Dust-proof and shading adapter
A dust-proof and shading adapter comprises a frame and shading components, an interior of a front end of the frame is formed with horizontally arranged chambers having upward openings, an front end of each chamber is provided with a port, each chamber is equipped with one of the shading components that comprises a hook piece and a baffle, wherein, the side walls of the chamber are provided with guide rails that restrict the vertical sliding movement of the baffle, wherein, the guide rails are arcuate and are curved outward towards the opening of the chamber, the bottom of the guide rails align with the bottom of the port, and the upper end of the hook piece is hinged to the middle of the upper surface of the chamber, while the lower end of the hook piece is interlocked with the baffle through hinged engagement.
1 . A dust-proof and shading adapter, comprising a frame and shading components, an interior of a front end of the frame is formed with horizontally arranged chambers having upward openings, a front end of each of horizontally arranged chambers is provided with a port for mating engagement with a connecting piece, each of horizontally arranged chambers is equipped with one of the shading components that comprises a hook piece and a baffle, wherein, side walls of the chamber are provided with guide rails that restrict a vertical sliding movement of the baffle, wherein, the guide rails are arcuate and are curved outward towards the opening of the chamber, the bottom of each of the guide rails aligns with the bottom of the port, an upper end of the hook piece is hinged to the middle of an upper surface of the chamber, while a lower end of the hook piece is interlocked with the baffle through a hinged engagement, wherein a reciprocating rotational movement of the hook piece drives the baffle to slide up and down, enabling the baffle to cover or uncover the port.
2 . The dust-proof and shading adapter according to claim 1 , further comprising a detachably mounted upper cover on the opening of each of horizontally arranged chambers wherein the upper cover cooperates with the frame to form a sealed cavity.
3 . The dust-proof and shading adapter according to claim 2 , wherein each of the shading components further comprises an elastic spring piece, wherein two ends of the elastic spring piece are supported against the upper surface of the hook piece and a lower surface of the detachably mounted upper cover, respectively.
4 . The dust-proof and shading adapter according to claim 3 , wherein a lower surface of the hook piece engages with the connecting piece inserted into the port to drive the hook piece to swing upward, and the lower surface of the hook piece is provided with a protruding arched portion.
5 . The dust-proof and shading adapter according to claim 2 , wherein the detachably mounted upper cover is provided with an upper cover fixing element, and an upper end of the frame is preset with a fixing portion that cooperates with the upper cover fixing element to fix the detachably mounted upper cover.
6 . The dust-proof and shading adapter according to claim 1 , wherein the upper end of each of the hook pieces shares a common horizontally extending hinge axis hinged at the top of the chamber.
7 . The dust-proof and shading adapter according to claim 1 , wherein the baffle is made of semi-transparent material and comprises a connection identification portion and a non-connection identification portion, wherein the non-connection identification portion is used to block a laser emitted from the port, while the connection identification portion is lit by the laser when the connecting piece is connected to the port.
8 . The dust-proof and shading adapter according to claim 1 , wherein the guide rails are vertically arcuate extending guide grooves are formed by the guide rails on both side walls of the chamber, the guide grooves are aligned, and both sides of the baffle are formed with guide blocks that slide cooperatively along the guide grooves, respectively.
9 . The dust-proof and shading adapter according to claim 1 , wherein the lower end of the hook piece is formed with a drive arm, the baffle is formed with a cooperating groove, wherein an end of the drive arm is embedded in the cooperating groove, the drive arm engages with an upper or a lower surface of the cooperating groove, and a reciprocating rotational movement of the hook piece drives the baffle to slide up and down, enabling the baffle to cover or uncover the port.