阅读说明：本技术 一种具有吸波层潜望式防弹盾体及方法 (Periscopic bulletproof shield body with wave absorbing layer and method ) 是由 刘国权 罗文� 马栋良 杨大峰 陈昌兵 于 2019-09-10 设计创作，主要内容包括：本发明涉及防弹盾体技术领域,尤其涉及一种具有吸波层潜望式防弹盾体及方法,该方法采用的吸波层潜望式防弹盾体,包括防弹盾体、采景器、观景器,所述防弹盾体由第一层锥体防弹板、第二层锥体防弹板、碳纤维板组成一体结构,一体结构的外围一周固化有聚脲层及有吸波层；第一层锥体防弹板上方设置的采景器通过第一水平光道、第一反光板、第一垂直光道、第二反光板、第二水平光道、第三反光板、第二垂直光道、第四反光板、第三水平光道至碳纤维板上的观景器,构成步梯形式潜望光路。本发明能够观察防弹盾体外对方的动态,能够吸收雷达波及红外波,防止被发现。其设备结构简单,使用方便。(The invention relates to the technical field of bulletproof shields, in particular to a periscopic bulletproof shield with a wave-absorbing layer and a method, wherein the periscopic bulletproof shield with the wave-absorbing layer adopted by the method comprises a bulletproof shield body, a scene collector and a scene viewer, the bulletproof shield body is of an integrated structure consisting of a first layer of cone bulletproof plate, a second layer of cone bulletproof plate and a carbon fiber plate, and a polyurea layer and a wave-absorbing layer are solidified on the periphery of the integrated structure; the scenery collector arranged above the first layer of cone bulletproof plate forms a step ladder type periscope light path from the first horizontal light path, the first reflector, the first vertical light path, the second reflector, the second horizontal light path, the third reflector, the second vertical light path, the fourth reflector and the third horizontal light path to the scenery collector on the carbon fiber plate. The invention can observe the dynamic state of the opposite side outside the bulletproof shield, absorb radar waves and infrared waves and prevent the detection. The equipment has simple structure and convenient use.)

1. A periscopic bulletproof shield body with a wave-absorbing layer is characterized in that: the bulletproof shield comprises a bulletproof shield body 1, a scene collector 2 and a scene viewer 3, wherein the bulletproof shield body 1 is of an integrated structure consisting of a first layer of cone bulletproof plate 1.1, a second layer of cone bulletproof plate 1.2 and a carbon fiber plate 1.3, and a polyurea layer 1.4 is solidified on the periphery of the integrated structure; a wave absorbing layer 4 is arranged on the polyurea layer 1.4 outside the first layer of cone armor 1.1; the scene collector 2 arranged above the first layer of cone bulletproof plate 1.1 passes through a first horizontal light path 1.6 to a first light reflection plate 1.9, the first light reflection plate 1.9 passes through a first vertical light path 1.4 to a second light reflection plate 1.9, the second light reflection plate 1.9 passes through a second horizontal light path 1.7 to a third light reflection plate 1.9, the third light reflection plate 1.9 passes through a second vertical light path 1.5 to a fourth light reflection plate 1.9, and the fourth light reflection plate 1.9 passes through a third horizontal light path 1.8 to a scene viewer 3, so that a step-shaped periscopic light path is formed;

the third reflector 1.9, the fourth reflector 1.9 and the second vertical light path 1.5 of the step-shaped periscopic light path are positioned in the PE interlayer between the second layer of cone bulletproof plate 1.2 and the carbon fiber plate 1.3;

the first reflector 1.9, the second reflector 1.9 and the first vertical light path 1.4 of the step-shaped periscopic light path are positioned in a PE interlayer between the first layer of cone bulletproof plate 1.1 and the second layer of cone bulletproof plate 1.2.

2. The periscopic ballistic shield with a wave-absorbing layer of claim 1, wherein: the view finder 3 is an eyepiece group which is formed by combining a plurality of lenses or a concave lens.

3. The periscopic ballistic shield with a wave-absorbing layer of claim 1, wherein: the scene collector 2 is an objective lens group which is formed by combining a plurality of lenses or a convex lens.

4. The periscopic ballistic shield with a wave-absorbing layer of claim 1, wherein: the structure of the first layer of cone armor 1 of the bulletproof shield body 1 is the same as that of the second layer of cone armor 2, cones uniformly distributed on the first layer of cone armor 1 are overlapped with cones uniformly distributed on the second layer of cone armor 2 in a staggered manner, namely, cone tops uniformly distributed on the first layer of cone armor 1 correspond to cone valley centers uniformly distributed on the second layer of cone armor 2, and cone valley centers uniformly distributed on the first layer of cone armor 1 correspond to cone tops uniformly distributed on the second layer of cone armor 2.

5. The periscopic bulletproof shield body with the wave-absorbing layer is characterized in that the wave-absorbing layer 4 is formed by spraying iron paint on a wave-absorbing coating or mixing ferrite powder with a binder.

6. A periscopic method of periscopic bulletproof shields with wave-absorbing layers is a bulletproof shield adopting a step ladder type periscopic light path, and comprises the following steps:

firstly, a bulletproof shield body of a step-shaped periscopic light path is manufactured, a scene collector 2 arranged above a first layer of cone bulletproof plate 1.1 is enabled to pass through a first horizontal light path 1.6 to a first reflector plate 1.9, the first reflector plate 1.9 passes through a first vertical light path 1.4 to a second reflector plate 1.9, the second reflector plate 1.9 passes through a second horizontal light path 1.7 to a third reflector plate 1.9, the third reflector plate 1.9 passes through a second vertical light path 1.5 to a fourth reflector plate 1.9, and the fourth reflector plate 1.9 passes through a third horizontal light path 1.8 to a viewer 3, so that the step-shaped periscopic light path is formed;

when the bulletproof shield is used, the bulletproof shield body is placed in front of the body, the scene collector 2 arranged above the bulletproof shield body transmits a collected image to the first reflector 1.9 through the first horizontal light channel 1.6 for horizontal transmission, the first reflector 1.9 is transmitted to the second reflector 1.9 through the first vertical light channel 1.4 for vertical transmission, the second reflector 1.9 is transmitted to the third reflector 1.9 through the second horizontal light channel 1.7 for horizontal transmission, the third reflector 1.9 is transmitted to the fourth reflector 1.9 through the second vertical light channel 1.5 for vertical transmission, and the fourth reflector 1.9 is transmitted to the scene viewer 3 through the third horizontal light channel 1.8 to finish observation of a step-ladder-shaped periscopic light path; the wave absorbing layer arranged on the bulletproof shield body can absorb radar waves and infrared waves and prevent discovery.

7. A periscopic bulletproof shield body with a wave-absorbing layer is characterized in that: the bulletproof shield comprises a bulletproof shield body 1, a scene collector 2 and a scene viewer, wherein the bulletproof shield body 1 is of an integrated structure consisting of a first layer of cone bulletproof plate 1.1, a second layer of cone bulletproof plate 1.2 and a carbon fiber plate 1.3, and a polyurea layer 1.4 is solidified on the periphery of the integrated structure; a wave absorbing layer is arranged on the polyurea layer 1.4 outside the first layer of the cone bulletproof plate 1.1; the scene collector 2 arranged above the first layer of cone bulletproof plate 1.1 is connected with the scene viewer 3 through a first horizontal light path 1.6, a first vertical light path 1.4, a second horizontal light path 1.7, a second vertical light path 1.5 and a third horizontal light path 1.8 by optical cables; wherein, the view collector 2 is a camera, and the view collector 3 is a display.

Technical Field

The invention relates to the technical field of bulletproof shields, in particular to a periscopic bulletproof shield with a wave absorbing layer and a method.

Background

At present, bulletproof shield products are widely equipped in military forces and police forces and used for ensuring the personal safety of fighters, so that the overall fighting capacity is effectively improved. Because the general traditional bulletproof shield body cannot conveniently observe the dynamics of the other side, an observation blind area exists; a transparent observation window is arranged on the structure of a part of improved bulletproof shield body, so that the problems of easy exposure and easy breakdown of a weak area exist.

Disclosure of Invention

In order to overcome the defects of the prior art, the invention provides a periscopic bulletproof shield body with a wave-absorbing layer and a method.

In order to achieve the purpose, the invention adopts the following technical scheme:

a periscopic bulletproof shield body with a wave-absorbing layer comprises a bulletproof shield body 1, a scene collector 2 and a scene viewer 3, wherein the bulletproof shield body 1 is of an integrated structure consisting of a first layer of cone bulletproof plate 1.1, a second layer of cone bulletproof plate 1.2 and a carbon fiber plate 1.3, and a polyurea layer 1.4 is solidified on the periphery of the integrated structure; a wave absorbing layer 4 is arranged on the polyurea layer 1.4 outside the first layer of cone armor 1.1; the scene collector 2 arranged above the first layer of cone bulletproof plate 1.1 passes through a first horizontal light path 1.6 to a first light reflection plate 1.9, the first light reflection plate 1.9 passes through a first vertical light path 1.4 to a second light reflection plate 1.9, the second light reflection plate 1.9 passes through a second horizontal light path 1.7 to a third light reflection plate 1.9, the third light reflection plate 1.9 passes through a second vertical light path 1.5 to a fourth light reflection plate 1.9, and the fourth light reflection plate 1.9 passes through a third horizontal light path 1.8 to a scene viewer 3, so that a step-shaped periscopic light path is formed;

the third reflector 1.9, the fourth reflector 1.9 and the second vertical light path 1.5 of the step-shaped periscopic light path are positioned in the PE interlayer between the second layer of cone bulletproof plate 1.2 and the carbon fiber plate 1.3;

the first reflector 1.9, the second reflector 1.9 and the first vertical light path 1.4 of the step-shaped periscopic light path are positioned in a PE interlayer between the first layer of cone bulletproof plate 1.1 and the second layer of cone bulletproof plate 1.2.

A periscopic bulletproof shield body with a wave-absorbing layer is characterized in that a viewfinder 3 is an eyepiece group which is formed by combining a plurality of lenses or a concave lens.

A periscopic bulletproof shield with a wave-absorbing layer is characterized in that a scene collector 2 is an objective lens group, and the objective lens group is formed by combining a plurality of lenses or a convex lens.

The utility model provides a have wave-absorbing layer periscopic shellproof shield body, shellproof shield body 1's first layer cone armour 1 is the same with second layer cone armour 2 structure, and the cone of equipartition on the first layer cone armour 1 and the crisscross stack of cone of equipartition on the second layer cone armour 2, and the top position of the cone of equipartition corresponds with the cone millet heart position of equipartition on the second layer cone armour 2 on the cone armour 1 promptly, and the cone millet heart position of equipartition on the first layer cone armour 1 corresponds with the top position of the cone of equipartition on the second layer cone armour 2.

The periscopic bulletproof shield body with the wave-absorbing layer is characterized in that the wave-absorbing layer 4 is formed by spraying iron paint on a wave-absorbing coating or mixing ferrite powder with a binder.

A periscopic method of periscopic bulletproof shields with wave-absorbing layers is a bulletproof shield adopting a step ladder type periscopic light path, and comprises the following steps:

firstly, a bulletproof shield body of a step-shaped periscopic light path is manufactured, a scene collector 2 arranged above a first layer of cone bulletproof plate 1.1 is enabled to pass through a first horizontal light path 1.6 to a first reflector plate 1.9, the first reflector plate 1.9 passes through a first vertical light path 1.4 to a second reflector plate 1.9, the second reflector plate 1.9 passes through a second horizontal light path 1.7 to a third reflector plate 1.9, the third reflector plate 1.9 passes through a second vertical light path 1.5 to a fourth reflector plate 1.9, and the fourth reflector plate 1.9 passes through a third horizontal light path 1.8 to a viewer 3, so that the step-shaped periscopic light path is formed;

when the bulletproof shield is used, the bulletproof shield body is placed in front of the body, the scene collector 2 arranged above the bulletproof shield body transmits a collected image to the first reflector 1.9 through the first horizontal light channel 1.6 for horizontal transmission, the first reflector 1.9 is transmitted to the second reflector 1.9 through the first vertical light channel 1.4 for vertical transmission, the second reflector 1.9 is transmitted to the third reflector 1.9 through the second horizontal light channel 1.7 for horizontal transmission, the third reflector 1.9 is transmitted to the fourth reflector 1.9 through the second vertical light channel 1.5 for vertical transmission, and the fourth reflector 1.9 is transmitted to the scene viewer 3 through the third horizontal light channel 1.8 to finish observation of a step-ladder-shaped periscopic light path; the wave absorbing layer arranged on the bulletproof shield body can absorb radar waves and infrared waves and prevent discovery.

A periscopic bulletproof shield body with a wave-absorbing layer comprises a bulletproof shield body 1, a scene collector 2 and a scene viewer, wherein the bulletproof shield body 1 is of an integrated structure consisting of a first layer of cone bulletproof plate 1.1, a second layer of cone bulletproof plate 1.2 and a carbon fiber plate 1.3, and a polyurea layer 1.4 is solidified on the periphery of the integrated structure; a wave absorbing layer is arranged on the polyurea layer 1.4 outside the first layer of the cone bulletproof plate 1.1;

the scene collector 2 arranged above the first layer of cone bulletproof plate 1.1 is connected with the scene viewer 3 through a first horizontal light path 1.6, a first vertical light path 1.4, a second horizontal light path 1.7, a second vertical light path 1.5 and a third horizontal light path 1.8 by optical cables; wherein, the view collector 2 is a camera, and the view collector 3 is a display.

Due to the adoption of the technical scheme, the invention has the following advantages:

a periscopic bulletproof shield body with a wave absorbing layer and a method thereof are provided, which can observe the dynamic of the opposite side outside the bulletproof shield body without being exposed by adopting the bulletproof shield body with a step ladder type periscopic light path and can prevent the problem that the weak point of an observation window of the traditional bulletproof shield body is punctured. The wave absorbing layer arranged on the bulletproof shield body can absorb radar waves and infrared waves and prevent the radar waves and the infrared waves from being found. The equipment has simple structure and convenient use.

Drawings

FIG. 1 is a schematic structural view of a periscopic ballistic shield with a wave-absorbing layer;

FIG. 2 is a side view of FIG. 1;

FIG. 3 is a schematic diagram of the light path between the first layer of cone bulletproof plate and the second layer of cone bulletproof plate;

fig. 4 is a schematic view of a ladder-type optical cable channel structure of a wave-absorbing layer periscopic bulletproof shield body.

Detailed Description