A card connector assembly includes: an electrical connector including an insulative housing, a plurality of terminals secured to the insulative housing, a shell covering the insulative housing to form a receiving cavity, and an ejector having a pivot; and a card tray removably received in the receiving cavity, the card tray having a front surface, wherein the card tray has a protrusion at the front surface, and the pivot has an engaging portion for ejecting the card tray, the engaging portion having a recess for receiving the protrusion and an ejecting end for riding onto the protrusion.

A card bracket and a terminal are provided. The card bracket is capable of accommodating a data card and is capable of being inserted into a housing of the terminal. The card bracket includes a card tray and a card cover. The card tray is configured to accommodate the data card. The card cover is coupled to the card tray and is rotatable relative to the card tray. The card cover includes a first end and a second end opposite each other, and further includes a first protrusion extending towards the card tray. When the card bracket is in a state of being inserted into the housing and a push force is applied to the first end, the card cover is rotatable about the first protrusion, so that the first end further extends into the housing while the second end extends out of the housing.

The present subject matter describes an electronic card holder. In an example implementation, the electronic card holder includes a housing having a slot to receive an electronic card. A slidable frame in the housing is to hold the electronic card. The slidable frame has a stud fittable in a groove in the housing. The card holder includes a resilient element with one end being coupled to the housing and other end being coupled to the slidable frame. The card holder further includes an actuating member coupled to the groove. When the electronic card is pushed inside the housing, the slidable frame is moved to lock the stud inside the groove and compress the resilient element. When the actuating member is pushed, the stud is released from the groove and the resilient element is relaxed to move the slidable frame such that the electronic card is pushed out of the housing.

A SIM card carrier includes a connector, an ejecting mechanism, and a tray. The connector includes a cavity having an open end, a closed end, a top side, and a bottom side. The ejecting mechanism includes a first resilient member and a movable arm. The first resilient member is disposed on the closed end of the cavity, the movable arm is disposed on the bottom side of the cavity. The tray includes a holder having a notch at a side and the movable arm engages the notch. The tray is held in the cavity when the notch is engaged, and the tray is ejected from the connector by the first resilient member when the movable arm disengages from the notch.

An electronic device includes a first accommodation portion to accommodate a first card, a second accommodation portion to accommodate a second card, and a holding member capable of holding the first card and the second card. The first accommodation portion and the second accommodation portion are arranged so that an ejection path of the first card and an ejection path of the second card overlap. The holding member is located in an area where the ejection path of the first card and the ejection path of the second card overlap.

A stem ejectable component assembly for electronic devices does not use a pin or needle to eject the tray holder. The assembly includes a receiving housing coupled to a SIM/MMC tray, a front plate, and a stem. The front plate incorporates slider pins that slide out to engage with recesses in the support frame of the electronic device to lock the assembly. The slider pins have inner ends that abut the stem and hold the stem in a pushed-in position. The slider pins also incorporate profiled protrusions that engage with ball pins fixed to the receiving housing. When the front plate is pushed inward, the profiled protrusions cause the slider pins to move outwards and release the stem to project out of the front plate. Pulling the stem causes the slider pins to slide in and disengage from the recesses in the support frame to enable withdrawal of the assembly.

A connector module is mounted at a portable electronic device. The portable electronic device includes a housing and a circuit board. The circuit board is disposed in the housing, and the housing has an opening. The connector module includes a switch component, a connector and a button assembly. The switch component is disposed at the housing and is electrically connected with the circuit board. The connector is movably disposed between the opening and the switch component, and the connector is electrically connected with the circuit. The connector is for accommodating an IC card, so that the IC card is capable of being electrically connected with the circuit board via the connector. The button assembly is inserted at the opening and abuts against the connector, and drives the connector to touch the switch component when being pressed.

An electronic device includes a first accommodation portion to accommodate a first card, a second accommodation portion to accommodate a second card, and a holding member capable of holding the first card and the second card. The first accommodation portion and the second accommodation portion are arranged so that an ejection path of the first card and an ejection path of the second card overlap. The holding member is located in an area where the ejection path of the first card and the ejection path of the second card overlap.

A card connector including a body, a slider, a lock spring, and an urging member. The body includes a movement path and an abuttable portion. The slider is movable in Y-Y direction inside the movement path. The lock spring is provided at the slider 300 and is movable in the same direction. An engaging portion of the lock spring is engageable with an engaging recess of a card. The urging member in the Y direction moves the slider from a first position to a second position and brings the engaging portion into abutment with an inclined face of the abuttable portion. In a state where the slider is located at the second position and the engaging portion abuts the inclined face, a load is exerted from the card to the engaging portion, and the engaging portion is displaced in the X direction along the inclined face.

A card connector including a body, a slider, a lock spring, and an urging member. The body includes a movement path and an abuttable portion. The slider is movable in Y-Y direction inside the movement path. The lock spring is provided at the slider 300 and is movable in the same direction. An engaging portion of the lock spring is engageable with an engaging recess of a card. The urging member in the Y direction moves the slider from a first position to a second position and brings the engaging portion into abutment with an inclined face of the abuttable portion. In a state where the slider is located at the second position and the engaging portion abuts the inclined face, a load is exerted from the card to the engaging portion, and the engaging portion is displaced in the X direction along the inclined face.