Abstract: Devices and methods for dasher board assemblies for sports such as hockey. The dasher board assemblies of various embodiments are configured to reduce impact forces when a user collides with the assembly by increasing the flexibility of the dasher board, which allows for a more gradual deceleration. In some embodiments, the dasher board assembly defines a gap behind the dasher board to allow space for deceleration. In certain embodiments, a foam material is placed between the dasher board and a frame of the assembly. In embodiments, a spline connects adjacent dasher boards without rigid connection to adjacent vertical frame elements. In embodiments, the assembly is configured to provide puck play characteristics that are comparable to conventional dasher board assemblies.

Abstract: Devices and methods for dasher board assemblies for sports such as hockey. The dasher board assemblies of various embodiments are configured to reduce impact forces when a user collides with the assembly by increasing the flexibility of the dasher board, which allows for a more gradual deceleration. In some embodiments, the dasher board assembly defines a gap behind the dasher board to allow space for deceleration. In certain embodiments, a foam material is placed between the dasher board and a frame of the assembly. In embodiments, a spline connects adjacent dasher boards without rigid connection to adjacent vertical frame elements. In embodiments, the assembly is configured to provide puck play characteristics that are comparable to conventional dasher board assemblies.

Abstract: Soft caps for absorbing player impact against dasher boards are disclosed. The soft cap can include an elongated body defining a number of absorption ribs and channels for absorbing impact forces against the dasher board. The elongated body can be formed from a material having a relatively low durometer adapted to displace and absorb the impact energy when a player strikes the dasher board. One or more curved sections of the elongated body can be configured to fit adjacent to the hard edges of the dasher board. The soft cap can be provided as part of a dasher board assembly including a lower frame assembly and a number of upper shielding panes.

Abstract: A seamless plastic shielding dasher board system includes at least two lower dasher boards each with a top sill having a plastic shield trough or channel therein for receipt and support of the plastic shield. A clear plastic shield a panel fits into the trough of each board. A clear, plastic, H-shaped shield panel support with open opposing support channels loosely receives the side edges of adjacent shield panels to permit linear and non-linear alignment of adjacent dasher boards and plastic shield panels. The shield supports have inwardly opposing lip projections at their open edges of the support channels to support the side edges of the shielding panels in vertical alignment.

Abstract: Soft caps for absorbing player impact against dasher boards are disclosed. The soft cap can include an elongated body defining a number of absorption ribs and channels for absorbing impact forces against the dasher board. The elongated body can be formed from a material having a relatively low durometer adapted to displace and absorb the impact energy when a player strikes the dasher board. One or more curved sections of the elongated body can be configured to fit adjacent to the hard edges of the dasher board. The soft cap can be provided as part of a dasher board assembly including a lower frame assembly and a number of upper shielding panes.

Abstract: A semi-automatic shielding panel removal and installation system for supportless dasher board systems. A U-channel runs along the length of a dasher board for holding in place (by cam means) a shielding panel. The U-channel is divided into two portions; a fixed portion is mounted to the frame of the dasher board, and a movable portion is able to be lifted off of a stringer by an actuator device. During normal use of the dasher board system (i.e. during a hockey game), the cam means holds the shielding panel snugly within the U-channel portions. When it is desired to remove the panel, a motor-driven lifting device is pivotably attached to the movable portion of the U-channel and actuated. The movable portion of the U-channel is lifted vertically, thus lifting the panel out of and away from the fixed portion of the U-channel. When the top portion of the dasher board has been cleared, the U-channel is rotated by 90 degrees so the panel may be slid out and loaded onto a skid or other storage means.

Abstract: A flexible dasher board assembly and system that utilizes four different aspects for providing shock absorbing features in order to absorb any of four different types of forces imparted thereon by players. In a first aspect, the entire dasher board assembly is provided with rotational flexibility such that the entire dasher board assembly will pivot about a point substantially near the bottom of the dasher board and close to the ice. In a second aspect, the entire dasher board system is provided with translational flexibility, such that the entire dasher board assembly can be pushed substantially parallel with and away from the ice. In a third aspect, only the shielding panel is provided with rotational flexibility such that the shielding panel (and its support struts in a supported assembly) will pivot about a point within the dasher board.