This disclosure relates to a bracket apparatus for tool-less assembly of furniture products. The furniture products are equipped with a bracket apparatus that enables the furniture products to be assembled and disassembled without the use of tools or additional hardware. The bracket apparatus integrated into the furniture products permits the furniture products to easily switch between an assembled configuration and a disassembled configuration.

This disclosure relates to a bracket apparatus for tool-less assembly of furniture products. The furniture products are equipped with a bracket apparatus that enables the furniture products to be assembled and disassembled without the use of tools or additional hardware. The bracket apparatus integrated into the furniture products permits the furniture products to easily switch between an assembled configuration and a disassembled configuration.

A transverse rod assembly of an iron bed frame comprises two transverse rods, two supporting feet, and a linking rod. A top end of each of the two supporting feet is disposed with a connecting seat, and the connecting seat is connected with a corresponding one of the two transverse rods. Each of the two transverse rods comprises two transverse rod units configured to be spliced together. Inner ends of the two transverse rod units are pivotally connected to the connecting seat so that each of the two transverse rods is configured to be folded in half using a corresponding one of the two supporting feet as a center line. The linking rod is connected between the two supporting feet to pull the two supporting feet in a longitudinal direction. End portions of the linking rod are detachably insertion-connected to the two supporting feet

A transverse rod assembly of an iron bed frame comprises two transverse rods, two supporting feet, and a linking rod. A top end of each of the two supporting feet is disposed with a connecting seat, and the connecting seat is connected with a corresponding one of the two transverse rods. Each of the two transverse rods comprises two transverse rod units configured to be spliced together. Inner ends of the two transverse rod units are pivotally connected to the connecting seat so that each of the two transverse rods is configured to be folded in half using a corresponding one of the two supporting feet as a center line. The linking rod is connected between the two supporting feet to pull the two supporting feet in a longitudinal direction. End portions of the linking rod are detachably insertion-connected to the two supporting feet

A bed skeleton of an iron frame bed comprises a rectangular frame, a plurality of frame rods, and two or three longitudinal beams. The rectangular frame comprises two transverse rods and two longitudinal rods. A length of each of the two transverse rods is greater than a length of each of the two longitudinal rods. The two or three longitudinal beams divide the rectangular frame into three or four individual cells. The plurality of frame rods are evenly disposed in the three or four individual cells. Each of the plurality of frame rods is arranged transversely. A length of each of the plurality of frame rods is shorter than a length of each of the two or three longitudinal beams, and each end of each of the plurality of frame rods is connected to one of the two longitudinal rods or one of the two or three longitudinal beams.

A bed skeleton of an iron frame bed comprises a rectangular frame, a plurality of frame rods, and two or three longitudinal beams. The rectangular frame comprises two transverse rods and two longitudinal rods. A length of each of the two transverse rods is greater than a length of each of the two longitudinal rods. The two or three longitudinal beams divide the rectangular frame into three or four individual cells. The plurality of frame rods are evenly disposed in the three or four individual cells. Each of the plurality of frame rods is arranged transversely. A length of each of the plurality of frame rods is shorter than a length of each of the two or three longitudinal beams, and each end of each of the plurality of frame rods is connected to one of the two longitudinal rods or one of the two or three longitudinal beams.

A play yard, configurable to an unfolded position or a folded position, is provided. The play yard includes two brackets, two rail members and two support frames. The two rail members are pivotally connected to the brackets. Each of the support frames includes two upper support members and a lower support member. The upper support members are pivotally connected to the brackets. The lower support member is pivotally connected to the upper support members. When the play yard is configured to the folded position, the rail members, the upper support members, and the lower support members are folded with respect to one another. The upper support members and the lower support member are simultaneously pivotally folded with respect to the brackets and the upper support members when the play yard is switched from the unfolded position to the folded position.

A play yard, configurable to an unfolded position or a folded position, is provided. The play yard includes two brackets, two rail members and two support frames. The two rail members are pivotally connected to the brackets. Each of the support frames includes two upper support members and a lower support member. The upper support members are pivotally connected to the brackets. The lower support member is pivotally connected to the upper support members. When the play yard is configured to the folded position, the rail members, the upper support members, and the lower support members are folded with respect to one another. The upper support members and the lower support member are simultaneously pivotally folded with respect to the brackets and the upper support members when the play yard is switched from the unfolded position to the folded position.

A mounting structure for a bedstead includes a side rail and a cross rail of the bedstead. The side rail and the cross rail are connected by a connecting member and an inserting member. The connecting member includes a body. The body is provided with a U-shaped groove in which the cross rail is clamped and a first hole located in a middle part of the U-shaped groove. The side rail is provided with a second hole matching with the first hole; and the inserting member is connected to the cross rail after sequentially passing through the second hole and the first hole. The use of the connecting member and the inserting member allows a quick and detachable connection between the side rail and the cross rail, facilitating storage and transportation.

A mounting structure for a bedstead includes a side rail and a cross rail of the bedstead. The side rail and the cross rail are connected by a connecting member and an inserting member. The connecting member includes a body. The body is provided with a U-shaped groove in which the cross rail is clamped and a first hole located in a middle part of the U-shaped groove. The side rail is provided with a second hole matching with the first hole; and the inserting member is connected to the cross rail after sequentially passing through the second hole and the first hole. The use of the connecting member and the inserting member allows a quick and detachable connection between the side rail and the cross rail, facilitating storage and transportation.