Abstract: A garden watering device is configured for use in handheld and ground-based operation. The garden watering device includes a device body having a water inlet and a handle. The garden watering device also includes at least one water distribution member adapted to spray in multiple patterns. In one example, the at least one water distribution member includes an elongate tube with a series of discharge outlets and a multi-pattern head with at least one flow outlet. The garden watering device also includes a flow route selector that routes water to either the elongate tube or the multi-pattern head.

Abstract: A water flow metering device for use as a handheld or ground-based sprinkler includes a device body having a water inlet, a water distribution head in fluid communication with the device body, and a flow pattern selector. The flow pattern selector is coupled to the water distribution head and meters the amount of water sprayed onto the surrounding area. The flow pattern selector includes indicia that provide flow rate information to an operator. A pressure control valve regulates the flow rate in accordance with the information provided by the flow pattern selector. The water flow metering device may also include a timing mechanism having a timer which closes the water supply after a set period of time. A pressure transducer or other flow rate measuring device may allow the timer to operate the device for a predetermined amount of water distribution in inches per hour.

Abstract: A water management control device is configured to operate in a time mode and a depth mode to control the flow of water through an internal passageway based on user-selected programming inputs relating to watering by time or watering by depth.

Abstract: A lifting apparatus is provided. The apparatus includes a primary body that has a support for supporting a person, and a secondary body. A releasable coupling provides selective coupling between the primary and secondary bodies. The lifting apparatus has (a) a first condition in which the primary body is coupled to the secondary body, and (b) a second condition in which the primary body is not coupled to the secondary body, and is configured to be releasably coupled to a vehicle.

Abstract: A lifting apparatus is provided. The apparatus includes a primary body that has a support for supporting a person, and a secondary body. A releasable coupling provides selective coupling between the primary and secondary bodies. The lifting apparatus has (a) a first condition in which the primary body is coupled to the secondary body, and (b) a second condition in which the primary body is not coupled to the secondary body, and is configured to be releasably coupled to a vehicle.

Abstract: A water management control device is configured to operate in a time mode and a depth mode to control the flow of water through an internal passageway based on user-selected programming inputs relating to watering by time or watering by depth.

Abstract: A lifting apparatus is provided. The apparatus includes a primary body that has a support for supporting a person, and a secondary body. A releasable coupling provides selective coupling between the primary and secondary bodies. The lifting apparatus has (a) a first condition in which the primary body is coupled to the secondary body, and (b) a second condition in which the primary body is not coupled to the secondary body, and is configured to be releasably coupled to a vehicle.

Abstract: A garden watering device is configured for use in handheld and ground-based operation. The garden watering device includes a device body having a water inlet and a handle. The garden watering device also includes at least one water distribution member adapted to spray in multiple patterns. In one example, the at least one water distribution member includes an elongate tube with a series of discharge outlets and a multi-pattern head with at least one flow outlet. The garden watering device also includes a flow route selector that routes water to either the elongate tube or the multi-pattern head.

Abstract: A vacuum apparatus for sealing an airtight bag includes a tongue in fluid communication with a vacuum chamber and base members that close around and seal a section of the bag. The once closed, the apparatus facilitates fluid communication between the interior of the airtight bag and the vacuum chamber, allowing actuation of the vacuum chamber to result in evacuation of air from the bag. The tongue may take the form of a removable tube device or may be designed to puncture the bag. The apparatus may be wholly removable after evacuation of the bag, or some part of the apparatus may remain on the bag in order to maintain the airtight seal.

Abstract: A clip apparatus (100) for sealing storage bags (200) includes a first body member (101), a second body member (102), a tongue (103), and a seal member (118). The first body member (101) includes a valve (120). The second body member (102) is rotatably coupled with the first body member (101) to move between an open position and a closed position where the first and second body members (101, 102) are engaged. The tongue (103) is disposed at least partially between the first and second body members (101, 102) and defines a flow passage (124) for communicating with an interior of a storage bag (200) and the valve (120) in the first body member (101). The seal member (118) ensures that the storage bag (200) and the clip apparatus (100) are sealed to enable evacuation of the storage bag (200) prior to storage of perishable items.

Abstract: A water flow metering device for use as a handheld or ground-based sprinkler includes a device body having a water inlet, a water distribution head in fluid communication with the device body, and a flow pattern selector. The flow pattern selector is coupled to the water distribution head and meters the amount of water sprayed onto the surrounding area. The flow pattern selector includes indicia that provide flow rate information to an operator. A pressure control valve regulates the flow rate in accordance with the information provided by the flow pattern selector. The water flow metering device may also include a timing mechanism having a timer which closes the water supply after a set period of time. A pressure transducer or other flow rate measuring device may allow the timer to operate the device for a predetermined amount of water distribution in inches per hour.

Abstract: A diaper changing station for mounting on a wall surface above a floor surface includes a platform to receive a child. The platform includes a child-receiving portion and a protective covering portion. The child-receiving portion and protective covering portion are coupled together at a seam to form a unitary structure that supports a child and that is movable between a closed position generally up against the wall surface and an open position generally away from the wall surface and above the floor surface. A lip structure is formed on at least one of the child-receiving portion and the protective covering portion to abut with an edge of the other of the child-receiving portion and the protective covering portion to form a generally seamless transition between the portions of the platform.

Abstract: A baby diaper changing station includes a base configured for being mounted to a wall surface and a support platform rotatably mounted to the base to move between a closed and open position. The support platform includes a molded three-dimensional body with top, bottom and side surfaces. A metal cladding structure having side and bottom surfaces nests on the bottom and side surfaces of the three-dimensional body of the support platform. The cladding structure forms open areas proximate forward corners of the support platform body. A plastic piece is configured to engage the metal cladding structure proximate a forward corner area thereof and to generally form a forward corner for the metal cladding structure.

Abstract: A patient immobilization device comprises a backboard having a front side and a back side, and a pair of opposing paddles slidably mounted on the backboard. The paddles are configured to move between a storage position and a support position, to support the head of a patient. Each paddle has a leg portion depending therefrom and extends through a respective slot formed in the backboard between the front and back and sides. A spanning portion of the paddle depends from the leg portion and engages the back side of the backboard to secure the paddle to the backboard. The spanning portion moves in a generally arcuate path between the storage and support positions.

Abstract: A patient immobilization device comprises a backboard having a front side and a back side, and a pair of opposing paddles slidably mounted on the backboard. The paddles are configured to move between a storage position and a support position, to support the head of a patient. Each paddle has a leg portion depending there from and extends through a respective slot formed in the backboard between the front and back and sides. A spanning portion of the paddle depends from the leg portion and engages the back side of the backboard to secure the paddle to the backboard. The spanning portion moves in a generally arcuate path between the storage and support positions.

Abstract: A patient immobilization device comprises a backboard having a front side and a back side, and a pair of opposing paddles slidably mounted on the backboard. The paddles are configured to move between a storage position and a support position, to support the head of a patient. Each paddle has a leg portion depending therefrom and extends through a respective slot formed in the backboard between the front and back and sides. A spanning portion of the paddle depends from the leg portion and engages the back side of the backboard to secure the paddle to the backboard. The spanning portion moves in a generally arcuate path between the storage and support positions.

Abstract: A diaper changing station includes a support platform configured for supporting a child and having a bottom surface and side surfaces. The support platform is hingedly fixable at an edge with respect to a wall to move between an open position and a closed position against the wall. A panel is configured to overlie and cover at least a portion of the bottom surface and to be generally exposed when the support platform is in the closed position. A frame structure is configured to engage the bottom surface and side surfaces of the support platform for securement thereto. The frame structure secures the panel with the support platform. A lip is formed around the side surfaces of the platform. An edge of the frame structure abuts the lip when the frame structure engages the support platform to present a seamless appearance. In another aspect, the changing station includes a backer plate coupled to the base and having a cleat. Another backer plate is mounted to a wall and has a cleat.