Abstract: An under bed gun holster holder for supporting a gun placed in a gun holster beneath a bed for ready access is disclosed. The holder includes a top portion for connection to a bed frame, a middle section, and an attachment section configured to releasable attach to the gun holster. The top portion may attach to the bed frame without fastener, for example, by sliding over the vertical side wall of the bed frame. The middle section may extend downward and underneath the bed, such that the attachment section enables the gun to be positioned beneath the bed and recessed from the edges of the bed and is hidden from view with a bed skirt.

Abstract: A bedside flashlight cradle for supporting a flashlight from the side of a bed frame for ready access. The cradle includes a grasper end for connection to the bed frame, a middle section, and a cradle. The grasper end may attach to the bed frame without fastener, for example, by sliding over the vertical side wall of the bed frame. The middle section may cant backward in order to support the flashlight flush with the edge of the bed frame. The cradle may be provided in spaced apart pairs to support the flash light or in other configurations such as an integral unit that has sufficient width to support a flashlight or an integral unit that has a single grasper end of sufficient width with a pair of spaced-apart cradles.

Abstract: The invention is a light level monitoring and ATM control system which is designed for operation at a typical automated teller machine (ATM). The system is used to ensure that a user area associated with the ATM is maintained at a minimum light level. If the user area drops below a predetermined minimum, the preferred system disables the ATM and illuminates a warning sign to deter bank customers from approaching the area. The system does not directly measure the light level in the user area, but rather uniquely, indirectly determines the light level in the user area by measuring the output of a light fixture that illuminates the user area at a point remote to the user area and by calibrating the remote measurement relative to a measured value and a minimum value in the user area. The system, by indirectly determining the light level in the user area, does not suffer from apparent changes in light level in the user area due to the presence or absence of a customer or the color of a customer's clothing.