Abstract: An easy-pull network connector includes a male connector body providing a resilient clip lockable to a mating female network connector, a protective jacket surrounding the male connector body, a bracket located at one end of the male connector body remote from the resilient clip, a pivotable hook pivotally mounted at the bracket and hooked on the resilient clip and biasable to release or press the resilient clip when the protective jacket is moved forwards or backwards relative to the male connector body. Thus, when the user pulls the protective jacket backward to press the resilient clip, the easy-pull network connector is disengaged from the mating female network connector.

Abstract: An easy-pull male network connector includes a male connector body providing a resilient clip lockable to a mating female network connector, a protective jacket surrounding the male connector body, a bracket located at one end of the male connector body remote from the resilient clip, a pivotable hook pivotally mounted at the bracket and hooked on the resilient clip and biasable to release or press the resilient clip when the protective jacket is moved forwards or backwards relative to the male connector body, and a tool attachable to the protective jacket and operable to move the protective jacket backwards relative to the male connector body. Thus, when the user pulls the protective jacket backwards, either with the hand or by means of the tool, to press the resilient clip, the easy-pull male network connector is disengaged from the mating female network connector.

Abstract: An easy-pull male network connector includes a male connector body providing a resilient clip lockable to a mating female network connector, a protective jacket surrounding the male connector body, a bracket located at one end of the male connector body remote from the resilient clip, a pivotable hook pivotally mounted at the bracket and hooked on the resilient clip and biasable to release or press the resilient clip when the protective jacket is moved forwards or backwards relative to the male connector body, and a tool attachable to the protective jacket and operable to move the protective jacket backwards relative to the male connector body. Thus, when the user pulls the protective jacket backwards, either with the hand or by means of the tool, to press the resilient clip, the easy-pull male network connector is disengaged from the mating female network connector.

Abstract: An easy-pull network connector includes a male connector body providing a resilient clip lockable to a mating female network connector, a protective jacket surrounding the male connector body, a bracket located at one end of the male connector body remote from the resilient clip, a pivotable hook pivotally mounted at the bracket and hooked on the resilient clip and biasable to release or press the resilient clip when the protective jacket is moved forwards or backwards relative to the male connector body. Thus, when the user pulls the protective jacket backward to press the resilient clip, the easy-pull network connector is disengaged from the mating female network connector.

Abstract: A housing structure of a connector having a plurality of parallel terminal channels formed on two lateral sides and separated from each other by ribs. A central portion of the housing is recessed to form a hollow section. The periphery of the hollow section is formed with a spacing section for separating the hollow section from the respective terminal channels and ribs. At least one central rib is longitudinally formed in the hollow section. Two sides of the central rib are formed with multiple laterally extending reinforcing ribs opposite to each other. The reinforcing ribs connect the central rib with the spacing section. An end section of each reinforcing rib connecting with the spacing section is tapered to form a narrowed section.

Abstract: Housing structure of a connector. Two lateral sides of the housing are respectively formed with multiple parallelly arranged terminal channels separated from each other by ribs. A central portion of the housing is recessed to form a hollow section. The periphery of the hollow section is formed with a spacing section for separating the hollow section from the respective terminal channels and ribs. At least one central rib is longitudinally formed in the hollow section. Two sides of the central rib are formed with multiple laterally extending reinforcing ribs opposite to each other. The reinforcing ribs connect the central rib with the spacing section. An end section of each reinforcing rib connecting with the spacing section is tapered to form a narrowed section. By means of the central rib and the reinforcing ribs, the periphery of the hollow section of the housing is prevented from deforming when demolded.