Patent classifications
B66F13/00
ACCESS DECK ASSEMBLY AND HANDLE ASSEMBLY FOR AN AERIAL WORK PLATFORM OF A VEHICLE
An access deck assembly is provided for an aerial lift vehicle mobile platform. A base member defines an upper surface to support an operator, and has first and second guides to cooperate with the platform. A locking mechanism is supported by the base member and retains the access deck to the platform. A method of connecting an access deck assembly to a mobile platform is provided. The access deck assembly is positioned relative to the platform to be above and spaced apart from the platform floor surface, with the base member of the access deck assembly substantially within a perimeter frame of the platform. An access deck assembly has a guide member connected to a base member and configured to connect the base member to the mobile platform and support the base member directly above and spaced apart from the platform floor surface.
ACCESS DECK ASSEMBLY AND HANDLE ASSEMBLY FOR AN AERIAL WORK PLATFORM OF A VEHICLE
An access deck assembly is provided for an aerial lift vehicle mobile platform. A base member defines an upper surface to support an operator, and has first and second guides to cooperate with the platform. A locking mechanism is supported by the base member and retains the access deck to the platform. A method of connecting an access deck assembly to a mobile platform is provided. The access deck assembly is positioned relative to the platform to be above and spaced apart from the platform floor surface, with the base member of the access deck assembly substantially within a perimeter frame of the platform. An access deck assembly has a guide member connected to a base member and configured to connect the base member to the mobile platform and support the base member directly above and spaced apart from the platform floor surface.
Air Gap Boom Cover System And Method For Drying An Insulated Boom Section Of An Aerial Lift Device
A system for drying an exterior of an insulated boom section of an aerial lift device. The system includes at least one section of a boom cover which encapsulates the insulated boom section when the boom cover is disposed over the exterior of the insulated boom section. The system also includes retainers to releasably retain the boom cover on the insulated boom section. The system further includes spacers to space the boom cover from the exterior of the insulated boom section by an air gap and an inlet to direct air through the air gap and over, along and around the insulated boom section exterior for drying the insulated boom section. A corresponding method is also disclosed.
Air Gap Boom Cover System And Method For Drying An Insulated Boom Section Of An Aerial Lift Device
A system for drying an exterior of an insulated boom section of an aerial lift device. The system includes at least one section of a boom cover which encapsulates the insulated boom section when the boom cover is disposed over the exterior of the insulated boom section. The system also includes retainers to releasably retain the boom cover on the insulated boom section. The system further includes spacers to space the boom cover from the exterior of the insulated boom section by an air gap and an inlet to direct air through the air gap and over, along and around the insulated boom section exterior for drying the insulated boom section. A corresponding method is also disclosed.
Electrical enclosure combined with lifting device support rails
A plate assembly for mounting an electrical enclosure in a position vertically aligned atop an overhead rail used to support a traveling hoist which traverses back and forth along the rails on a trolley. The plate assembly includes a plate which is shaped like an inverted U by a central opening extending up from the bottom with mounting portions projecting normal to the plate which are configured to be attached to the enclosure when installed in the opening at the top and to respective rail pieces clamped against respective sides of the opening.
Electrical enclosure combined with lifting device support rails
A plate assembly for mounting an electrical enclosure in a position vertically aligned atop an overhead rail used to support a traveling hoist which traverses back and forth along the rails on a trolley. The plate assembly includes a plate which is shaped like an inverted U by a central opening extending up from the bottom with mounting portions projecting normal to the plate which are configured to be attached to the enclosure when installed in the opening at the top and to respective rail pieces clamped against respective sides of the opening.
ACCESSORY MOUNT SYSTEM FOR USE WITH ELEVATED WORK PLATFORMS
A mount module for an accessory mount system that allows an accessory mount/holder to be configured to be mounted onto an aerial work platform/lift bucket via a bucket hook.
ACCESSORY MOUNT SYSTEM FOR USE WITH ELEVATED WORK PLATFORMS
A selectively configurable accessory mount/holders wherein several different configurations of mount cartridges or modules can be selectively and interchangeably attached to the accessory mount/holders to selectively configure the accessory mount/holders for different types of attachment to a mount system and/or an aerial work platform.
ACCESSORY MOUNT SYSTEM FOR USE WITH ELEVATED WORK PLATFORMS
A selectively configurable accessory mount/holders wherein several different configurations of mount cartridges or modules can be selectively and interchangeably attached to the accessory mount/holders to selectively configure the accessory mount/holders for different types of attachment to a mount system and/or an aerial work platform.
WIRELESS VEHICLE LIFT SYSTEM WITH ENHANCED ELECTRONIC CONTROLS
Wireless portable vehicle lift system incorporating one or more enhanced communication and/or control features. The lift system can incorporate enhanced touch screen-enabled functionalities and/or enhanced wireless communication features.