CN105901805B - 一种高绝缘性的防卫手套 - Google Patents

一种高绝缘性的防卫手套 Download PDF

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CN105901805B
CN105901805B CN201610275448.3A CN201610275448A CN105901805B CN 105901805 B CN105901805 B CN 105901805B CN 201610275448 A CN201610275448 A CN 201610275448A CN 105901805 B CN105901805 B CN 105901805B
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孙欣
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XINGHUA JIMIR METAL PRODUCTS Co.,Ltd.
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Abstract

本发明公开一种高绝缘性的防卫手套,是中国专利申请CN2201510653241.0的分案申请，包括手套本体，手套本体分为内层、绝缘层和外层，手套本体还设有依次串联的高压发生器、高压放电器、指示灯、电源和弹性开关机构，弹性开关机构安装在手指套筒处，指示灯安装在手套外层表面，电源安装在绝缘层外侧，弹性开关机构安装于手指套筒处，弹性开关机构分别安装在手套的手指套筒处，绝缘层的材料为：氯化聚乙烯橡胶、白乳胶、丁苯橡胶、顺丁橡胶、2‑硫醇基咪唑啉、乙二胺四甲叉磷酸钠、纳米碳纤维、防老剂、气相白炭黑、二甲胺磺酰吩噻嗪。本装置结构简单，伸直指头具备放电防护功能，自卫效果好，并且绝缘层的绝缘性能好。

Description

一种高绝缘性的防卫手套
本分案申请的原申请号为201510653241.0，申请日为2015年10月12日，发明名称为“一种高压放电手套”。
技术领域
本发明涉及一种高绝缘性的防卫手套。
背景技术
随着社会生命财产保护意识的提高，需要一系列设备的保障。这样就催生出了许多简易有效的自我防卫工具。
为了达到组织非法分子的目的，需要一种出其不意而且简单高效的设备，并且具有应对突发情况的功能，该设备需要具有实时打击功能。
发明内容
针对上述现有技术存在的问题，本发明提供一种高绝缘性的防卫手套，能够具备自主实施放电的功能。
为了实现上述目的，本发明采用的技术方案是：一种高绝缘性的防卫手套，包括手套本体，手套本体分为内层、绝缘层和外层，其特征在于：手套本体还设有依次串联的高压发生器、高压放电器、指示灯、电源和弹性开关机构，弹性开关机构安装在手指套筒处，指示灯安装在手套外层表面， 所述的电源安装在绝缘层外侧，弹性开关机构安装于手指套筒处，所述的弹性开关机构有五个，分别安装在手套的手指套筒处，绝缘层的材料配方以重量份数计为：氯化聚乙烯橡胶20-30份，白乳胶50份,丁苯橡胶30-50份,顺丁橡胶13-17份,2-硫醇基咪唑啉3-7份,乙二胺四甲叉磷酸钠3-9份,纳米碳纤维5-8份,防老剂RD1-2份,气相白炭黑6-8份,二甲胺磺酰吩噻嗪DM2~3份。
所述的弹性开关机构包括开关支架，所述的开关支架上依次安装副导电金属片、导电金属片和顶片，顶片和导电金属片固定在开关支架上端，所述的开关支架内侧具有滑槽，副导电金属片两边具有移动块，移动块与滑槽配合使得副导电金属片能够沿着滑槽滑动，副导电金属片与导电金属片之间安装有弹簧，手套的手指套筒的顶端安装有固定端，固定端通过绳与移动块连接，高压放电器安装于外层。
本发明提供一种防卫手套，在使用的时候，通过固定端与弹性开关机构的配合，使得手套伸出手指时，绳带动副导电金属片弹簧压缩，弹性开关机构的主导电金属片与副导电金属片接触形成开关闭合，形成回路放出高压电。
附图说明
图1为本发明的结构示意图。
图2为高压发生器电路原理图。
图3为高压发生器详细电路图。
图4为弹性开关结构示意图。
图5为高压放电器元件连接的示意图。
图6为弹性开关机构与固定端连接图。
图7为弹性开关机构立体图。
1、电源，2、高压发生器，3、弹性开关机构，31、开关支架，32、副导电金属片，33、导电金属片，34、顶片，35、弹簧，36、移动块，4、固定端，5、绳，6、指示灯。
具体实施方式
下面结合附图1对本发明作进一步说明。
如图1所示，一种高绝缘性的防卫手套,
包括手套本体，手套本体分为内层、绝缘层和外层，手套本体还设有高压发生器2、高压放电器、电源1和弹性开关机构3，弹性开关机构3安装在手指套筒处，高压发生器2、高压放电器、指示灯6、电源1和弹性开关机构3通过导线依次串联接。
所述的电源1安装在绝缘层外侧，
弹性开关机构3包括开关支架31，所述的开关支架31上依次安装副导电金属片32、导电金属片33和顶片34，所述的开关支架31内侧具有滑槽，副导电金属片32两边具有移动块36，移动块36与滑槽配合使得副导电金属片32沿着滑槽滑动，副导电金属片32与导电金属片33之间安装有弹簧35，
手套的手指套筒的顶端安装有固定端4，固定端4通过绳与移动块36连接，绳5能够带动移动块36滑动，在手套弯曲的状态时，绳的拉力小于弹簧的伸缩力，此时副导电金属片32与导电金属片33处于不接触状态，无法形成闭路放电，
当手指伸直时，绳5的拉力大于弹簧35的弹力时，副导电金属片32与导电金属片33会接触，形成一个闭合，所述的弹性开关机构有多个，分别安装在手套的手指套筒处，弹性开关机构3相互之间为串联，当所有的弹性开关机构3达到闭合的状态时，整个系统形成回路放出高压电。若弹性开关机构3有5个，分别安装在每个手指套筒上，当五个手指伸直即可形成全闭合放电状态，达到放电目的，由于指示灯也处在回路当中，当放电视，指示灯也会亮，提醒使用者手套的状态。
所述的高压放电器安装于外层。
如图5所示，整个手套结构依赖于相互串联的弹性开关机构3，当所有的弹性开关机构3达到闭合的状态时，整个系统形成回路放出高压电。
所述的绝缘层为绝缘橡胶，
本发明的绝缘层的材料配方为：氯化聚乙烯橡胶20-30份，白乳胶：50份,丁苯橡胶30-50份,顺丁橡胶13-17份,2-硫醇基咪唑啉3-7份,乙二胺四甲叉磷酸钠3-9份,纳米碳纤维5-8份,防老剂RD1-2份,气相白炭黑6-8份,二甲胺磺酰吩噻嗪DM2~3份。
更具体的为组1的配方：
以重量份数计，其配方为：
氯化聚乙烯橡胶20份，白乳胶：50份,丁苯橡胶30份,顺丁橡胶13份,2-硫醇基咪唑啉3份,乙二胺四甲叉磷酸钠3份,纳米碳纤维5份,防老剂RD1份,气相白炭黑6份,二甲胺磺酰吩噻嗪DM2份，将以上组分在常温下搅拌均匀；
将浸渍了凝固剂的手套模具烘干后；
喷涂聚脲弹性体，使其均匀涂覆在乳胶手套表面上，接着经过沥滤、卷边后，进入125～150℃的烘箱，干燥30—60分钟，再经过氯化、脱模等工序，即得到。
对比组1，配方为：:氯化聚乙烯橡胶20份，白乳胶：50份,丁苯橡胶30份,2-硫醇基咪唑啉3份,乙二胺四甲叉磷酸钠3份,纳米碳纤维5份,防老剂RD1份,气相白炭黑6份,二甲胺磺酰吩噻嗪DM2份。
对比组2：氯化聚乙烯橡胶20份，白乳胶：50份,2-硫醇基咪唑啉3份,乙二胺四甲叉磷酸钠3份,,防老剂RD1份,气相白炭黑6份,二甲胺磺酰吩噻嗪DM2份。
对比组3：聚丁二烯乳胶20份，白乳胶：50份,丁苯橡胶30份,顺丁橡胶13份,2-硫醇基咪唑啉3份,乙二胺四甲叉磷酸钠3份,纳米碳纤维5份,防老剂RD1份,气相白炭黑6份。
对比组4：丁腈胶：100份，白乳胶：75份，丙烯腈：15份，硫磺：2份，氧化锌：0.6份，ZDC促进剂：1份。
本发明的绝缘层能承受10000伏交流电压3分钟不被击穿，且泄漏电压在在10mA下，而普通胶手套只能承受2000V交流电压.
而且本绝缘层的拉很强度撕裂强度以及穿刺强度均由很好的表现。
制作出来的绝缘层薄而柔软，适合在手套内部使用。

Claims (1)

1.一种高绝缘性的防卫手套，包括手套本体，手套本体分为内层、绝缘层和外层，其特征在于：手套本体还设有依次串联的高压发生器、高压放电器、指示灯、电源和弹性开关机构，弹性开关机构安装在手指套筒处，指示灯安装在手套外层表面， 所述的电源安装在绝缘层外侧，弹性开关机构安装于手指套筒处，所述的弹性开关机构有五个，分别安装在手套的手指套筒处，绝缘层的材料配方以重量份数计为：氯化聚乙烯橡胶20-30份，白乳胶50份,丁苯橡胶30-50份,顺丁橡胶13-17份,2-硫醇基咪唑啉3-7份,乙二胺四甲叉磷酸钠3-9份,纳米碳纤维5-8份,防老剂RD1-2份,气相白炭黑6-8份,二甲胺磺酰吩噻嗪DM2~3份,所述的弹性开关机构包括开关支架，所述的开关支架上依次安装副导电金属片、导电金属片和顶片，顶片和导电金属片固定在开关支架上端，所述的开关支架内侧具有滑槽，副导电金属片两边具有移动块，移动块与滑槽配合使得副导电金属片能够沿着滑槽滑动，副导电金属片与导电金属片之间安装有弹簧，手套的手指套筒的顶端安装有固定端，固定端通过绳与移动块连接，高压放电器安装于外层。
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