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    • 1. 发明申请
    • MULTI-WAY TUBULAR CHANNEL CONNECTOR BLOCK
    • 多路管状通道连接器模块
    • WO2015085330A3
    • 2015-12-03
    • PCT/ZA2014000057
    • 2014-10-15
    • MASTER BLASTER PROPRIETARY LTD
    • DAVIS MARK RODNEY
    • F42D1/04
    • F42D1/043
    • The Invention provides a multi-way tubular connector block including a body having a primary tubular channel of a first diameter, one or more resiliency deformable plug portions having secondary channels of a secondary diameter there through, and a securing mechanism for securing the plug portions to the body, wherein the body has at least two openings or ports in communication with the primary tubular channel, the securing mechanism for securing the resiliency deformable plug portion being provided on at least one of the posts, and wherein the secondary diameters of the secondary channels are sized and dimensioned to permit snug fitting of a shock tube therein so that, In use, a plurality of shook tubes are secured in the plug portions so that at least some open ends of the shock tubes are in communication with the primary tubular channel. The Invention extends to a multi-way composite connector block having a plurality of multi-way tubular connector block portions substantially as described above, wherein one port of each of said tubular connector blocks Is secured in communication with a corresponding port of at least one other of said tubular connector blocks, the composite multi-way connector block including one or more initiation ports Into which one or more detonators and/or igniters are secured, so that In use when the igniters and/or detonators are initiated, a signal is propagated to each of the tubular connector blocks and through said connector block out along shock a plurality of shock tubes.
    • 本发明提供了一种多路管状连接器块,包括具有第一直径的主管状通道的本体,具有次级直径的次级通道的一个或多个弹性可变形的插塞部分以及用于将插塞部分固定到 所述主体具有至少两个与所述主要管状通道连通的开口或端口,用于固定所述弹性可变形插塞部分的所述固定机构设置在至少一个所述柱上,并且其中所述次要通道的次级直径 其尺寸和尺寸设定为允许在其中紧密配合震动管,使得在使用中,多个振动管被固定在塞部中,使得震动管的至少一些开口端与主要管状通道连通。 本发明延伸到具有基本上如上所述的多个多路管状连接器块部分的多路复合连接器块,其中每个所述管状连接器块的一个端口被固定为与至少一个其他 ,所述复合多路连接器块包括一个或多个引爆端口,其中一个或多个引爆器和/或引燃器被固定在引爆端口中,使得在引燃点火器和/或引爆器时使用时,信号传播 到每个管状连接器块并且通过所述连接器块沿着冲击离开多个冲击管。
    • 3. 发明申请
    • MULTI-PORT TRANSMISSION LINE CONNECTOR
    • 多端口传输线连接器
    • WO2009076682A2
    • 2009-06-18
    • PCT/ZA2008000098
    • 2008-10-22
    • MASTER BLASTER PROPRIETARY LTDDAVIS MARK RODNEY
    • DAVIS MARK RODNEY
    • F42D1/04
    • F42D1/043
    • A multi-port transmission line connector having a body which has at least four ports and channels therein for connecting one signal transmission line with multiple signal transmission lines in a blasting system for transferring blasting signals, the at least four ports having a bore therethrough in which is located an inner sleeve of deformable material and located between the inner sleeve and the body a crimpable secondary sleeve such that, in use, when a shock tube has been inserted into the port and passes through the inner sleeve, a portion of the secondary sleeve is crimped thereby to deform the inner sleeve and to seal against the shock tube thereby retaining the shock tube in position and inhibiting the ingress of water into the connector through said port. The connector may have 5 ports. The invention extends to a system and method using the connector.
    • 一种多端口传输线连接器,具有在其中具有至少四个端口和通道的主体,用于在用于传送爆破信号的爆破系统中连接一个信号传输线与多个信号传输线,所述至少四个端口具有穿过其中的孔, 位于可变形材料的内套筒中,并且位于内套筒和主体之间的可压接的次级套筒,使得在使用时,当冲击管已插入端口并穿过内套筒时,次级套筒的一部分 被压接从而使内套筒变形并且密封在冲击管上,从而将冲击管保持在适当的位置,并阻止水通过所述端口进入连接器。 连接器可能有5个端口。 本发明延伸到使用连接器的系统和方法。
    • 7. 发明专利
    • Multi-way tubular channel connector block
    • AU2014360082A1
    • 2016-05-19
    • AU2014360082
    • 2014-10-15
    • MASTER BLASTER PROPRIETARY LTD
    • DAVIS MARK RODNEY
    • F42D1/04
    • The Invention provides a multi-way tubular connector block including a body having a primary tubular channel of a first diameter, one or more resiliency deformable plug portions having secondary channels of a secondary diameter there through, and a securing mechanism for securing the plug portions to the body, wherein the body has at least two openings or ports in communication with the primary tubular channel, the securing mechanism for securing the resiliency deformable plug portion being provided on at least one of the posts, and wherein the secondary diameters of the secondary channels are sized and dimensioned to permit snug fitting of a shock tube therein so that, In use, a plurality of shook tubes are secured in the plug portions so that at least some open ends of the shock tubes are in communication with the primary tubular channel. The Invention extends to a multi-way composite connector block having a plurality of multi-way tubular connector block portions substantially as described above, wherein one port of each of said tubular connector blocks Is secured in communication with a corresponding port of at least one other of said tubular connector blocks, the composite multi-way connector block including one or more initiation ports Into which one or more detonators and/or igniters are secured, so that In use when the igniters and/or detonators are initiated, a signal is propagated to each of the tubular connector blocks and through said connector block out along shock a plurality of shock tubes.
    • 9. 发明专利
    • Bloque conector de canal tubular multi-vía
    • CL2016000954A1
    • 2016-09-16
    • CL2016000954
    • 2016-04-21
    • MASTER BLASTER PROPRIETARY LTD
    • DAVIS MARK RODNEY
    • F42D1/04
    • UN BLOQUE CONECTOR TUBULAR MULTI-VIA, PORQUE INCLUYE: UN CUERPO QUE POSEE UN CANAL TUBULAR PRIMARIO DE UN PRIMER DIAMETRO, UNA O MAS PORCIONES DE ENCHUFE DEFORMABLES DE FORMA RESILIENTE QUE POSEEN CANALES TUBULARES SECUNDARIOS, DE UN DIAMETRO SECUNDARIO, A TRAVES DE ELLOS Y UN MECANISMO DE SUJECION PARA SUJETAR LAS PORCIONES DE ENCHUFE AL CUERPO, EN EL QUE EL CUERPO POSEE AL MENOS DOS ABERTURAS O PUERTOS EN COMUNICACION CON EL CANAL TUBULAR PRIMARIO, EL MECANISMO DE SUJECION PARA SUJETAR LA PORCION DE ENCHUFE DEFORMABLE DE FORMA RESILIENTE QUE ESTA PROVISTO EN AL MENOS UNO DE LOS PUERTOS, Y EN EL QUE LOS DIAMETROS SECUNDARIOS DE LOS CANALES TUBULARES SECUNDARIOS TIENEN UN TAMAÑO Y DIMENSIONES QUE PERMITEN UN ENCAJE AJUSTADO DE UN TUBO DE CHOQUE EN LOS MISMOS DE FORMA TAL QUE, CUANDO SE ENCUENTRA EN USO, UNA PLURALIDAD DE TUBOS DE CHOQUE SE SUJETAN A LAS PORCIONES DE ENCHUFE DE FORMA QUE AL MENOS ALGUNOS EXTREMOS ABIERTOS DE LOS TUBOS DE CHOQUE ESTAN EN COMUNICACION CON EL CANAL TUBULAR PRIMARIO; UN BLOQUE CONECTOR COMPUESTO MULTI-VIA QUE POSEE UNA PLURALIDAD DE PORCIONES DE BLOQUES CONECTORES TUBULARES MULTI-VIA.