Patent ID: 12202651

DETAILED DESCRIPTION

The technical solutions of the present invention will be clearly and completely described below in conjunction with embodiments. Obviously, the described embodiments are a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of the present invention.

As shown inFIG.1, an embodiment of the present invention provides a dust-excluding carrier1. The dust-excluding carrier1includes a box10, a dust-excluding isolation member20, and a material tray30.

The box10provides an accommodating cavity11. The shape of the box10is a rectangular parallelepiped as the main structure, a slot115is provided on one side of the box10, and a handle60is provided on the outer side of the box10. The box10includes a first side wall111, a second side wall112, a third side wall113, and a fourth side wall114.

The first side wall111is vertically connected to the second side wall112and the fourth side wall114, and the third side wall113is vertically connected to the second side wall112and the fourth side wall114.

The first side wall111is parallel to the third side wall113, and the second side wall112is parallel to the fourth side wall114.

The first side wall111, the second side wall112, the third side wall113, and the fourth side wall114together form a slot115. The material tray30is put into the accommodating cavity11through the slot115. The material tray30can also be taken out from the accommodating cavity11. Thereby improving the convenience of accessing the material tray30.

The handle60is disposed on the side of the first side wall111away from the accommodating cavity110. The handle60is fixedly connected to the first side wall111. The handle60allows convenience in carrying the box10.

The dust-excluding isolation member20is arranged in the accommodating cavity11, and the dust-excluding isolation member20is connected with the box10. The dust-excluding carrier1includes a plurality of dust-excluding isolation members20arranged at intervals, and the multiple dust-excluding isolation members20are stacked in the accommodating cavity11.

Further referring toFIG.2, the dust-excluding isolation member20includes a first main body portion210, and the first main body portion210is provided with a first opening211. The first main body portion210includes a cover plate212, a first side plate213, a second side plate214, and a third side plate215. The first side plate213and the second side plate214are connected to the cover plate212. The first side plate213and the second side plate214are disposed on opposite sides of the cover plate212. The third side plate215is connected to the cover plate212, the first side plate213, and the second side plate214. A third opening217is provided at the edge of the connection between the first side plate213, the second side plate214, and the cover plate212. The first side plate213is connected to the second side wall112so as to be connected to the box10. The second side plate214is connected to the fourth side wall114so as to be connected to the box10.

Preferably, the first main body portion210may be a rectangular parallelepiped structure in a semi-closed state, the flatness thereof should be controlled to be within 0.1 mm to ensure the dust-excluding effect.

The material tray30is detachably connected to the dust-excluding isolation member20. The material tray30is used to hold the product. In this embodiment, the dust-excluding carrier1includes a plurality of material trays30arranged at intervals, and the plurality of material trays30are stacked in the accommodating cavity11.

Further as shown inFIG.3, the material tray30includes a second main body portion310. The second main body portion310defines a second opening311. The second main body portion310includes a bottom plate312, a fourth side plate313, a fifth side plate314, a sixth side plate315, and a seventh side plate316. The fourth side plate313and the fifth side plate314are connected to the bottom plate312. The fourth side plate313and the fifth side plate314are disposed on opposite sides of the bottom plate312. The sixth side plate315and the seventh side plate316are connected to the bottom plate312. The sixth side plate315and the seventh side plate316are disposed on opposite sides of the bottom plate312. The sixth side plate315is connected to the fourth side plate313and the fifth side plate314. The seventh side plate316is connected to the fourth side plate313and the fifth side plate314. The fourth side plate313, the fifth side plate314, the sixth side plate315, and the seventh side plate316are connected and enclosed to form a second opening311.

Preferably, the second main body portion310may be a semi-closed cuboid structure, and the flatness thereof should be controlled to be within 0.1 mm to ensure the dust-excluding effect.

A concave portion216is formed on the side of the cover plate212opposite to the third side plate215, and a protruding portion317is formed on the side of the seventh side plate316away from the sixth side plate315. The concave portion216matches the shape of the protruding portion317. When the dust-excluding isolation member20and the material tray30are engaged with each other, the concave portion216and the protruding portion317cooperate with each other to form a closed space between the dust-excluding isolation member20and the material tray30.

A first sealing structure218is provided on the side of the cover plate212opposite to the third side plate215. A second sealing structure319is provided on the side of the bottom plate312opposite to the sixth side plate315. The first sealing structure218matches the shape of the second sealing structure319. The shapes of the first sealing structure218and the second sealing structure319are not limited. The first sealing structure218and the second sealing structure319cooperate with each other to prevent dust from entering.

A concave structure318is provided on the outer side of the seventh side plate316away from the sixth side plate315. The concave structure318is used to prevent exposure of the product in the material tray30to external dust when the material tray30is being accessed.

The dust-excluding carrier1also includes slide rails40. The slide rail40is arranged in the box10, and the material tray30is movably connected to the box10through the slide rail40. There are several slide rails40. The slide rails40are stacked in the box10. The slide rails40are each fixedly connected to the second side wall112and the fourth side wall114. The connection between the slide rail40and the box10coincides with the connection between the dust-excluding isolation member20and the box10. The material tray30slides into the dust-excluding isolation member20along the slide rail40to improve the convenience of accessing the material tray30.

The dust-excluding isolation member20is also used for stably locating the material tray30. When the material tray30slides into the box10through the slide rail40, the dust-excluding isolation member20and the material tray30are engaged with each other, the third side plate215is in contact with the sixth side plate315, and the first sealing structure218is in contact with the second sealing structure319. The two sealing structures319abut against each other. Fixing the dust-excluding isolation member20in the box10can prevent the material tray30from sliding out of the box10, so that the placement position of the material tray30in the box10is always accurate.

The side of the box10with the slot115is provided with a fixing buckle50. The fixing buckles50are disposed at the connection between the second side wall112and the material tray30and the connection between the fourth side wall114and the material tray30. The fixing buckle50is adapted to the structure of the side edge of the material tray30, but the fixing buckle50is not provided on the side of the box10opposite to the slot115. Therefore, the material tray30can only be put into the accommodating cavity110or taken out from the accommodating cavity110through the slot115, so as to realize a certain regulated handling of the material tray30.

In this embodiment, by disposing the dust-excluding isolation member20in the dust-excluding carrier1, external dust is prevented from falling into the surface of the product.

As shown inFIG.4, when the first main body portion210and the second main body portion310are fastened together, the cover plate212and the third side plate215cover the second opening311, and the bottom plate312and the sixth side plate315cover the first opening211of the first body portion210. Along the first direction A, the orthographic projection of the first side plate213overlaps with the orthographic projection of the fifth side plate314, and the orthographic projection of the second side plate214overlaps with the orthographic projection of the fourth side plate313. Along the second direction B, the orthographic projection of the third side plate215overlaps with the orthographic projection of the sixth side plate315or the seventh side plate316. Along the third direction C, the orthographic projection of the cover plate212overlaps with the orthographic projection of the bottom plate312. The first direction A is perpendicular to the second direction B.

When the first main body portion210and the second main body portion310are fastened together, the size of the gap between the first side plate213and the fourth side plate313does not exceed 0.33 m, and the size of the gap between the second side plate214and the fifth side plate314does not exceed 0.33 m. The size of the gap between the first side plate213and the second side plate214and the bottom plate312is not more than 0.5 mm, so as to improve the dust-excluding effect.

When the first body portion210and the second main body portion310are fastened together, the shapes of the first sealing structure218and the second sealing structure319match.

The first main body portion210and the second main body portion310cover each other to form an airtight and dust-excluding structure.

In the dust-excluding carrier1provided by the present application, the dust-excluding isolation member20is provided, so that the dust-excluding isolation member20and the material tray30are fastened to each other to form a closed dust-excluding structure. The sealing performance of the dust-excluding carrier1is improved, the problem of product-pollution by dust during storage is reduced, and the yield of the product is improved.

The embodiments shown and described above are only examples. Even though numerous characteristics and advantages of the present technology have been set forth in the foregoing description, together with details of the structured and function of the present disclosure, the disclosure is illustrative only, and changes may be made in the detail, including in matters of shape, size and arrangement of the parts within the principles of the present disclosure, up to and including the full extent established by the broad general meaning of the terms used in the claims.