CN105719714A - 一种痕量爆炸物品毒品探测仪 - Google Patents

一种痕量爆炸物品毒品探测仪 Download PDF

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CN105719714A
CN105719714A CN201610076786.4A CN201610076786A CN105719714A CN 105719714 A CN105719714 A CN 105719714A CN 201610076786 A CN201610076786 A CN 201610076786A CN 105719714 A CN105719714 A CN 105719714A
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王财勇
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Nanjing Flesco Electronics Technology Co., Ltd.
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    • B32B5/24—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being a fibrous or filamentary layer
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    • B32B5/30—Layered products characterised by the non- homogeneity or physical structure, i.e. comprising a fibrous, filamentary, particulate or foam layer; Layered products characterised by having a layer differing constitutionally or physically in different parts characterised by the presence of two or more layers which are next to each other and are fibrous, filamentary, formed of particles or foamed one layer being formed of particles, e.g. chips, granules, powder
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Abstract

一种痕量爆炸物品毒品探测仪，包括外层、外中层、内中层和内层，内中层和内层相互贴合，并紧密压合成整体层；外中层可拆卸的覆盖在内中层上，外层可拆卸的覆盖在外中层上；外层为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定；外中层为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB。

Description

一种痕量爆炸物品毒品探测仪
技术领域
本发明涉及安全检查探测仪设备技术领域，尤其涉及一种痕量爆炸物品毒品探测仪。
背景技术
近年来，公共安全问题日益得到世界人民的关注，对反恐、安全检测和公安侦查系统的可靠性与智能化也提出了更高的要求。国内外通用的安检设备有金属安检门、手持式金属安检仪、行李安检仪、毫米波安检仪和背散式安检仪等几种，按照产生的时间和功能大致划分为两代产品：
第一代安检产品以金属安检门、手持式金属安检仪为代表，该类设备通过磁场技术侦测金属类物品，且只能检测到金属物品，无法有效的分辨出检测出非金属物品。无成像系统，无法对可疑物定位。
第二代安检产品以行李安检仪、毫米波安检仪和背散式安检仪为代表，其中行李安检仪使用大剂量X射线照射，可以清晰的检查出行李中的可疑物，速度快，极大改观了当时的安检现状，但随着犯罪手段的提高，该类设备因剂量和设计原因不能针对人体检查。随着技术的深入，又出现了利用毫米波和X背散技术制成的人体安检设备，开创了人体安检的时代。它因照射剂量可以控制在人体可以接受的安全范围内，而被世界大多数国家积极推广应用。
目前该类设备的剂量一直处在人体可接受剂量的安全节点，且毫米波的电磁辐射会破坏人体生物电场，会对安装心脏起搏器的心脏病患者有影响，存在巨大的安全隐患。
现场运行过程中，安检场所的工作人员面临着长时间的与安检设备接触，且距离较近，对身体造成很大的伤害。
发明内容
本发明正是针对现有技术存在的不足，提供了一种痕量爆炸物品毒品探测仪。
为解决上述问题，本发明所采取的技术方案如下：
一种痕量爆炸物品毒品探测仪，其特征在于，包括外层、外中层、内中层和内层，所述内中层和内层相互贴合，并紧密压合成整体层；所述外中层可拆卸的覆盖在所述内中层上，所述外层可拆卸的覆盖在所述外中层上；
所述外层为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定；
所述外中层为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB；
所述内中层的材料按照按照重量份比例包括：铝粉12-24份、有机硅1-5份、硫酸钡2.5-7.5份、石墨7-20份、乳胶5-15份、碳化硼2-5份和氮化硅6-12份，将所述铝粉、有机硅、硫酸钡、石墨、乳胶、碳化硼和氮化硅研磨形成粒度为30～50目的粉末再进行混合，混合后，通过高压压铸形成厚度为100～200mm的板材结构，高压压铸的压铸温度控制在50～60摄氏度；
所述内层的材料按照按照重量份比例包括：银纤维12-24份、皮棉纤维15-28份、聚苯基硅氧烷2-4份、环氧树脂5-8份、聚乙烯1-2份、硅砂3-9份、氧化铅3-10份、氧化铜4-12份、聚乙酸酯7-15份、聚烯烃1-8份、聚丙烯8-16份、磷酸三丁氧基乙酯2-5份、丁苯胶乳2-4份、乙氧基乙醇5-15份、二甲醚2-6份、硫酸钡1-5份、含氟树脂3-12份、纳米碳粉4-8份、石墨粉5-14份和铝粉5-10份。
进一步的，所述内中层(30)的材料按照重量份比例包括：铝粉12份、有机硅1份、硫酸钡2.5份、石墨7份、乳胶5份、碳化硼2份和氮化硅6份。
进一步的，所述内中层(30)的材料按照按照重量份比例包括：铝粉24份、有机硅5份、硫酸钡7.5份、石墨20份、乳胶15份、碳化硼5份和氮化硅12份。
进一步的，所述内中层(30)的材料按照按照重量份比例包括：：铝粉18份、有机硅3份、硫酸钡5份、石墨14份、乳胶10份、碳化硼4份和氮化硅9份。
进一步的，所述内层(40)的材料按照按照重量份比例包括：银纤维12份、皮棉纤维15份、聚苯基硅氧烷2份、环氧树脂5份、聚乙烯1份、硅砂3份、氧化铅3份、氧化铜4份、聚乙酸酯7份、聚烯烃1份、聚丙烯8份、磷酸三丁氧基乙酯2份、丁苯胶乳2份、乙氧基乙醇5份、二甲醚2份、硫酸钡1份、含氟树脂3份、纳米碳粉4份、石墨粉5份和铝粉5份。
进一步的，所述内层(40)的材料按照按照重量份比例包括：银纤维24份、皮棉纤维28份、聚苯基硅氧烷4份、环氧树脂8份、聚乙烯2份、硅砂9份、氧化铅10份、氧化铜12份、聚乙酸酯15份、聚烯烃8份、聚丙烯16份、磷酸三丁氧基乙酯5份、丁苯胶乳4份、乙氧基乙醇15份、二甲醚6份、硫酸钡5份、含氟树脂12份、纳米碳粉8份、石墨粉14份和铝粉10份。
进一步的，所述内层(40)的材料按照按照重量份比例包括：银纤维18份、皮棉纤维22份、聚苯基硅氧烷3份、环氧树脂6份、聚乙烯1.5份、硅砂6份、氧化铅7份、氧化铜8份、聚乙酸酯12份、聚烯烃4.5份、聚丙烯12份、磷酸三丁氧基乙酯3.5份、丁苯胶乳3份、乙氧基乙醇10份、二甲醚4份、硫酸钡3份、含氟树脂7.5份、纳米碳粉6份、石墨粉9.5份和铝粉8份。
本发明与现有技术相比较，本发明的实施效果如下：
本发明所述的痕量爆炸物品毒品探测仪，材料配方易得，且价格便宜，便于制造，而且通过设计外层、外中层、内中层和内层，外层为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定，而且便于拆卸下来清洗，并重新利用，外中层为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB，大大提高了抗辐射性能，大大降低了安检人员的身体不受安检设备的辐射侵害，而且深海沉淀面料抗压耐磨，使用寿命大大提高，内中层通过抗辐射材料配方通过一定的配比进行研制而成，其抗辐射效果结合外层和外中层的抗辐射，大大降低了安检设备对外的辐射程度，使长时间在安检设备四周工作的人员避免大量辐射干扰而导致损坏身体的现象发生，内层通过防静电材料按照一定的配比研制而成，有效防止产生静电，从而降低内部的微尘积聚在内部，达到洁净的效果。
附图说明
图1为本发明痕量爆炸物品毒品探测仪的结构示意图。
具体实施方式
下面将结合具体的实施例来说明本发明的内容。
请参阅图1，图1为本发明痕量爆炸物品毒品探测仪的结构示意图。
实施例一：
痕量爆炸物品毒品探测仪，包括外层10、外中层20、内中层30和内层40，所述内中层30和内层40相互贴合，并紧密压合成整体层；所述外中层20可拆卸的覆盖在所述内中层30上，所述外层10可拆卸的覆盖在所述外中层20上；
所述外层10为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定；
所述外中层20为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB；
所述内中层30的材料按照按照重量份比例包括：铝粉12份、有机硅1份、硫酸钡2.5份、石墨7份、乳胶5份、碳化硼2份和氮化硅6份，将铝粉、有机硅、硫酸钡、石墨、乳胶、碳化硼和氮化硅研磨形成粒度为30～50目的粉末再进行混合，混合后，通过高压压铸形成厚度为100～200mm的板材结构，高压压铸的压铸温度控制在50～60摄氏度；
所述内层40的材料按照按照重量份比例包括：银纤维12份、皮棉纤维15份、聚苯基硅氧烷2份、环氧树脂5份、聚乙烯1份、硅砂3份、氧化铅3份、氧化铜4份、聚乙酸酯7份、聚烯烃1份、聚丙烯8份、磷酸三丁氧基乙酯2份、丁苯胶乳2份、乙氧基乙醇5份、二甲醚2份、硫酸钡1份、含氟树脂3份、纳米碳粉4份、石墨粉5份和铝粉5份。
实施例二：
痕量爆炸物品毒品探测仪，包括外层10、外中层20、内中层30和内层40，所述内中层30和内层40相互贴合，并紧密压合成整体层；所述外中层20可拆卸的覆盖在所述内中层30上，所述外层10可拆卸的覆盖在所述外中层20上；
所述外层10为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定；
所述外中层20为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB；
所述内中层30的材料按照按照重量份比例包括：铝粉24份、有机硅5份、硫酸钡7.5份、石墨20份、乳胶15份、碳化硼5份和氮化硅12份，将铝粉、有机硅、硫酸钡、石墨、乳胶、碳化硼和氮化硅研磨形成粒度为30～50目的粉末再进行混合，混合后，通过高压压铸形成厚度为100～200mm的板材结构，高压压铸的压铸温度控制在50～60摄氏度；
所述内层40的材料按照按照重量份比例包括：银纤维24份、皮棉纤维28份、聚苯基硅氧烷4份、环氧树脂8份、聚乙烯2份、硅砂9份、氧化铅10份、氧化铜12份、聚乙酸酯15份、聚烯烃8份、聚丙烯16份、磷酸三丁氧基乙酯5份、丁苯胶乳4份、乙氧基乙醇15份、二甲醚6份、硫酸钡5份、含氟树脂12份、纳米碳粉8份、石墨粉14份和铝粉10份。
实施例三：
痕量爆炸物品毒品探测仪，包括外层10、外中层20、内中层30和内层40，所述内中层30和内层40相互贴合，并紧密压合成整体层；所述外中层20可拆卸的覆盖在所述内中层30上，所述外层10可拆卸的覆盖在所述外中层20上；
所述外层10为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定；
所述外中层20为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB；
所述内中层30的材料按照按照重量份比例包括：铝粉24份、有机硅5份、硫酸钡7.5份、石墨20份、乳胶15份、碳化硼5份和氮化硅12份，将铝粉、有机硅、硫酸钡、石墨、乳胶、碳化硼和氮化硅研磨形成粒度为30～50目的粉末再进行混合，混合后，通过高压压铸形成厚度为100～200mm的板材结构，高压压铸的压铸温度控制在50～60摄氏度；
所述内层40的材料按照按照重量份比例包括：银纤维18份、皮棉纤维22份、聚苯基硅氧烷3份、环氧树脂6份、聚乙烯1.5份、硅砂6份、氧化铅7份、氧化铜8份、聚乙酸酯12份、聚烯烃4.5份、聚丙烯12份、磷酸三丁氧基乙酯3.5份、丁苯胶乳3份、乙氧基乙醇10份、二甲醚4份、硫酸钡3份、含氟树脂7.5份、纳米碳粉6份、石墨粉9.5份和铝粉8份。
本发明所述的痕量爆炸物品毒品探测仪，材料配方易得，且价格便宜，便于制造，而且通过设计外层、外中层、内中层和内层，外层为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定，而且便于拆卸下来清洗，并重新利用，外中层为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB，大大提高了抗辐射性能，大大降低了安检人员的身体不受安检设备的辐射侵害，而且深海沉淀面料抗压耐磨，使用寿命大大提高，内中层通过抗辐射材料配方通过一定的配比进行研制而成，其抗辐射效果结合外层和外中层的抗辐射，大大降低了安检设备对外的辐射程度，使长时间在安检设备四周工作的人员避免大量辐射干扰而导致损坏身体的现象发生，内层通过防静电材料按照一定的配比研制而成，有效防止产生静电，从而降低内部的微尘积聚在内部，达到洁净的效果。
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。

Claims (7)

1.一种痕量爆炸物品毒品探测仪，其特征在于，包括外层(10)、外中层(20)、内中层(30)和内层(40)，所述内中层(30)和内层(40)相互贴合，并紧密压合成整体层；所述外中层(20)可拆卸的覆盖在所述内中层(30)上，所述外层(10)可拆卸的覆盖在所述外中层(20)上；
所述外层(10)为全银纤维针织面料层，是由银离子与普通织物融合而成的一种复合纤维，全银纤维针织面料层具有良好的透气性，具有抑菌的作用，且其抗辐射的屏蔽值不低于70DB，能够消除静电，屏蔽性能稳定；
所述外中层(20)为深海沉淀面料层，深海沉淀面料层是采用深海沉淀技术开发的金属纤维或者银纤维材质与马克隆值在4.1～4.3之间的皮棉纤维混合纺织形成的面料层，有效屏蔽辐射值不低于80DB；
所述内中层(30)的材料按照按照重量份比例包括：铝粉12-24份、有机硅1-5份、硫酸钡2.5-7.5份、石墨7-20份、乳胶5-15份、碳化硼2-5份和氮化硅6-12份，将所述铝粉、有机硅、硫酸钡、石墨、乳胶、碳化硼和氮化硅研磨形成粒度为30～50目的粉末再进行混合，混合后，通过高压压铸形成厚度为100～200mm的板材结构，高压压铸的压铸温度控制在50～60摄氏度；
所述内层(40)的材料按照按照重量份比例包括：银纤维12-24份、皮棉纤维15-28份、聚苯基硅氧烷2-4份、环氧树脂5-8份、聚乙烯1-2份、硅砂3-9份、氧化铅3-10份、氧化铜4-12份、聚乙酸酯7-15份、聚烯烃1-8份、聚丙烯8-16份、磷酸三丁氧基乙酯2-5份、丁苯胶乳2-4份、乙氧基乙醇5-15份、二甲醚2-6份、硫酸钡1-5份、含氟树脂3-12份、纳米碳粉4-8份、石墨粉5-14份和铝粉5-10份。
2.根据权利要求1所述的痕量爆炸物品毒品探测仪，其特征在于，所述内中层(30)的材料按照重量份比例包括：铝粉12份、有机硅1份、硫酸钡2.5份、石墨7份、乳胶5份、碳化硼2份和氮化硅6份。
3.根据权利要求1所述的痕量爆炸物品毒品探测仪，其特征在于，所述内中层(30)的材料按照按照重量份比例包括：铝粉24份、有机硅5份、硫酸钡7.5份、石墨20份、乳胶15份、碳化硼5份和氮化硅12份。
4.根据权利要求1所述的痕量爆炸物品毒品探测仪，其特征在于，所述内中层(30)的材料按照按照重量份比例包括：：铝粉18份、有机硅3份、硫酸钡5份、石墨14份、乳胶10份、碳化硼4份和氮化硅9份。
5.根据权利要求1所述的痕量爆炸物品毒品探测仪，其特征在于，所述内层(40)的材料按照按照重量份比例包括：银纤维12份、皮棉纤维15份、聚苯基硅氧烷2份、环氧树脂5份、聚乙烯1份、硅砂3份、氧化铅3份、氧化铜4份、聚乙酸酯7份、聚烯烃1份、聚丙烯8份、磷酸三丁氧基乙酯2份、丁苯胶乳2份、乙氧基乙醇5份、二甲醚2份、硫酸钡1份、含氟树脂3份、纳米碳粉4份、石墨粉5份和铝粉5份。
6.根据权利要求1所述的痕量爆炸物品毒品探测仪，其特征在于，所述内层(40)的材料按照按照重量份比例包括：银纤维24份、皮棉纤维28份、聚苯基硅氧烷4份、环氧树脂8份、聚乙烯2份、硅砂9份、氧化铅10份、氧化铜12份、聚乙酸酯15份、聚烯烃8份、聚丙烯16份、磷酸三丁氧基乙酯5份、丁苯胶乳4份、乙氧基乙醇15份、二甲醚6份、硫酸钡5份、含氟树脂12份、纳米碳粉8份、石墨粉14份和铝粉10份。
7.根据权利要求1所述的痕量爆炸物品毒品探测仪，其特征在于，所述内层(40)的材料按照按照重量份比例包括：银纤维18份、皮棉纤维22份、聚苯基硅氧烷3份、环氧树脂6份、聚乙烯1.5份、硅砂6份、氧化铅7份、氧化铜8份、聚乙酸酯12份、聚烯烃4.5份、聚丙烯12份、磷酸三丁氧基乙酯3.5份、丁苯胶乳3份、乙氧基乙醇10份、二甲醚4份、硫酸钡3份、含氟树脂7.5份、纳米碳粉6份、石墨粉9.5份和铝粉8份。
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107915996A (zh) * 2017-11-27 2018-04-17 安徽玻扬节能钢化玻璃有限公司 一种抗菌阻燃防辐射有机玻璃及其制备方法

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5073984A (en) * 1990-02-28 1991-12-24 Nisshinbo Industries, Inc. Simple protective clothing for shielding from electromagnetic wave
CN2425768Y (zh) * 2000-03-22 2001-04-04 淄博市临淄镭射技术研究所 防辐射布
CN103489493A (zh) * 2012-06-11 2014-01-01 鸿富锦精密工业（深圳）有限公司 防辐射服
CN104369457A (zh) * 2014-10-22 2015-02-25 江阴祥源印染有限公司 防水抗菌保暖能有效防止电磁波面料
CN105229748A (zh) * 2013-04-05 2016-01-06 泰恩医疗设计公司 辐射防护材料

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5073984A (en) * 1990-02-28 1991-12-24 Nisshinbo Industries, Inc. Simple protective clothing for shielding from electromagnetic wave
CN2425768Y (zh) * 2000-03-22 2001-04-04 淄博市临淄镭射技术研究所 防辐射布
CN103489493A (zh) * 2012-06-11 2014-01-01 鸿富锦精密工业（深圳）有限公司 防辐射服
CN105229748A (zh) * 2013-04-05 2016-01-06 泰恩医疗设计公司 辐射防护材料
CN104369457A (zh) * 2014-10-22 2015-02-25 江阴祥源印染有限公司 防水抗菌保暖能有效防止电磁波面料

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107915996A (zh) * 2017-11-27 2018-04-17 安徽玻扬节能钢化玻璃有限公司 一种抗菌阻燃防辐射有机玻璃及其制备方法

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