Abstract: A glove box structure uses clip members fixed to a glove box slidably engaging arms that extend inwardly from a lid. Resilient cam surfaces in the clip members support beads on the arms for maintaining the lid in an open position. Resilient cam surfaces flex outward to allow slidable passage of the arms and the beads when the lid is moved between the open position and a closed position. The resilient cam surfaces return inward below the beads to support the lid in its open position until additional manual force is applied to close the lid.

Abstract: A lockable lid support that includes a mounting bracket, an arm, pivoting apparatus, and sliding and locking apparatus. The mounting bracket is removably mounted to a lid of a box that is pivotally mounted to a lower portion of the box. The arm is pivotally mounted at one end to the lower portion of the box and slidably and locking mounted at another end to the mounting bracket. The pivoting apparatus pivotally mounts the one end of the arm to the lower portion of the box, so that the lid of the box can be pivoted relative to the lower portion of the box from 0 degrees to 180 degrees. And, the sliding and locking apparatus slidingly and lockingly mounts the other end of the arm to the mounting bracket, so that when the lid of the box is pivoted relative to the lower portion of the box to a desired position the lid of the box is maintained in the desired position.

Abstract: A lid support rod for holding open the lid of a storage container is comprised of a first plate member, second and third plate members and a central pin member disposed between the first plate member and the second and third plate members. The second plate member is pivotally mounted on the pin member so as to be rotatable about the axis thereof and cooperates with the stationary first plate member to form a hinge. An elongated support rod is pivotally attached at one end thereof to the second plate member and is free to rotate relative to the second plate member so that the rod has three degrees of freedom of movement to engage the container lid at essentially any desired position thereon.

Abstract: The holding device comprises a part provided at each of its ends with a lug, each lug being caught between the walls of a groove of elongated shape formed in a casing and capable of having a translational and rotational motion, each groove having adjacent at least one of its ends a zone of narrowed cross-section with elastic walls, and each casing being intended for securement to the corresponding element of the jointed assembly to which the device of the invention is applied.

Abstract: A safety latch for the hinged lid of an open-top container includes an elongated, curved latching bar secured at one end to the lid and extending through a bracket secured to the side of the container with a latching pin extending through one wall of the container and supported by the bracket and extending into selected ones of a plurality of notches along the curved face of the latching bar.

Abstract: A mechanism for use in counterbalancing the weight of a lid or closure incident to movements thereof between closed and open portions is in the form of a spring pressurized, hydraulic piston-cylinder arrangement. The mechanism preferably includes means providing hydraulic damping characteristics for both the fully extended and contracted conditions of the mechanism.

Abstract: A brace for rigidly locking a casket cap in its open position to positively preclude movement of the cap about its pivotal connection with the casket body in either direction. The brace includes an elongated member pivotally mounted in a support bracket carried by the casket body and transversely displaced from the hinge for the casket cap. This elongated member then extends generally upward through an elongated slot in the casket cap which telescopes outwardly over the member as the cap is pivoted from the closed position to the open position. When the cap reaches the open position, cooperating locking means on the cap and the end of the elongated member engage to lock the cap in the open position. The locking means precludes further pivotal movement of the cap in either direction until the locking means is released. Resilient biasing means maintain the locking engagement and facilitate its release.