Bellwether Electronic Corp.

A connector includes an insulating housing and at least one conductive component. The insulating housing includes an outer casing, at least one first guiding portion and at least one first snapping portion. The outer casing defines an accommodation space and a first opening communicated with the accommodation space. The first guiding portion and the first snapping portion are respectively connected to the outer casing. The conductive component includes a conductive body, a second guiding portion and a second snapping portion. The conductive body is at least partially located in the accommodation space and penetrates through the first opening. The second guiding portion and the second snapping portion are respectively disposed on the conductive body. The second guiding portion is configured to couple with the first guiding portion. The second snapping portion is configured to snap with the first snapping portion.

A floating connector includes a base, a housing, and a floating plug. The housing is connected to the base and defines a retaining room with the base. The floating plug is electrically connected to the base and the housing, in which the floating plug has a main body disposed within the housing and a mating portion extending through the housing. The mating portion is configured to receive a force to drive the main body to move limitedly within the retaining room.

A connector includes a connecting member, a connecting base and a disc-shaped spring terminal. The connecting member includes a limiting portion and a plug portion connected with the limiting portion. The plug portion extends along a mating direction. The connecting base has an accommodation space and an opening communicated with the accommodation space. The limiting portion is located in the accommodation space. The plug portion passes through the opening. The disc-shaped spring terminal is located in the accommodation space and sandwiched between the connecting base and the limiting portion along the mating direction.

A connector assembly includes a first connector and a second connector. The first connector includes a first insulating housing, some first terminals and a snapping element. The first terminals connect with the first insulating housing. The snapping element is elastically connected with the first insulating housing along a first direction. The second connector includes a second insulating housing, some second terminals and a snapping portion. The second insulating housing at least partially abuts against the first insulating housing. The second terminals connect with the second insulating housing. The second terminals connect with the first terminals along a second direction intersecting with the first direction. The snapping portion is connected with the second insulating housing and at least partially inserted into the first insulating housing. The snapping element moves along the first direction relative to the first insulating housing to snap with the snapping portion.

A connector assembly includes an elastic fixing unit, a housing, and a pulling unit. The elastic fixing unit has a holding portion and a transmission portion, in which the holding portion and the transmission portion are interlinked. The housing is connected to the elastic fixing unit. The pulling unit is movably connected to the housing and has a force-applying portion and a driving portion, in which the driving portion engages with the transmission portion, and the force-applying portion is configured to, upon receiving a force, drive the pulling unit to move along a direction of the force, such that the driving portion further drives the holding portion and the transmission portion to move.

The present invention provides a cable-end connector which includes a housing and a terminal. The housing includes an installation channel and a guiding structure located within the installation channel. The terminal is configured to insert into the installation channel and includes two locking arms located on one side of the terminal, in which the guiding structure is configured to drive at least one of the two locking arms to elastically deform. At least one of the two locking arms is configured to elastically recover after passing the guiding structure to be fixed within the installation channel.

A connector includes an insulating housing, at least one terminal set, and a latch member. The insulating housing includes a latch panel, a first part, a second part, a latching portion, and a guiding portion. The latch panel has a first surface and a second surface opposite to each other, and a latch opening is communicated with the first surface and the second surface. The first part is connected to the first surface and has at least one slot. The second part is connected to the second surface. The guiding portion is connected to the second surface. The terminal set is disposed in the slot. The latch member includes an actuating portion and a latch arm. The latch arm is connected to the actuating portion and is slidably engaged with the guiding portion and partially passes through the first surface via the latch opening.

A connector assembly includes a socket connector, a plug connector, a pulling member, and a redirecting portion located at one side of the plug connector. The socket connector includes a socket body, a buckle groove, and positioning ribs located on the socket body. The plug connector includes a plug body pluggably inserted into a socket slot of the socket body, an elastic arm extending from the plug body, and a buckle portion located on the elastic arm. The pulling member is connected to the plug connector, and passes the elastic arm and the redirecting portion to extend outwards from the plug body. When the pulling member is pulled, and the redirecting portion changes a pulling direction of the pulling member, the pulling member presses the elastic arm to disengage the buckle portion from the buckle groove and separate the plug body from the socket slot.

A plug connector includes an insulating body, an elastic latch, and a blocking bar. The blocking bar is connected to the insulating body and spans a pushing portion of the elastic latch. The pushing portion has at least one hook and a pushing end hung in the air. The blocking bar is located between the hook and the pushing end for protecting the pushing end.

An electrical connector assembly includes a board end connector and a wire end connector. The board end connector includes an insulative body and two conductive columns. The wire end connector includes an insulative housing and two conductive members. The insulative body includes a first latching member. The insulative housing includes two accommodating cavities therein. The insulative housing includes a plurality of lateral openings that are interconnected to the two accommodating cavities. A bottom of the insulative housing has a plurality of through holes that are interconnected to the two accommodating cavities. The insulative housing has a first sidewall and a second sidewall. There is a corner area between the first sidewall and the second sidewall. The corner area has a second latching member. The two conductive members are at least partially disposed in the two accommodating cavities, respectively.