A bedside rail, a system of coordinating two bedside rails, and a method of using the one or more bedside rails to prevent a user of an associated mattress from having their elbows slide off the mattress. Each bedside rail has an adjustable vertical component as well as an adjustable bar that can separately moves along the vertical component. A supporting line can extend between the adjustable bars of two bedside rails along opposing sides of a mattress. A cushioned portion over the vertical component can be selectively elevated adjacent to and above a top surface of the mattress along both sides thereof.

A bedside rail, a system of coordinating two bedside rails, and a method of using the one or more bedside rails to prevent a user of an associated mattress from having their elbows slide off the mattress. Each bedside rail has an adjustable vertical component as well as an adjustable bar that can separately moves along the vertical component. A supporting line can extend between the adjustable bars of two bedside rails along opposing sides of a mattress. A cushioned portion over the vertical component can be selectively elevated adjacent to and above a top surface of the mattress along both sides thereof.

A transmission device of a hospital bed contains: a main motor, a connection rod unit, a gear unit, and a driver. The gear unit includes a first coupling post, a second coupling post, a first gear, a second gear, a third gear, a third coupling post, and a fourth gear. The driver includes a first case, a second case, a first driving motor, a second driving motor, and a power cable. The first case has a first chamber, a third chamber configured to accommodate the first driving motor, and a fourth chamber configured to accommodate the second driving motor. The second case has a second chamber. The first coupling post, the second coupling post, the first gear, the second gear and the third gear are accommodated in the first chamber. The third coupling post and the fourth gear are accommodated in the second chamber.

A sliding lounger comprises a seating portion having seating slats and seating spaces between the seating slats, a back support portion having back slats and back spaces between the back slats, the back slats being receivable within the seating spaces and the seating slats being receivable within the back spaces, and a foot support portion having foot slats and foot spaces between the foot slats, the foot slats being receivable within the seating spaces, and the seating slats being receivable within the foot spaces. The back portion and foot support portion move between an open position where the back and foot slats are not received within the seating spaces and a compact position where the back and foot slats are received within the seating spaces.

The present disclosure provides a mattress care device that may be stored in a hidden state within a bed frame without being exposed to the outside when not in use, and a lift operation part positioned under the mattress for raising the mattress during a sterilization and cleaning of the mattress surface and for lowering the mattress to an initial position.

The present disclosure provides a mattress care device that may be stored in a hidden state within a bed frame without being exposed to the outside when not in use, and a lift operation part positioned under the mattress for raising the mattress during a sterilization and cleaning of the mattress surface and for lowering the mattress to an initial position.

A ready to assemble (RTA) bed structural system is disclosed wherein the structural system is adapted to be shipped in easy-to-assemble pieces which render the bed easier to form into a package in view of the fact that the longitudinal frame members of the bed frame can be folded in half such that the resulting package has half the longitudinal length of the ultimately assembled bed. In addition, several of the deck components of the bed can be folded together so as to effectively define an interior compartment within which other components of the bed can be housed. This effectively provides the package with a more compact footprint rendering the same easier and less costly to transport.

A collapsible headboard includes a left headboard, a right headboard, and a middle filling part between the left and right headboards. Respective fronts of the left and right headboards and the middle filling part are provided with cushions. A front of the collapsible headboard is connected with a headboard covering located on outer sides of the cushions. Backs of the left and right headboards are provided with at least one transverse connecting rod. The transverse connecting rod is connected to the backs of the left and right headboards and the middle filling part. The collapsible headboard can be assembled and disassembled easily.

A collapsible headboard includes a left headboard, a right headboard, and a middle filling part between the left and right headboards. Respective fronts of the left and right headboards and the middle filling part are provided with cushions. A front of the collapsible headboard is connected with a headboard covering located on outer sides of the cushions. Backs of the left and right headboards are provided with at least one transverse connecting rod. The transverse connecting rod is connected to the backs of the left and right headboards and the middle filling part. The collapsible headboard can be assembled and disassembled easily.

A bedside rail, a system of coordinating two bedside rails, and a method of using the one or more bedside rails to prevent a user of an associated mattress from having their elbows slide off the mattress. Each bedside rail has an adjustable vertical component as well as an adjustable bar that can separately moves along the vertical component. A supporting line can extend between the adjustable bars of two bedside rails along opposing sides of a mattress. A cushioned portion over the vertical component can they selectively be elevated adjacent to and above a top surface of the mattress along both sides thereof.