Abstract: A container assembly having a lid which connects to an open container. A locking mechanism is employed which preferably includes a slide which cooperates with at least one stop connected to the lid wherein movement of the slide relative to the lid is preferably utilized to disengage the locking mechanism to allow the lid to be unscrewed relative to the container.

Abstract: A container assembly has a lid which connects to an open ended container. The container has a wall which defines a cavity therein and has an outer surface with a plurality of outwardly directed teeth and at least outwardly directed thread. The teeth are located intermediate the threads and a top of the container wall. The lid has an outer wall with inwardly directed teeth which cooperate with the outwardly directed teeth on the exterior surface of the container. The lid also has a first opening in a ridge which allows at least a portion of a tamper indicator to extend therethrough, the tamper indicator, when installed, is biased toward a center of the lid in a first position so that a leg is brought into contact with the teeth on the container. The lid may not be removed without breaking a portion of the tamper indicator. Additionally, the teeth and leg may be configured to allow for the lid to be tightened relative to the container in the first position, but not loosened.

Abstract: A rearward viewing system having at least one mirror mounted by a bracket to an exterior portion of a vehicle. The bracket locates the mirror above the roof and forward of at least a portion of the windshield. A camera is directed toward the front of the vehicle at the mirror so that the mirror can provide a range of view of at least 60° and preferably more than 90° so that the normal blind spots of a driver are eliminated. A monitor receiving input from the camera provides a display for the driver.

Abstract: A container assembly has a lid which connects to an open ended container. The container has a wall which defines a cavity therein and has an outer surface with a plurality of outwardly directed teeth and at least outwardly directed thread. The teeth are located intermediate the threads and a top of the container wall. The lid has an outer wall with an inwardly directed blade on a leg which cooperates with the outwardly directed teeth on the exterior surface of the container. The lid also has a cutout in a ridge which allows at least a portion of a locking member to extend therethrough, the locking member is normally biased toward a center of the lid in a first position so that the leg is brought into contact with the teeth on the container. The locking member can be moved to a second position to disengage the leg from the teeth to allow rotation in at least one direction.

Abstract: A container assembly includes a container member having an open end, and a lid threadably engagable with the container member for closing the open end of the container member. A locking member is provided on the lid which is engagable with a latch member located on an upper surface of the container member. The locking member is pivotable about a horizontal axis and prevents rotation of the lid with respect to the container member when the locking member is engaged with the latch member. A seal is provided between the lid and the container member. The seal is located between wall members of the lid and the container member such that the seal is gradually compressed as the lid is threadably secured to the container member.

Abstract: A container assembly includes a container member having an open end, and a lid threadably engagable with the container member for closing the open end of the container member. A locking member is provided on the lid which is engagable with a latch member located on an upper surface of the container member. The locking member is pivotable about a horizontal axis and prevents rotation of the lid with respect to the container member when the locking member is engaged with the latch member. A seal is provided between the lid and the container member. The seal is located between tapered wall members of the lid and the container member such that the seal is gradually compressed as the lid is threadably secured to the container member. The configuration of the lid and the container member, along with the seal, presents a torturous path for fluid movement, thus effectively sealing the container assembly.

Abstract: A threaded closure assembly includes a first member having an outer surface including a first outwardly directed thread, and an inner surface including a second inwardly directed thread. A unitary closure member for covering an access opening in the first member includes a first inwardly directed thread engageable with the first outwardly directed thread on the first member, and a second outwardly directed thread engageable with the second inwardly directed thread on the first member. A locking mechanism is provided between the closure member and the first member for permitting rotation of the closure member in a first direction, and preventing rotation of the closure member in a second opposite direction. A third set of threads may be provided between the first member and the closure member. The first member can be an open head container, with the closure member formed as a one-piece lid. The threads between the first member and the closure member are synchronized.

Abstract: A child-resistant closure includes an inner cap threadable mountable to a container, and an outer cap attached to the inner cap and freely rotatable relative to the inner cap during a child-resistant mode, and interconnected with the inner cap for removal of the closure from the container when the closure is in a non-child-resistant mode. An intermediate member is rotatably mounted between the inner cap and the outer cap and movable between a first position prohibiting the inner and outer caps from being interconnected for removal from the container and a second position permitting the manipulation of the outer cap relative to the inner cap for interconnecting the inner and outer caps for removal of the closure from the container.

Abstract: A condition indicating child-resistant closure having an inner cap captivated within an outer cap wherein the caps are freely rotatable relative to each other when the closure is in the child-resistant mode, and are interconnected to each other for removal from a container when the closure is in the non-child-resistant mode. An indicating post is connected to the top wall of the inner cap and is adapted to be contained wholly within a space between the inner and outer caps and therefore not visible when the closure is in the child-resistant mode, the post being extendable through the top wall of the outer cap and therefore visible when the closure is in the non-child-resistant mode.

Abstract: A space saving rectangular container having a child resistant lid assembly wherein the rectangular container has a rectangular closure provided with a central opening. The child resistant lid assembly is removably mounted on the closure to close the opening and is positioned inwardly of the container side walls so that when placing a plurality of the containers having child resistant lid assemblies thereon in a stacked or side-by-side relationship, the child resistant lid assembly is positioned inwardly from the side wall of an adjacent container to thereby prevent damage to the lid assembly by the adjacent container during shipment and storage.

Abstract: A child drowning protection guard for an open head, plastic industrial container to prevent a toddling child from toppling head first into the container containing a liquid. The guard is provided by a tapered tube integral with the bottom wall of the container and extending upwardly from the bottom wall, through the surface of the liquid, a distance at least one-half the height of the container, and having an effective diameter at the top so that the radial space between the tube and the inner side wall of the container is dimensioned to be less than the diameter of the head of a typical toddling child. The tube is hollow so that a plurality of empty containers can be stacked in nested relationship, and the side wall of the tube can be corrugated or fluted to conserve on the amount of volume taken from the container by the placement of the tube therein.

Abstract: A child-resistant molded container lid assembly for an open head container, wherein a closure having a pouring spout is fixedly secured to the top edge of the container. A lid having an integral cap portion is threadably connected to the container and the spout portion, wherein the cap portion closes the pouring spout. The cap portion of the lid is provided with a shock absorber to prevent damage to the cap portion and associated pouring spout during the transportation and/or stacking of the filled container.

Abstract: A condition indicating child-resistant cap assembly including an inner cap and an outer cap rotatably mounted on the inner cap. An indicating post is connected to the top wall of the inner cap in alignment with an opening in the top wall of the outer cap. When the cap assembly is in the child-resistant mode, the outer cap is spaced upwardly from the inner cap and is freely rotatable in one direction thereon. The post is wholly contained within the space between the inner and outer caps and therefore not visible outside the cap assembly to indicate the cap assembly is in the child-resistant mode. When the cap assembly is in the non-child-resistant mode, the outer cap is rotated in the opposite direction until it snaps, and is moved downwardly toward the inner cap and rotated in the first mentioned direction, whereby the inner and outer caps are interlocked for removal from a container.

Abstract: A child-resistant molded plastic container lid for open head containers wherein a threaded connection is provided between the container and lid. The lid is provided with at least one and in certain instances with a pair of diametrically disposed resiliently biased locking members, pivotally connected to the closure, which cooperate with locking teeth on the container. The lever arms of the locking members are offset and substantially parallel to each other on opposite sides of the pivotal connection. An elliptical spring is integrally connected to each lever arm and cooperates with portions of a gusset wall enclosing the lever arm to provide continued biasing memory on the locking member. A seal arrangement is also provided between the lid and the container to provide a tight and rigid seal and to reinforce the top of the container and lid to prevent the lid from popping off the container when it is dropped while full of liquid or powder material.