Abstract: A partition includes a plurality of panels and an elongate panel joiner. The plurality of panels includes a first panel and a second panel that are adjacent about one another. The elongate panel joiner joins the first panel and the second panel. The panel joiner includes two end members and a corrugated portion there between. The end members are configured along opposite ends of the panel joiner. One of the two end members is configured to connect to the first panel and the other of the two end member is configured to connect to the second panel. The corrugated portion is configured such that the panel joiner can move in an accordion-like manner.

Abstract: Embodiments of an awning assembly are taught which utilize an awning rail assembly including a connector having integrated luminaires. The integrated luminaire does not interfere with the extension or retraction of the awning.

Abstract: An awning mounted on a wall surface includes a rack, a canopy, a plurality of arms and a shoulder. The shoulder is configured to connect at least one proximal end of the arms to the rack and includes a bracket portion and a junction portion. The bracket portion includes a first curved surface. The junction portion includes a second curved surface shaped to correspond to the first curved surface. The first curved surface includes one of an elongate bead or a set of grooves. The second curved surface includes the other of the elongate bead or the set of grooves. The elongate bead is configured to fit within at least two of the grooves thereby allowing the junction portion to assume at least two orientations with respect to the bracket portion the junction portion is movably adjustable around a first axis.

Abstract: An awning and a method of operating the awning are provided. The awning includes a canopy, a roller and an adjustment tube. The canopy includes a proximal edge. The canopy can be wound about the roller with the proximal edge secured along the roller. The roller includes a first longitudinal end and a second longitudinal end. The adjustment tube includes a small base and a large base. The adjustment tube is mounted around the roller near the second longitudinal end so that the small base is nearer to the first longitudinal end than the large base. The adjustment tube is slidably movable along the roller so that the adjustment tube can move toward or away from the first longitudinal end between an innermost position and an outermost position. The adjustment tube is located nearer to the second longitudinal end at the outermost position than at the innermost position.

Abstract: A partition includes a plurality of panels and an elongate panel joiner. The plurality of panels includes a first panel and a second panel that are adjacent about one another. The elongate panel joiner joins the first panel and the second panel. The panel joiner includes two end members and a corrugated portion there between. The end members are configured along opposite ends of the panel joiner. One of the two end members is configured to connect to the first panel and the other of the two end member is configured to connect to the second panel. The corrugated portion is configured such that the panel joiner can move in an accordion-like manner.

Abstract: Awning assemblies include at least one arm assembly. In accordance with example aspects, the arm assembly can include a first segment, a second segment pivotally connected to the first segment and a biasing member extending between portions of the segments with the biasing member being substantially hidden within an area defined by the first and second segments in a closed orientation. In accordance with further example aspects, a biasing member can be provided to resist rotation of a link member with respect to a mounting bracket with an adjustment device configured to adjust the compression of the biasing member. In accordance with yet further examples, the awning assembly can include a support leg and a pivot assembly connecting the support leg to a lead rail. The pivot assembly can include a stop member to limit a pivoting movement of the pivot assembly.

Abstract: A pump assembly and a method for removing condensate from an elevated air conditioner of a transport structure are provided. The air conditioner includes a base pan with a sump. The pump assembly includes a pump, a suction line and a discharge line. The pump is configured to be in electrical communication with the air conditioner. The suction line enters the pump and is configured to be in fluid communication with the sump. The discharge line exits the pump and is configured to be in fluid communication with a hose of a drainage means of the transport structure. The pump operatively moves condensate in the sump to the hose of the drainage means to remove the condensate from the transport structure.

Abstract: An adjustment device for an awning is provided comprising an engagement member and a resilient adjustment member having an outer diameter. The outer diameter of the adjustment member is adapted to be selectively adjustable. A retainer element is provided to maintain a desired outer diameter. In one example, the resilient adjustment member can be adapted to engage the engagement member. In addition or alternatively, the engagement member can have a plurality of angular splines that are keyed into corresponding internal grooves of the adjustment member. In addition or alternatively, the resilient adjustment member can be adapted to splinably engage the engagement member. In addition or alternatively, the resilient adjustment member can have a plurality of support members and a plurality of flexible connectors, wherein each support member is connected to an adjacent support member by a flexible connector to form an enclosed cross-section.

Abstract: An apparatus and a method are provided for an assembly use with a wall where the assembly is selectively adjusted between a stored position, an awning position, and a screen room position. The assembly includes a bag configured to be removably attached to the wall, a canopy configured to be deployed from the bag, at least one base assembly attached to one of the bag or the wall, a plurality of poles removably attached to the at least one base assembly for supporting the canopy, and at least one sidewall removably engaging an edge of the canopy where the at least one sidewall is deployed in the screen room position. The bag is configured to receive at least one of the canopy, the plurality of poles, and the at least one sidewall, when the assembly is in the stored position.

Abstract: An awning assembly includes a canopy, a first and second arm assembly, and a canopy rod. The arm assemblies can each include an adjustable pitch arm assembly configured to adjust the pitch of the canopy. The canopy rod has a first end and a second end each supported by one of the arm assemblies. Manual adjustment of the adjustable pitch arm assemblies is configured to move the ends of the canopy rod. The canopy is movable from a first deployed position to a second deployed position when the adjustable pitch arm assemblies are both manually adjusted from an extended position to a collapsed position. The canopy can be movable from either deployed position to a retracted position without manually adjusting the adjustable pitch arm assemblies. The adjustable pitch arm assemblies can change positions in response to water being collected on the awning assembly to drain the collected water.

Abstract: An ignition containment system is provided for absorption refrigeration systems. The system encloses the burner area to contain an inadvertent ignition of gases that may have escaped from the refrigerant tubing or elsewhere. By containing a potential fire or vapor leak, the system can substantially mitigate the spread of a fire to other nearby combustible materials, further damage to the appliance, and fire or smoke damage to property or materials beyond the appliance. The ignition containment system can also include an electrical detection device that can indicate an abnormal rise in temperature, a presence of foreign material, or the presence of ignitable gases in the contained or encapsulated ignition chamber. Detection of any one of the above can trigger a termination of the ignition source.

Abstract: A powered awning assembly has an awning frame with a first side arm member having a first distal end and a first proximate end for attachment to a wall and a second side arm member having a second distal end and a second proximate end for attachment to a wall. A connecting member has a first end attached to the distal end of the first side arm and a second end attached to the distal end of the second side arm. A roll awning is attached to the awning frame. A wind sensor assembly is attached to one of the first side arm and the second side arm.

Abstract: A retractable awning is provided, comprising a support arm forming a longitudinally extending channel, a roller, and a canopy configured to be rolled and unrolled about the roller. A rafter arm is operatively attached to the support arm and is sized to be longitudinally nestable in the channel of the support arm. A self-engaging and self-releasing locking device includes an engagement device configured to selectively engage the support arm to selectively lock a position of a slide member within the longitudinally extending channel. In addition or alternatively, the retractable awning can include a pair of support mechanisms, each support mechanism comprising a support arm, a rafter arm, and a locking device. In addition or alternatively, the retractable awning can include a control link configured to selectively disengage the engagement device from the support arm to release the position of the slide member within the longitudinally extending channel.

Abstract: A variable speed control system is provided for use with a heat pump heating/cooling system having a variable speed compressor. The control system includes a remote transceiver, a second transceiver to communicate with the first transceiver, and an AC power module to communicate with the second transceiver. The AC power module further includes multiple current limiting devices and multiple temperature sensors and varies the output of the variable speed compressor by comparing the readings from the temperature sensors to a pre-determined temperature setting.

Abstract: The primary roller of an awning assembly has an internal cavity, an opening between the internal cavity and the exterior of the primary roller and a first arresting element. A first awning material is adapted to be unwound from the primary roller when the primary roller rotates in a first direction and wound onto the primary roller when the primary roller rotates in a second direction. A secondary roller is mounted for rotation within the internal cavity of the primary roller. One end of a second awning material attached to the secondary roller extends through the opening in the primary roller. A second arresting element is attached to the one end of the second awning material and is adapted to engage the first arresting element of the primary roller, whereby rotation of the secondary roller in the second direction causes the primary roller to rotate in the second direction together with the secondary roller.

Abstract: A pump assembly and a method for removing condensate from an elevated air conditioner of a transport structure are provided. The air conditioner includes a base pan with a sump. The pump assembly includes a pump, a suction line and a discharge line. The pump is configured to be in electrical communication with the air conditioner. The suction line enters the pump and is configured to be in fluid communication with the sump. The discharge line exits the pump and is configured to be in fluid communication with a hose of a drainage means of the transport structure. The pump operatively moves condensate in the sump to the hose of the drainage means to remove the condensate from the transport structure.

Abstract: An awning assembly includes a canopy, a first and second arm assembly, and a canopy rod. The arm assemblies can each include an adjustable pitch arm assembly configured to adjust the pitch of the canopy. The canopy rod has a first end and a second end each supported by one of the arm assemblies. Manual adjustment of the adjustable pitch arm assemblies is configured to move the ends of the canopy rod. The canopy is movable from a first deployed position to a second deployed position when the adjustable pitch arm assemblies are both manually adjusted from an extended position to a collapsed position. The canopy can be movable from either deployed position to a retracted position without manually adjusting the adjustable pitch arm assemblies. The adjustable pitch arm assemblies can change positions in response to water being collected on the awning assembly to drain the collected water.

Abstract: An awning assembly includes an awning and support arms and rafters that are adapted to support the awning from a backing structure both when the awning is in an extended position and when it is in a retracted position. The support arms and rafters are mounted to the backing structure in a manner that allows for the positions of the support arms and rafters to be readily converted as the awning is extended and retracted. Additionally, the manner in which each rafter is joined to a respective support arm allows for the convenient rearrangement of the rafters and support arms to facilitate supporting of the awning in both the extended and retracted positions. A cooperative awning assembly, on which the awning is wound and unwound, and locking device are provided to lock the awning in place. The awning assembly, in a particular embodiment, is applied to a pop-up trailer.