A trading card protection assembly for storing trading cards for autographing includes a plurality of card frames that each receives a trading card to facilitate the trading card to be visible through the card frames. A holding panel is provided that has a receiving slot integrated into the holding panel. A respective one of the card frames is slidable into the receiving slot to facilitate the trading card in the respective card frame to be accessible for being autographed. Additionally, the holding panel has a hole extending through the holding panel to define a grip for gripping by a user to facilitate the trading card in the respective card frame to be autographed. A box is included that has a plurality of card slots for storing the card frames in an upright orientation in the box.

A collectable card mounting device may include a rear wall, a pair of opposed arcuate side walls extending in a forward and outward direction from the rear wall and having a retaining lip for engaging a front surface of the collectable card. The side walls may further include a respective collectable card support member extending from each side wall at an angle. The mounting device may display a collectable on both vertical and horizontal surfaces. The arcuate side walls may define front and rear support ridges that support the device in a portrait orientation at a desirable viewing angle on a horizontal surface. A cover sheet may be dimensioned to extend beyond the width of the rear wall and support the device in a landscape orientation at a desirable viewing angle on a horizontal surface. The mounting device configuration provides an aesthetically desirable display of the collectable with only minimal visibility of the mounting device components and which may include a floating effect on a wall.

A collectable card mounting device may include a rear wall, a pair of opposed arcuate side walls extending in a forward and outward direction from the rear wall and having a retaining lip for engaging a front surface of the collectable card. The side walls may further include a respective collectable card support member extending from each side wall at an angle. The mounting device may display a collectable on both vertical and horizontal surfaces. The arcuate side walls may define front and rear support ridges that support the device in a portrait orientation at a desirable viewing angle on a horizontal surface. A cover sheet may be dimensioned to extend beyond the width of the rear wall and support the device in a landscape orientation at a desirable viewing angle on a horizontal surface. The mounting device configuration provides an aesthetically desirable display of the collectable with only minimal visibility of the mounting device components and which may include a floating effect on a wall.

A trading card display assembly for securely displaying trading cards includes a plurality of hanger units. Each of the hanger units is removably coupled to a support surface and the hanger units removably engage each other such that the plurality of hanger units forms a single panel on the support surface. A plurality of display units is each removably coupled to a respective one of the hanger units such that each of the display units is retained on the support surfaces. Each of the display units abuts each other on the hanger units such that the plurality of display units defines a single panel on the hanger units. Moreover, each of the display unit has a respective one of a plurality of trading cards positioned therein.

A trading card display assembly for securely displaying trading cards includes a plurality of hanger units. Each of the hanger units is removably coupled to a support surface and the hanger units removably engage each other such that the plurality of hanger units forms a single panel on the support surface. A plurality of display units is each removably coupled to a respective one of the hanger units such that each of the display units is retained on the support surfaces. Each of the display units abuts each other on the hanger units such that the plurality of display units defines a single panel on the hanger units. Moreover, each of the display unit has a respective one of a plurality of trading cards positioned therein.

A trading card display assembly for securely displaying trading cards includes a plurality of hanger units. Each of the hanger units is removably coupled to a support surface and the hanger units removably engage each other such that the plurality of hanger units forms a single panel on the support surface. A plurality of display units is each removably coupled to a respective one of the hanger units such that each of the display units is retained on the support surfaces. Each of the display units abuts each other on the hanger units such that the plurality of display units defines a single panel on the hanger units. Moreover, each of the display unit has a respective one of a plurality of trading cards positioned therein.

A trading card display assembly for securely displaying trading cards includes a plurality of hanger units. Each of the hanger units is removably coupled to a support surface and the hanger units removably engage each other such that the plurality of hanger units forms a single panel on the support surface. A plurality of display units is each removably coupled to a respective one of the hanger units such that each of the display units is retained on the support surfaces. Each of the display units abuts each other on the hanger units such that the plurality of display units defines a single panel on the hanger units. Moreover, each of the display unit has a respective one of a plurality of trading cards positioned therein.

A display device frame includes a main frame body and at least a waterproof block. The main frame body is made of aluminum and has an outer frame face, an inner frame face opposing the outer frame face, at least an outer fin and at least an inner fin. The at least an outer fin is integrally coupled to the outer frame face of the main frame body. The at least an inner fin is integrally coupled to the inner frame face of the main frame body. At least a corner of the main frame body is joined by welding. The at least a waterproof block is disposed at the upper or lower edge of the welding-joined corner of the main frame body. The display device frame prevents rainwater from permeating through the junction of a display unit border, reinforces the display unit border, and enhances heat dissipation thereof.

A display device frame includes a main frame body and at least a waterproof block. The main frame body is made of aluminum and has an outer frame face, an inner frame face opposing the outer frame face, at least an outer fin and at least an inner fin. The at least an outer fin is integrally coupled to the outer frame face of the main frame body. The at least an inner fin is integrally coupled to the inner frame face of the main frame body. At least a corner of the main frame body is joined by welding. The at least a waterproof block is disposed at the upper or lower edge of the welding-joined corner of the main frame body. The display device frame prevents rainwater from permeating through the junction of a display unit border, reinforces the display unit border, and enhances heat dissipation thereof.

A display apparatus is disclosed that includes a screen and a frame system positioned to support the screen. The frame system includes a plurality of frame members, a hinge that couples the frame members together, and a lock that blocks relative movement of the frame members.