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    • 1. 发明授权
    • Pressure sensitive combination switch and circuit breaker construction
    • 压敏组合开关和断路器结构
    • US4295699A
    • 1981-10-20
    • US472582
    • 1974-05-22
    • Gideon A. DuRocher
    • Gideon A. DuRocher
    • H01H1/029H01H9/04H01H13/702H01H13/785H01H35/24H01R13/24
    • H01H13/785H01H1/029H01H13/702H01H35/24H01R13/2414H01H2201/032H01H2201/034H01H2201/036H01H2205/002H01H2221/042H01H9/042
    • A pressure sensitive switch and circuit breaker comprising a body formed of a resilient, deformable inorganic insulating material such as silicone rubber having dispersed therethrough, including its outer surface, a quantity of electrically conductive discrete metal particles. The particles are so oriented in the body of insulating material when the latter is in its normal, unstressed condition that the body is non-conductive, but the particles are movable relatively to one another in response to the application of a compressive force on the body so as to effect engagement of a sufficient number of particles to establish a conductive path through the body. The resilience of the body material enables it to return to its normal condition following release of the compressive force, thereby effecting relative movement of the particles out of engagement with one another and restoring the body to its non-conductive state. Should the switch be subjected to an overload current the engaged particles may be consumed, thereby rendering the switch non-conductive and protecting the other parts of the circuit. Upon correction of the cause of the overload the switch once again may be rendered conductive by subjecting it to compressive force.
    • 一种压敏开关和断路器,包括由弹性变形的无机绝缘材料形成的本体,所述主体包括其外表面分散有一定数量的导电离散金属颗粒的诸如硅橡胶的硅橡胶。 当颗粒物体处于正常的,不受应力的状态时,颗粒在绝缘材料的主体中被取向,使得主体不导电,但是响应于在体上施加压缩力,颗粒可相对于彼此移动 以便实现足够数量的颗粒的接合以建立穿过身体的导电路径。 主体材料的弹性使得其能够在释放压缩力之后恢复到其正常状态,从而实现颗粒彼此相互接合的相对移动,并将体恢复到其非导电状态。 如果开关受到过载电流,则接合的颗粒可能被消耗,从而使开关不导电并保护电路的其它部分。 在校正过载的原因时,通过使开关受到压力而再次导通。