A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Blasting multi-branch network connecting method
The invention discloses a blasting multi-branch network connecting method. The connecting method comprises the following steps: averagely dividing a to-be-blast area into a plurality of sub blast areas; arranging multiple groups of detonators at the inner layer of a blasting area of each sub blast area for blasting, wherein each group of detonators comprises electronic detonators and nonel detonators, and the blasting area accounts for 3/5 to 4/5 of the corresponding sub blast area; at a starting point of the blasting area, detonating by the nonel detonators; stimulating the electronic detonator at the starting point by the detonated nonel detonators; and sequentially detonating the rest groups of detonators to blast after the electronic detonator at the starting point is detonated. According to the blasting multi-branch network connecting method provided by the invention, each group of detonators comprises the electronic detonators and the nonel detonators, the electronic detonator blasting network is simple, a buckle only needs to block onto a connecting wire, and the whole network adopts a parallel-connecting way, so that operations are simple. The blasting multi-branch networkconnecting method changes a network way of only using the nonel detonators in the conventional blasting way, adopts a composite network way, is small in control errors, and is simple to operate.
本发明公开了一种爆破复式网络连接方法，该连接方法包括如下步骤：将待爆破区域平均分成若干子爆破区域；在每个子爆破区域的起爆区域的内层设置多组雷管起爆，其中，每组雷管包括电子雷管和导爆管雷管，起爆区域占对应地子爆破区域的3/5～4/5；在起爆区域的起点由导爆管雷管引发；引发后的导爆管雷管激发起点电子雷管爆破；起点电子雷管爆破后顺次引发其余多组雷管爆破。本发明提供的爆破复式网络连接方法，每组雷管包括电子雷管和导爆管雷管，电子雷管起爆网路连接简单，只需要将卡扣卡到连接线上即可，整个网路采取并联连接方式，操作简单；改变了传统爆破方式中仅仅使用导爆管雷管的网络方式，采用这种复合网络方式，控制误差小、操作简单。
Blasting multi-branch network connecting method
The invention discloses a blasting multi-branch network connecting method. The connecting method comprises the following steps: averagely dividing a to-be-blast area into a plurality of sub blast areas; arranging multiple groups of detonators at the inner layer of a blasting area of each sub blast area for blasting, wherein each group of detonators comprises electronic detonators and nonel detonators, and the blasting area accounts for 3/5 to 4/5 of the corresponding sub blast area; at a starting point of the blasting area, detonating by the nonel detonators; stimulating the electronic detonator at the starting point by the detonated nonel detonators; and sequentially detonating the rest groups of detonators to blast after the electronic detonator at the starting point is detonated. According to the blasting multi-branch network connecting method provided by the invention, each group of detonators comprises the electronic detonators and the nonel detonators, the electronic detonator blasting network is simple, a buckle only needs to block onto a connecting wire, and the whole network adopts a parallel-connecting way, so that operations are simple. The blasting multi-branch networkconnecting method changes a network way of only using the nonel detonators in the conventional blasting way, adopts a composite network way, is small in control errors, and is simple to operate.
本发明公开了一种爆破复式网络连接方法，该连接方法包括如下步骤：将待爆破区域平均分成若干子爆破区域；在每个子爆破区域的起爆区域的内层设置多组雷管起爆，其中，每组雷管包括电子雷管和导爆管雷管，起爆区域占对应地子爆破区域的3/5～4/5；在起爆区域的起点由导爆管雷管引发；引发后的导爆管雷管激发起点电子雷管爆破；起点电子雷管爆破后顺次引发其余多组雷管爆破。本发明提供的爆破复式网络连接方法，每组雷管包括电子雷管和导爆管雷管，电子雷管起爆网路连接简单，只需要将卡扣卡到连接线上即可，整个网路采取并联连接方式，操作简单；改变了传统爆破方式中仅仅使用导爆管雷管的网络方式，采用这种复合网络方式，控制误差小、操作简单。
Blasting multi-branch network connecting method
一种爆破复式网络连接方法
ZHANG ZHIHONG (author) / HU GUANGHAI (author) / REN CHENGTUAN (author) / ZHAO DINGYOU (author) / LI HAIPING (author) / LIANG XUN (author) / WANG HUIZHEN (author) / WANG BING (author)
2020-06-09
Patent
Electronic Resource
Chinese
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