Abstract: A tissue dispenser includes: (a) a housing and cover that attach together and form an interior region for holding multiple tissue rolls and a dispenser opening for dispensing tissue from the dispenser interior; (b) a first roll holder located within the interior region, the first roll holder comprising a first back panel and a first mandrel extending from the first back panel, the first back panel is constructed to rotate, relative to the housing, between a locked position and an unlocked position, and the first mandrel is constructed to receive a first tissue roll; (c) a second roll holder located within the interior region, the second roll holder comprising a second back panel and second mandrel extending from the second back panel, the second back panel is constructed to rotate relative to the housing, between a locked position and an unlocked position, and the second mandrel is constructed to receive a second tissue roll; and (d) a door constructed to move within the dispenser opening between a first posi

Abstract: A tissue dispenser includes: (a) a housing and cover that attach together and form an interior region for holding multiple tissue rolls and a dispenser opening for dispensing tissue from the dispenser interior; (b) a first roll holder located within the interior region, the first roll holder comprising a first back panel and a first mandrel extending from the first back panel, the first back panel is constructed to rotate, relative to the housing, between a locked position and an unlocked position, and the first mandrel is constructed to receive a first tissue roll; (c) a second roll holder located within the interior region, the second roll holder comprising a second back panel and second mandrel extending from the second back panel, the second back panel is constructed to rotate relative to the housing, between a locked position and an unlocked position, and the second mandrel is constructed to receive a second tissue roll; and (d) a door constructed to move within the dispenser opening between a first posi

Abstract: For a compact tractor, a composite molded plastic floor and fender structure is supported on a chassis of the vehicle. The floor and fender structure includes a foot supporting region, a seat supporting region and two fenders all formed of a composite RIM plastic material. The unitary floor and fender structure simplifies manufacture of the tractor as well as providing a lightweight, durable structure.

Abstract: A visor and transparent window assembly for a utility vehicle cab roof includes a latch mechanism which is selectively operable to retain the transparent panel closed to the roof or to tilt the transparent panel upwardly. The visor overlying the transparent panel is engageable by the latch mechanism to hold the visor to the transparent paneling in close overlying relationship. Plural gas struts are connected between the visor and the utility vehicle roof to assist in the tilting open of the visor. The visor and the transparent panel are hingedly connected to the roof along a common axis so that the transparent panel and the visor can be opened together as a unit without binding. The latch mechanism includes a hook end which can selectively engage the visor to the transparent panel such that the visor and the transparent panel are latched closed to the roof together or can be pivoted together to an open position.

Abstract: For a compact tractor, a composite molded plastic floor and fender structure is supported on a chassis of the vehicle. The floor and fender structure includes a foot supporting region, a seat supporting region and two fenders all formed of a composite RIM plastic material. The unitary floor and fender structure simplifies manufacture of the tractor as well as providing a lightweight, durable structure.

Abstract: A visor and transparent window assembly for a utility vehicle cab roof includes a latch mechanism which is selectively operable to retain the transparent panel closed to the roof or to tilt the transparent panel upwardly. The visor overlying the transparent panel is engageable by the latch mechanism to hold the visor to the transparent paneling in close overlying relationship. Plural gas struts are connected between the visor and the utility vehicle roof to assist in the tilting open of the visor. The visor and the transparent panel are hingedly connected to the roof along a common axis so that the transparent panel and the visor can be opened together as a unit without binding. The latch mechanism includes a hook end which can selectively engage the visor to the transparent panel such that the visor and the transparent panel are latched closed to the roof together or can be pivoted together to an open position.