A mobile terminal, comprising: a body , on which a camera telescoping hole is arranged; a lifting component , comprising an operating member exposed to outside of the body and a supporting member which is arranged in the body and is in a transmission connection with the operating member ; and a camera module , connected with the supporting member to eject or retract through the camera telescoping hole when the operating member under action of an external force drives the supporting member ,, wherein a mounting hole is arranged on the body , and the operating member extends to the outside of the body from the mounting hole ; the operating member is in a sliding connection with the body , and the operating member slides relative to the body , so as to drive the supporting member to eject or retract together with the camera module , wherein slots are arranged on the body , the operating member comprises: a force-bearing portion , arranged in the mounting hole to slide along the mounting hole under action of an external force; and connection portions , arranged in the body and connected with the force-bearing portion ; wherein the connection portions are plugged into the slots in a manner that the connection portions are slidable with respect to the slots , in a direction where the force-bearing portion moves along the mounting hole , the connection portions are arranged on opposite sides of the force-bearing portion , and the slots are arranged on opposite sides of the mounting hole , length of the connection portion on either side of the force-bearing portion is greater than a maximum moving distance of the force-bearing portion in the mounting hole , characterized in that , the operating member further comprises a key arranged on the force-bearing portion , the key is pressed to move towards the inside of the body ; a contact point is arranged in the body , and the key is pressed to contact with the contact point to send a signal. a body , on which a camera telescoping hole is arranged; a lifting component , comprising an operating member exposed to outside of the body and a supporting member which is arranged in the body and is in a transmission connection with the operating member ; and a camera module , connected with the supporting member to eject or retract through the camera telescoping hole when the operating member under action of an external force drives the supporting member ,, wherein a mounting hole is arranged on the body , and the operating member extends to the outside of the body from the mounting hole ; the operating member is in a sliding connection with the body , and the operating member slides relative to the body , so as to drive the supporting member to eject or retract together with the camera module , wherein slots are arranged on the body , the operating member comprises: a force-bearing portion , arranged in the mounting hole to slide along the mounting hole under action of an external force; and connection portions , arranged in the body and connected with the force-bearing portion ; wherein the connection portions are plugged into the slots in a manner that the connection portions are slidable with respect to the slots , in a direction where the force-bearing portion moves along the mounting hole , the connection portions are arranged on opposite sides of the force-bearing portion , and the slots are arranged on opposite sides of the mounting hole , length of the connection portion on either side of the force-bearing portion is greater than a maximum moving distance of the force-bearing portion in the mounting hole , characterized in that , the operating member further comprises a key arranged on the force-bearing portion , the key is pressed to move towards the inside of the body ; a contact point is arranged in the body , and the key is pressed to contact with the contact point to send a signal. <EOS>