in comfort. The weight of the boot head is light.

Description

The anti-working boot that pierces through of a kind of antistatic

Technical field

The utility model relates to a kind of working boot, belongs to the boots technical field in the daily life.

Background technology

Existing labour protection safety shoe be for fear of or alleviate the staff produce and work in necessary the individual protection equipment of foot injury.Be provided with protection packet header and anti-puncture pad in the safety shoe of existing structure, to play the protective effect to foot, protection packet header is arranged on the boots head of safety shoe, on anti-puncture pad is arranged at the bottom of the boots, is pierced through by sharp objects at the bottom of the boots preventing.

The patent No. 201120132786.4, a kind of fire fighter's boots is disclosed, as shown in Figure 1, comprise boots at the bottom of, boots head, boot upper and the leg of a boot, at the bottom of the boots, boots head, boot upper and the leg of a boot all comprise rubber outer and backing layer, described backing layer is knitted cotton, the rubber outer inwall of boots head is bonded with steel cage, and the steel cage inwall is bonded with elastic rubber layer, and this elastic rubber layer and backing layer are bonding, in at the bottom of the boots, rubber outer, watertight composition, steel plate middle level, electro-insulating rubber internal layer, backing layer are by descending from upper successively bonding connection.Although this patent is provided with protection packet header (being steel cage) and anti-puncture pad (being the steel plate middle level), its steel cage is whole formation, therefore causes the boots head very heavy.Anti-puncture pad adopts steel plate to make, after service time is long, because the rigidity between steel plate and watertight composition and the electro-insulating rubber internal layer is different, and because the bond properties between them is bad, cause separating between steel plate and watertight composition and the electro-insulating rubber internal layer, cause serviceability to reduce, footwear are fragile, and because the steel plate middle level is rigid very high, cause the dress inconvenience of walking about, comfortableness is very low, simultaneously since people's health itself with static, when the workman is wearing this boots and goes to need the place of antistatic, the anti-static effect of this fire fighter's boots is bad, can assemble a lot of static on people's the health, causes the generation of security incident.

Summary of the invention

The utility model is for the deficiency of the problems referred to above, the anti-working boot that pierces through of antistatic that propose a kind ofly anti-ly to pierce through, the boots head is light, the high while anti-static effect of comfortableness is good.

The utility model is that the technical scheme that solves the problems of the technologies described above proposition is: the anti-working boot that pierces through of a kind of antistatic, comprise at the bottom of the boots, the boots head, boot upper and the leg of a boot, at the bottom of the described boots, the boots head, boot upper and the leg of a boot all comprise rubber outer and backing layer, described backing layer is the knitted cotton with electric conductivity, described rubber outer is that the rubber with electric conductivity is made, be connected by flexible wire between described rubber outer and the backing layer, the rubber outer inwall of described boots head is bonded with steel cage, described steel cage is three vertical muscle and three grid steel cages that horizontal bar forms, and described vertical muscle is arranged on the horizontal bar, described steel cage inwall is bonded with the first elastic rubber layer, this first elastic rubber layer and backing layer are bonding, described the first elastic rubber layer is bipeltate, in at the bottom of the boots, rubber outer, watertight composition, anti-puncture middle level, the electro-insulating rubber internal layer, backing layer is by descending from upper successively bonding connection, described anti-puncture middle level comprises two-layer carat of ballistic fiber braid, and is provided with the second elastic rubber layer between two-layer carat of ballistic fiber braid.

The anti-working boot that pierces through of antistatic of the present utility model, compared to existing technology, has following beneficial effect: 1. because described backing layer is the knitted cotton with electric conductivity, described rubber outer is that the rubber with electric conductivity is made, be connected by flexible wire between described rubber outer and the backing layer, therefore when the workman is wearing this boots and goes to need the place of antistatic, backing layer of the present utility model contacts with human body skin, the static of human body is passed through flexible wire, rubber outer is introduced ground, can reduce fast and effectively the static content of human body itself, thereby the effect of antistatic is very high.2. because described steel cage is the grid steel cages that three vertical muscle and three horizontal bars form, thus its economical with materials not only, Cost reduction, and can reduce weight, wear light.3. because described anti-puncture middle level comprises two-layer carat of ballistic fiber braid, and be provided with the second elastic rubber layer between the two-layer carat of ballistic fiber braid, this anti-puncture middle level is not only prevented piercing through effective, and its flexibility is high, comfortableness is good, and and the bond properties between watertight composition and the electro-insulating rubber internal layer is good, can not cause separation case, therefore can not damage at the bottom of the boots.

Description of drawings

Fig. 1 is the structural representation of existing fire fighter's boots;

Fig. 2 is the boots header structure schematic diagram of the utility model embodiment 1;

Fig. 3 is the steel cage structural representation of the utility model embodiment 1;

Fig. 4 is the boots bottom structure schematic diagram of the utility model embodiment 1;

Fig. 5 is the anti-puncture middle level structural representation of the utility model embodiment 1;

Fig. 6 is the stressed decomposing schematic representation in anti-puncture middle level of the utility model embodiment 1;

Fig. 7 is the structural representation of the utility model embodiment 3;

Fig. 8 is the structural representation of installing component at the bottom of the boots of the utility model embodiment 3;

Fig. 9 is the structural representation of the utility model embodiment 2;

Figure 10 is that the conductive fabric of the utility model embodiment 2 is at the structural representation of the leg of a boot;

Figure 11 is the structural representation of installing component at the bottom of the boots of the utility model embodiment 2;

The boots bottom structure schematic diagram of Figure 12 the utility model embodiment 4;

The boots header structure schematic diagram of Figure 13 the utility model embodiment 4;

The structural representation of Figure 14 the utility model embodiment 5.

Wherein: wherein: 1 is the leg of a boot, and 2 is boot upper, and 3 is the boots head, 31 is rubber outer, and 32 is steel cage, and 321 is horizontal bar, 322 is vertical muscle, and 33 is the first elastic rubber layer, and 34 is backing layer, 341 is the conductive liner nexine, 4 be boots at the bottom of, 41 is the electro-insulating rubber internal layer, 42 is anti-puncture middle level, 421 is first carat of ballistic fiber braid, and 422 is the second elastic rubber layer, and 423 is second carat of ballistic fiber braid, 424 is nail, 43 is watertight composition, and 44 is rubber outer at the bottom of the boots, and 441 is that conductive rubber is outer, 451 is the first electric conductor, 452 is the second electric conductor, and 4511 is conductive fabric, and 4512 is the bottom surface conductor, 4513 is wire, 4514 is leg of a boot conductive fabric, and 47 is thermal insulation layer, and 48 is storing bin.

The specific embodiment

Accompanying drawing discloses the structural representation of a preferred embodiment of the utility model without limitation, explains the technical solution of the utility model below with reference to accompanying drawing.

Embodiment 1

The anti-working boot that pierces through of a kind of antistatic of present embodiment, shown in Fig. 2-6, at the bottom of comprising boots, boots head, boot upper and the leg of a boot, at the bottom of the boots, boots head, boot upper and the leg of a boot all comprise rubber outer and backing layer, described backing layer is knitted cotton, the rubber outer inwall of boots head is bonded with steel cage, described steel cage is that three vertical muscle and three horizontal bars form the grid steel cage, and described vertical muscle is arranged on the horizontal bar, this grid steel cage withstand shock power is not less than 250J, compression resistance is not less than 17KN, therefore can satisfy most working condition requirement.Because steel cage adopts the form of grid cover, on the one hand can economical with materials, Cost reduction, can reduce weight on the other hand, wear light, the steel cage inwall is bonded with the first elastic rubber layer, this first elastic rubber layer and backing layer are bonding, described the first elastic rubber layer is bipeltate, in at the bottom of the boots, rubber outer, watertight composition, anti-puncture middle level, the electro-insulating rubber internal layer, backing layer is by descending from upper successively bonding connection, described rubber outer is the fire-retardant acrylonitrile-butadiene rubber of acid and alkali-resistance, described anti-puncture middle level comprises two-layer carat of ballistic fiber braid, and be provided with the second elastic rubber layer between the two-layer carat of ballistic fiber braid, because a carat ballistic fiber braid has the good anti-effect that pierces through, two-layer carat ballistic fiber braid is set, when having puncture thing thorn to be through on the carat ballistic fiber braid of ground floor, the second elastic rubber layer pierces through it on carat ballistic fiber braid that power is distributed to the second layer, because very fast being dispersed of the power that pierces through of its puncture thing, penetrating effect reduces, even the puncture thing pierces through the carat ballistic fiber braid of ground floor, its penetration power weakens through the dispersion of the second elastic rubber layer, the power that pierces through that acts on the carat ballistic fiber braid of the second layer is also very little, even penetrate the carat ballistic fiber braid of ground floor, the second elastic rubber layer, the power that pierces through of the carat ballistic fiber braid of its effect second layer is not enough to penetrate the carat ballistic fiber braid of the second layer, described backing layer adopts the good knitted cotton of electric conductivity to be made into, described rubber outer adopts conductive rubber to make, and is connected by flexible wire between described rubber outer and the backing layer.

Embodiment 2

The difference of present embodiment and embodiment 1 is, shown in Fig. 9-11: comprise conductive fabric, wire and bottom surface conductor, be connected by wire between described conductive fabric and the bottom surface conductor, described conductive fabric is arranged on the backing layer of boots footing with place and sole place, perhaps described conductive fabric is arranged on the backing layer of the leg of a boot, and the surface of described conductive fabric and backing layer is in same horizontal plane, and namely conductive fabric and backing layer is surperficial equal; Described bottom surface conductor is equal with the rubber outer surface, and simultaneously, described bottom surface conductor is corresponding with the anti-slop serrations profile of tooth of rubber outer.

Embodiment 3

The difference of present embodiment and above-described embodiment is: such as Fig. 7, shown in 8, heel at the bottom of boots and sole place arrange respectively electric conductor, described electric conductor is introduced the static derivation of human body own underground, described electric conductor adopts the soft conductor of I shape, can adopt conductive rubber material to make, upper worker's face of described electric conductor is arranged on the backing layer, and equal with the backing layer surface, lower worker's face of described electric conductor is arranged on the rubber outer, and equal with the rubber outer surface, simultaneously, lower worker's face of described electric conductor is corresponding with the anti-slop serrations profile of tooth of rubber outer, during use, the human foot heel is connected electric conductor with heel respectively and is connected with the sole place, imports the static of human body underground by electric conductor.

Embodiment 4

The difference of present embodiment and above-described embodiment is, in order to solve when the workman need to go hot environment to execute the task, this boots can not be heat insulation preferably, scald easily the situation of workman's foot, present embodiment adopts following scheme: shown in Figure 12,13, a thermal insulation layer is set, in at the bottom of the boots, rubber outer, watertight composition, anti-middle level, thermal insulation layer, electro-insulating rubber internal layer, the backing layer of piercing through are by descending from upper successively bonding connection, described thermal insulation layer is the soft felt of glass fibre cotton, and the thickness of the soft felt of this glass fibre cotton is between 3mm-5mm.The soft felt of this glass fibre cotton is good heat-insulation effect not only, and acidproof, alkaline-resisting etc.

Embodiment 5

The difference of present embodiment and above-described embodiment is, in order to solve the workman when wearing away, can meet emergency unavoidably, when the needs lighter, medicine, during the urgent article such as pocket knife, but do not carry, in order to be convenient for carrying the problem of these small articles, present embodiment adopts following scheme: as shown in figure 14, because the heel parts at the bottom of the described boots is offered a storing bin, the door of described storing bin is arranged at the back side after the heel parts, described lighter, medicine, pocket knife etc. can be positioned in the storing bin on demand.

The above by reference to the accompanying drawings preferred specific embodiment of described the utility model only is used for illustrating embodiment of the present utility model; rather than as the restriction to aforementioned utility model purpose and claims content and scope; any simple modification, equivalent variations and modification that every foundation technical spirit of the present utility model is done above embodiment all still belong to the utility model technology and rights protection category.

Claims

1. an antistatic prevents piercing through working boot, comprise at the bottom of the boots, the boots head, boot upper and the leg of a boot, at the bottom of the described boots, the boots head, boot upper and the leg of a boot all comprise rubber outer and backing layer, it is characterized in that: described backing layer is the knitted cotton with electric conductivity, described rubber outer is that the rubber with electric conductivity is made, be connected by flexible wire between described rubber outer and the backing layer, the rubber outer inwall of described boots head is bonded with steel cage, described steel cage is three vertical muscle and three grid steel cages that horizontal bar forms, and described vertical muscle is arranged on the horizontal bar, described steel cage inwall is bonded with the first elastic rubber layer, this first elastic rubber layer and backing layer are bonding, described the first elastic rubber layer is bipeltate, in at the bottom of the boots, rubber outer, watertight composition, anti-puncture middle level, the electro-insulating rubber internal layer, from upper successively bonding connection, described anti-puncture middle level comprises two-layer carat of ballistic fiber braid to backing layer by lower, and is provided with the second elastic rubber layer between two-layer carat of ballistic fiber braid.