Portable multifunctional individual-soldier hiding clothes

Abstract

The invention discloses portable multifunctional individual-soldier hiding clothes, which are made of a material for manufacturing the portable multifunctional individual-soldier hiding clothes by a light substrate material layer, an infrared reflecting material layer, a surface radar reflecting material layer, a thermal inductance shielding material layer, a waterproof fabric layer and a surface hiding decorative material layer, the portable multifunctional individual-soldier hiding clothes overcome the defects of traditional individual-soldier hiding clothes, have the advantages of multifunctionality, portability, air permeability, thermal induction shielding, hiding decoration and the like, and provide a better solution for hiding and protection of soldiers in modern wars.

Description

Technical Field

[0001] The invention relates to, in particular to, a portable multifunctional individual soldier concealment suit. Background Art

[0002] At present, individual concealed clothing plays a key role in modern warfare, helping soldiers to achieve concealment and protection on the battlefield. However, traditional individual concealed clothing has some defects, which limits its effectiveness in actual battlefield environments.

[0003] 1. Lack of versatility: Traditional individual concealed clothing can usually only provide a single concealment effect, such as visual concealment. However, in modern warfare, the enemy's reconnaissance technology is becoming more and more advanced, and a single concealment method is often difficult to cope with a variety of reconnaissance methods, such as infrared sensing, radar detection, etc.

[0004] 2. Excessive weight: Traditional individual concealed clothing is made of heavy materials, which increases the burden on soldiers and reduces their mobility and combat efficiency. Especially in long-term combat operations, excessively heavy individual concealed clothing will cause fatigue and discomfort to soldiers.

[0005] 3. Poor breathability: Individual concealed clothing made of traditional materials has poor breathability, which makes soldiers susceptible to heat stress and excessive physical exertion in high temperature environments. Lack of good breathability may also cause soldiers to experience discomfort and skin diseases after wearing it for a long time. Summary of the invention

[0006] The purpose of the present invention is to provide a portable multifunctional individual soldier concealment suit.

[0007] To achieve the above object, the present invention is implemented according to the following technical solutions:

[0008] A portable multifunctional individual soldier concealed suit is made of a lightweight base material layer, an infrared reflective material layer, a surface radar reflective material layer, a heat-sensitive shielding material layer, a waterproof fabric layer and a surface concealed decorative material layer. The infrared reflective material layer is attached to the outer layer of the lightweight base material layer, the surface radar reflective material layer is attached to the outer layer of the infrared reflective material layer, the heat-sensitive shielding material layer is attached to the outer layer of the surface radar reflective material layer, the waterproof fabric layer is attached to the outer layer of the heat-sensitive shielding material layer, and the surface concealed decorative material layer is attached to the outer layer of the waterproof fabric layer.

[0009] The lightweight base material layer is made of polyamide fiber, silica gel, carbon fiber and microporous polymer particles, and its preparation method is: the polyamide fiber is made into a film, and then spread on the workbench of a hot press, and then the silica gel, carbon fiber and microporous polymer particles are mixed and evenly laid on the surface of the polyamide fiber, heated and pressured by a hot press, and then naturally cooled and removed to obtain the lightweight base material layer.

[0010] In parts by weight, the polyamide fiber accounts for 7 parts, the silica gel accounts for 3 parts, the carbon fiber accounts for 1.5 parts, and the microporous polymer particles account for 1.5 parts.

[0011] The infrared reflective material layer is made of aluminum powder, nickel powder and polyethylene, and its preparation method is: polyethylene is prepared into a film structure and spread on a hot press workbench, and then aluminum powder and nickel powder are mixed and evenly spread on the polyethylene surface, heated and pressured by a hot press, and then naturally cooled and removed to obtain the infrared reflective material layer.

[0012] In parts by weight, the aluminum powder is 1.5 parts, the nickel powder is 1.5 parts, and the polyethylene is 7 parts.

[0013] The surface radar reflective material layer is made of aluminum oxide, zirconium oxide, copper powder, aluminum powder, iron powder and molybdenum powder. The preparation method is as follows: aluminum oxide and zirconium oxide are prepared into a thin film structure and spread on a hot press workbench, and then copper powder, aluminum powder, iron powder and molybdenum powder are mixed and evenly spread on the polyethylene surface, heated and pressured by a hot press, and then naturally cooled and removed to obtain the surface radar reflective material layer.

[0014] In parts by weight, the aluminum oxide is 3 parts, the zirconium oxide is 2 parts, the copper powder is 4 parts, the aluminum powder is 3 parts, the iron powder is 3 parts, and the molybdenum powder is 1 part.

[0015] The heat-sensitive shielding material layer is made of aluminum foil, carbon fiber, aluminum silicate ceramics, iron dioxide, and cobalt oxide. The preparation method is as follows: the aluminum foil is spread flat, and the carbon fiber and aluminum silicate ceramics are coated on the surface of the aluminum foil in turn, and then the iron dioxide and cobalt oxide are mixed evenly and coated on the surface of the aluminum foil covered with the carbon fiber and aluminum silicate ceramics, and finally heated and sintered, and the heat-sensitive shielding material layer is obtained after cooling.

[0016] In parts by weight, the aluminum foil is 12 parts, the carbon fiber is 8 parts, the aluminosilicate ceramic is 5 parts, the iron dioxide is 3 parts, and the cobalt oxide is 4 parts.

[0017] The waterproof fabric layer is made of nylon material, and the surface concealing decorative material layer is made of cloth with camouflage texture.

[0018] The beneficial effects of the present invention are:

[0019] The present invention is a portable multifunctional individual concealed suit. Compared with the prior art, the present invention has the following technical effects:

[0020] 1. Enhanced versatility: The portable multifunctional individual concealed suit adopts a multi-layer structure including infrared reflective material layer, surface radar reflective material layer and heat-sensing shielding material layer, which can effectively deal with the enemy's diverse reconnaissance methods and provide a more comprehensive concealment effect.

[0021] 2. Light and breathable: Made of lightweight base material layer and high-quality waterproof fabric layer, the portable multifunctional individual concealed suit is light and breathable, which reduces the burden on soldiers and improves their mobility and comfort.

[0022] 3. Thermal induction shielding effect: Through the design and preparation of the thermal shielding material layer, the portable multifunctional individual concealed suit can effectively shield thermal induction, reduce the heat stress and physical exertion of soldiers in high temperature environment, and improve their combat endurance.

[0023] 4. Concealment and decorative effect: The camouflage texture design of the surface concealment and decorative material layer enables the portable multi-functional individual concealment suit to better blend with the environment in appearance, thus improving the camouflage effect and battlefield concealment of the soldiers.

[0024] In summary, the portable multifunctional individual concealed suit overcomes the defects of traditional individual concealed suits, provides advantages such as versatility, lightness, breathability, thermal sensing shielding and concealed decoration, and provides a better solution for the concealment and protection of soldiers in modern warfare. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a schematic diagram of the external structure of the present invention;

[0026] Figure 2 It is a schematic diagram of the material layer distribution structure of the present invention. DETAILED DESCRIPTION

[0027] The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments. The illustrative embodiments and descriptions of the present invention are used to explain the present invention but are not intended to limit the present invention.

[0028] like Figure 1 and 2As shown: a portable multifunctional individual soldier concealed suit, which is made of a lightweight base material layer, an infrared reflective material layer, a surface radar reflective material layer, a heat-sensitive shielding material layer, a waterproof fabric layer and a surface concealed decorative material layer. The infrared reflective material layer is attached to the outer layer of the lightweight base material layer, the surface radar reflective material layer is attached to the outer layer of the infrared reflective material layer, the heat-sensitive shielding material layer is attached to the outer layer of the surface radar reflective material layer, the waterproof fabric layer is attached to the outer layer of the heat-sensitive shielding material layer, and the surface concealed decorative material layer is attached to the outer layer of the waterproof fabric layer.

[0029] The lightweight base material layer is made of polyamide fiber, silica gel, carbon fiber and microporous polymer particles, and its preparation method is: the polyamide fiber is made into a film, and then spread on the workbench of a hot press, and then the silica gel, carbon fiber and microporous polymer particles are mixed and evenly laid on the surface of the polyamide fiber, heated and pressured by a hot press, and then naturally cooled and removed to obtain the lightweight base material layer.

[0030] In parts by weight, the polyamide fiber accounts for 7 parts, the silica gel accounts for 3 parts, the carbon fiber accounts for 1.5 parts, and the microporous polymer particles account for 1.5 parts.

[0031] The infrared reflective material layer is made of aluminum powder, nickel powder and polyethylene, and its preparation method is: polyethylene is prepared into a film structure and spread on a hot press workbench, and then aluminum powder and nickel powder are mixed and evenly spread on the polyethylene surface, heated and pressured by a hot press, and then naturally cooled and removed to obtain the infrared reflective material layer.

[0032] In parts by weight, the aluminum powder is 1.5 parts, the nickel powder is 1.5 parts, and the polyethylene is 7 parts.

[0033] The surface radar reflective material layer is made of aluminum oxide, zirconium oxide, copper powder, aluminum powder, iron powder and molybdenum powder. The preparation method is as follows: aluminum oxide and zirconium oxide are prepared into a thin film structure and spread on a hot press workbench, and then copper powder, aluminum powder, iron powder and molybdenum powder are mixed and evenly spread on the polyethylene surface, heated and pressured by a hot press, and then naturally cooled and removed to obtain the surface radar reflective material layer.

[0034] In parts by weight, the aluminum oxide is 3 parts, the zirconium oxide is 2 parts, the copper powder is 4 parts, the aluminum powder is 3 parts, the iron powder is 3 parts, and the molybdenum powder is 1 part.

[0035] The heat-sensitive shielding material layer is made of aluminum foil, carbon fiber, aluminum silicate ceramics, iron dioxide, and cobalt oxide. The preparation method is as follows: the aluminum foil is spread flat, and the carbon fiber and aluminum silicate ceramics are coated on the surface of the aluminum foil in turn, and then the iron dioxide and cobalt oxide are mixed evenly and coated on the surface of the aluminum foil covered with the carbon fiber and aluminum silicate ceramics, and finally heated and sintered, and the heat-sensitive shielding material layer is obtained after cooling.

[0036] In parts by weight, the aluminum foil is 12 parts, the carbon fiber is 8 parts, the aluminosilicate ceramic is 5 parts, the iron dioxide is 3 parts, and the cobalt oxide is 4 parts.

[0037] The waterproof fabric layer is made of nylon material, and the surface concealing decorative material layer is made of cloth with camouflage texture.

[0038] Embodiment 1:

[0039] Material formula and production steps:

[0040] 1. Preparation of lightweight base material layer:

[0041] Formula: polyamide fiber (7 parts) + silica gel (3 parts) + carbon fiber (1.5 parts) + microporous polymer particles (1.5 parts)

[0042] Production steps: Make the polyamide fiber into a film and lay it flat on the workbench of the hot press. Mix the silica gel, carbon fiber and microporous polymer particles evenly and lay them on the surface of the polyamide fiber. Heat and apply pressure through the hot press, then cool it naturally and remove it to obtain a lightweight base material layer.

[0043] 2. Preparation of infrared reflective material layer:

[0044] Formula: Aluminum powder (1.5 parts) + nickel powder (1.5 parts) + polyethylene (7 parts)

[0045] Production steps: Prepare polyethylene into a film structure and spread it on the workbench of a hot press. Mix aluminum powder and nickel powder evenly and spread them on the polyethylene surface. Heat and apply pressure through a hot press, then cool naturally and remove to obtain an infrared reflective material layer.

[0046] 3. Preparation of radar reflective material layer:

[0047] Formula: Alumina (3 parts) + zirconium oxide (2 parts) + copper powder (4 parts) + aluminum powder (3 parts) + iron powder (3 parts) + molybdenum powder (1 part)

[0048] Production steps: Prepare alumina and zirconium oxide into a thin film structure and spread it on the workbench of the hot press. Mix copper powder, aluminum powder, iron powder and molybdenum powder evenly and spread them on the surface of alumina and zirconium oxide. Heat and apply pressure through the hot press, then cool naturally and remove it to obtain a surface radar reflective material layer.

[0049] 4. Preparation of thermal shielding material layer:

[0050] Formula: Aluminum foil (12 parts) + carbon fiber (8 parts) + aluminosilicate ceramics (5 parts) + iron dioxide (3 parts) + cobalt oxide (4 parts)

[0051] Production steps: Lay the aluminum foil flat, and coat the carbon fiber and aluminosilicate ceramics on the surface of the aluminum foil. Mix iron dioxide and cobalt oxide, and coat the surface of the aluminum foil covered with carbon fiber and aluminosilicate ceramics. Heat and sinter, and after cooling, obtain a heat-sensitive shielding material layer.

[0052] 5. Waterproof fabric layer and concealed decorative material layer:

[0053] The waterproof fabric layer is made of nylon material.

[0054] The surface concealing decorative material layer is made of cloth with a camouflage texture.

[0055] Embodiment 2:

[0056] The material formula and preparation steps are the same as those in Example 1, with the following differences:

[0057] 5. Waterproof fabric layer and concealed decorative material layer:

[0058] The waterproof fabric layer is made of polyester material treated with a coating or membrane to provide waterproofing.

[0059] The surface concealment decoration material layer is made of camouflage mesh cloth with camouflage texture to achieve a concealment effect.

[0060] Experimental verification:

[0061] 1. Preparation of experimental materials: prepare the required lightweight base materials, infrared reflective materials, surface radar reflective materials, heat-sensing shielding materials, waterproof fabrics and surface concealed decorative materials.

[0062] 2. Preparation of material layers: According to the formula and preparation method in the embodiment, a lightweight base material layer, an infrared reflective material layer, a surface radar reflective material layer, a heat-sensitive shielding material layer, a waterproof fabric layer and a surface concealing decorative material layer are prepared.

[0063] 3. Assemble the individual concealed clothing: stack and bond the prepared material layers in sequence, and assemble them according to the layer order in the embodiment to ensure that each layer of material is tightly fitted.

[0064] 4. Complete the sample: Arrange and trim the assembled individual concealed suit to ensure that the edges of each material layer are flat to obtain the final sample.

[0065] 5. Experimental data recording: For each material layer, relevant tests and evaluations can be performed, such as infrared reflection performance, radar reflection performance, thermal induction shielding effect, etc. Record experimental data to evaluate the performance of the material.

[0066] Test data:

[0067] 1. Infrared reflection performance test data:

[0068] - Wavelength range: 8-14 microns

[0069] -Reflectivity:>90%

[0070] 2. Radar reflection performance test data:

[0071] -Frequency range: X-band (8-12GHz)

[0072] -Reflection cross-sectional area: >0.5 square meters

[0073] 3. Thermal induction shielding effect test data:

[0074] - Temperature range: 200-500 degrees Celsius

[0075] -Surface temperature reduction rate: >70%

[0076] 1. Lightweight base material layer: The lightweight base material layer is made of polyamide fiber, silica gel, carbon fiber and microporous polymer particles. Polyamide fiber provides strength and softness of the base, silica gel and microporous polymer particles increase the lightness of the material, and carbon fiber provides wear resistance and tensile strength of the material.

[0077] 2. Infrared reflective material layer: The infrared reflective material layer is composed of aluminum powder, nickel powder and polyethylene. Aluminum powder and nickel powder have good infrared reflective properties, which can effectively reflect infrared light and reduce the detection and identification capabilities of infrared radiation.

[0078] 3. Surface radar reflective material layer: The surface radar reflective material layer is composed of aluminum oxide, zirconium oxide, copper powder, aluminum powder, iron powder and molybdenum powder. These materials have high electrical conductivity and reflection performance, can effectively reflect radar waves, reduce the scattering and absorption of radar signals, and reduce the probability of being detected.

[0079] 4. Thermal shielding material layer: The thermal shielding material layer contains aluminum foil, carbon fiber, aluminosilicate ceramics, iron dioxide and cobalt oxide. These materials have high thermal conductivity and thermal radiation absorption performance, which can effectively shield thermal induction and reduce the conduction and radiation of thermal radiation.

[0080] 5. Waterproof fabric layer and concealed decorative material layer: The waterproof fabric layer is made of nylon material with excellent waterproof performance. The concealed decorative material layer is made of cloth with camouflage texture to enhance the concealment effect.

[0081] Overall principle: The design of portable multifunctional individual concealed suit is based on the combination of multiple layers of materials to achieve concealment of different reconnaissance methods at different levels. The infrared reflective material layer reflects infrared light, the surface radar reflective material layer reflects radar waves, the heat-sensing shielding material layer shields heat induction, the waterproof fabric layer provides waterproof function, and the surface concealment decorative material layer enhances the concealment effect through camouflage texture. The combination and arrangement order of these materials cooperate with each other to achieve effective shielding and concealment of multiple detection methods.

[0082] Through the selection of materials and the combination of layers, the characteristics and functions of various materials are fully utilized to achieve concealment and protection against infrared, radar, thermal induction and water, providing soldiers with concealed protection and the ability to adapt to different environments in combat.

[0083] The technical solution of the present invention is not limited to the above-mentioned specific embodiments. All technical variations made according to the technical solution of the present invention fall within the protection scope of the present invention.

Claims

1. A portable multifunctional individual concealed suit, characterized in that: The material for making the portable multifunctional individual-soldier concealed suit is made of a lightweight base material layer, an infrared reflective material layer, a surface radar reflective material layer, a heat-sensitive shielding material layer, a waterproof fabric layer and a surface concealing decorative material layer. The infrared reflective material layer is attached to the outer layer of the lightweight base material layer, the surface radar reflective material layer is attached to the outer layer of the infrared reflective material layer, the heat-sensitive shielding material layer is attached to the outer layer of the surface radar reflective material layer, the waterproof fabric layer is attached to the outer layer of the heat-sensitive shielding material layer, and the surface concealing decorative material layer is attached to the outer layer of the waterproof fabric layer.

2. The portable multifunctional individual concealed suit according to claim 1 is characterized by: The lightweight base material layer is made of polyamide fiber, silica gel, carbon fiber and microporous polymer particles, and its preparation method is: the polyamide fiber is made into a film, and then spread on the workbench of a hot press, and then the silica gel, carbon fiber and microporous polymer particles are mixed and evenly laid on the surface of the polyamide fiber, heated and pressured by a hot press, and then naturally cooled and removed to obtain the lightweight base material layer.

3. The portable multifunctional individual concealed suit according to claim 2 is characterized by: In parts by weight, the polyamide fiber accounts for 7 parts, the silica gel accounts for 3 parts, the carbon fiber accounts for 1.5 parts, and the microporous polymer particles account for 1.5 parts.

4. The portable multifunctional individual concealed suit according to claim 1 is characterized by: The infrared reflective material layer is made of aluminum powder, nickel powder and polyethylene, and its preparation method is: polyethylene is prepared into a film structure and spread on a hot press workbench, and then aluminum powder and nickel powder are mixed and evenly spread on the polyethylene surface, heated and pressured by a hot press, and then naturally cooled and removed to obtain the infrared reflective material layer.

5. The portable multifunctional individual concealed suit according to claim 4 is characterized by: In parts by weight, the aluminum powder is 1.5 parts, the nickel powder is 1.5 parts, and the polyethylene is 7 parts.

6. The portable multifunctional individual concealed suit according to claim 1 is characterized by: The surface radar reflective material layer is made of aluminum oxide, zirconium oxide, copper powder, aluminum powder, iron powder and molybdenum powder. The preparation method is as follows: aluminum oxide and zirconium oxide are prepared into a thin film structure and spread on a hot press workbench, and then copper powder, aluminum powder, iron powder and molybdenum powder are mixed and evenly spread on the polyethylene surface, heated and pressured by a hot press, and then naturally cooled and removed to obtain the surface radar reflective material layer.

7. The portable multifunctional individual concealed suit according to claim 6 is characterized by: In parts by weight, the aluminum oxide is 3 parts, the zirconium oxide is 2 parts, the copper powder is 4 parts, the aluminum powder is 3 parts, the iron powder is 3 parts, and the molybdenum powder is 1 part.

8. The portable multifunctional individual concealed suit according to claim 1 is characterized by: The heat-sensitive shielding material layer is made of aluminum foil, carbon fiber, aluminum silicate ceramics, iron dioxide, and cobalt oxide. The preparation method is as follows: the aluminum foil is spread flat, and the carbon fiber and aluminum silicate ceramics are coated on the surface of the aluminum foil in turn, and then the iron dioxide and cobalt oxide are mixed evenly and coated on the surface of the aluminum foil covered with the carbon fiber and aluminum silicate ceramics, and finally heated and sintered, and the heat-sensitive shielding material layer is obtained after cooling.

9. The portable multifunctional individual concealed suit according to claim 8 is characterized by: In parts by weight, the aluminum foil is 12 parts, the carbon fiber is 8 parts, the aluminosilicate ceramic is 5 parts, the iron dioxide is 3 parts, and the cobalt oxide is 4 parts.

10. The portable multifunctional individual concealed suit according to claim 1 is characterized by: The waterproof fabric layer is made of nylon material, and the surface concealing decorative material layer is made of cloth with camouflage texture.

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