2107results about "Door/window applications" patented technology

Improved quick opening closures are disclosed. The closures may include a hub and a door hingedly attached to the hub by hinge arms. A seal is disposed around the door. The hinge arms may be mounted to door blocks that are attached to and substantially centered on the door. At least one support post may be connected between the hinge arms. An activation bar may be pivotally connected to a support post, such as with a pivot bracket. The activation bar is used to evenly apply closing force to the door through the centralized hinge blocks to evenly compress the seal between the door and the hub. The activation bar may also be used to pull the door out of engagement with the hub toward its open position. Various devices may connect a distal end of the activation bar to the hub to assist in opening / closing the door.

The utility model relates to a steel double-leaf flood-proof door which comprises a door frame, door leaves, an upper bolt clamping mechanism and a lower bolt clamping mechanism, the upper bolt clamping mechanism and the lower bolt clamping mechanism are arranged on the door leaves, a lower doorsill of the door frame is buried in a terrace, and the upper surface of the door frame is flush with the terrace; the upper part of the lower doorsill is provided with a plurality of openings for inserting bolts; the upper and lower bolt clamping mechanism comprises a bolt, a movable sinking water retaining block which moves up and down synchronously with the bolt is fixedly arranged on the bolt, the movable sinking water retaining block is in an L shape, the bottom face of the movable sinking water retaining block can cover the upper surface of the lower doorsill, and a rubber sealing piece is arranged on the side face of the movable sinking water retaining block to be attached to the door leaf. The lower doorsill is pre-buried in the terrace and kept on the terrace, when the plug pin is downwards inserted into the lower doorsill, the L-shaped movable sinking water retaining block moves downwards together, the bottom face of the L-shaped movable sinking water retaining block presses the lower doorsill, meanwhile, the side face of the L-shaped movable sinking water retaining block blocks a door crack in the bottom of the door leaf, and the good sealing and flood preventing functions are achieved.

An apparatus for manufacturing a multi-pane glass unit is provided. The apparatus includes a first plate, a second plate, and a conveyor. The first plate is configured to hold a first glass pane. The second plate is configured to hold a second glass pane such that the second glass pane faces the first glass pane. The conveyer includes a first portion and a second portion. The first portion is configured to convey the first glass pane onto the first plate and the second portion configured to convey the second glass pane onto the second plate.

A door is configured to be coupled to a merchandiser. The door includes a first opaque panel and a second opaque panel coupled to the first opaque panel. The first and second opaque panels define a cavity therebetween. The door also includes a hinge coupled to at least one of the first opaque panel or the second opaque panel, a stiffener positioned in the cavity and in contact with the first and second opaque panels, and an insulative material disposed within the cavity and configured to bond to one or both of the first opaque panel and the second opaque panel to form a rigid door. The hinge is configured to pivotably couple the door to the merchandiser.

The present soft barrier includes sheeting and a frame. The frame includes longitudinal and lateral support members. The sheeting is in a relaxed state when the lateral support members are in a retracted state. The sheeting is in a taut state when the lateral support members are in an extended fixed state. The sheeting may be in either the relaxed state or taut state when the longitudinal support members are in a retracted state or an extended state. A first adjustment mechanism for increasing or decreasing the longitudinal length of the barrier is a quick slide mechanism. A second adjustment mechanism for finely increasing or finely decreasing the longitudinal length of the barrier is a rotatable mechanism.

The utility model relates to a narrow slit storage cabinet, which comprises a cabinet body, a first cabinet door, a second cabinet door and a third cabinet door, the cabinet body comprises two oppositely arranged wide parts and two oppositely arranged narrow parts, the length of the wide parts is greater than that of the narrow parts, the first cabinet door and the third cabinet door are respectively positioned on the two wide parts, and the first cabinet door and the second cabinet door are respectively positioned on the two narrow parts. The second cabinet door is located on the narrow portion, and the first cabinet door, the second cabinet door and the third cabinet door can be opened relative to the cabinet body. Compared with the prior art, the first cabinet door and the third cabinet door are arranged on the two wide parts respectively, and the second cabinet door is arranged on the narrow part, so that the object taking mode of the cabinet body is more flexible, and the situation that objects are tilted and scattered when taken is reduced; when the cabinet body is located in the crack, the second cabinet door is opened for fetching objects; when articles needing to be taken are located at the position, away from the second cabinet door, of the cabinet body, the cabinet body is pulled out of the crack, the first cabinet door or the second cabinet door is opened, and the articles are convenient to take.