Unicell Limited

Other

Diesel Equipment Limited

Roger J Martin

Scott J Vader

Davide Tonizzo

Karel Caslavsky

Ray Minato

Mark S Mull

Chris K Derbecker

Frederick C Seymour

Mike A G Johnson

William C McKee

Markus A Hetzler

Richard J Hellinga

Ray J Minato

Frederick Charles Seymour

William Cecil Mckee

Scott James Vader

Mike Ag Johnson

Doors of a vehicle, such as a delivery vehicle, are controlled based on user inputs. A user may input a vehicle exit mode and stop the vehicle. When an exit mode has been input and the stopping of the vehicle has been sensed, an exit door of the vehicle is opened, with the door being selected based upon said exit mode.

Vehicle with controlled door operation

A vehicle has a body and at least two trailing arm suspensions, one proximate each side of the body. Each trailing arm suspension has a swing arm pivotably mounted at one end to the body and a fluid suspension extending between the swing arm and the body. A wheel is rotatably mounted to a free end of each swing arm. A power plant is provided for powering each wheel and a control system is provided for controlling a volume of fluid in each fluid suspension. The vehicle may have a longitudinally extending body with a sliding side door riding along a track configured such that said door has an open position extending transversely of said body. The vehicle may have a monocoque body with at least substantially planar sides and at least one parcel shelf extending along an inside of, and attached to, each of the sides for stiffening the sides and resisting torsion.

Delivery vehicle

Vehicle rear door

Vehicle body

Truck body

A machine for manufacturing a unitary glass fibre reinforced body shell includes a carriage which is movable along the mold and a turntable which is mounted on a carriage for rotation about a first axis extending in the direction of longitudinal movement of the carriage. An arm is slidably mounted on the turntable for radial movement and a dispenser is located on the arm for dispensing glass fibre reinforced resin onto the surface of the mold. A guidance system is provided which interconnects the turret and the slidable arm and is operable to cause the arm to reciprocate with respect to the turret in a radial direction to maintain a substantially constant length of trajectory extending between the dispenser and the wall of the mold. A drive system is provided for rotatably driving the turret about the axis. The carriage is normally stored on a mobile end cap which may be moved from one mold to another and serves to close one end of the mold. A canopy is mounted with one end connected to the mold and the other end connected to the dispenser carriage such that as the dispenser carriage moves along the mold, the canopy is deployed to cover the open upper end of the mold to form an enclosed chamber from which fumes may be extracted.

Method and apparatus for manufacturing truck bodies

A method of forming the required body shell includes the steps of dispensing a coating of glass fibre reinforced resin onto the forming surface of a mold while moving the dispenser along successive longitudinally displaced U-shaped paths which traverse the forming surface to form a continuous coating covering the top and side forming walls of the mold cavity. The further step of compacting the coating by applying a compactor to the inner surface of the coating and moving the compactor along the same path as that followed by the dispenser at a point located downstream from the dispenser.

Method for manufacturing truck bodies

A body manufacturing system for manufacturing bodies for vans, trailers, trucks and the like comprises; a molding station, a glass fibre applicator, a longitudinal guide associated with each mold for guiding the glass fibre applicator along the length of each mold, a transfer device adapted to support the applicator and transport it along said guide path from one mold to another, an insert locating device for inserting side wall, end wall and roof inserts into the molds, an extraction device for extracting the molded body from the mold in which it is formed, a trimming station, a transporter for transporting the molded bodies from the mold in which they are formed to said trimming station, trimming devices in said trimming station for trimming said body to the required proportions and contour, a floor locating system for locating a floor in the upwardly open end of the body located in the trimming station to form a finished body and a righting mechanism for supporting the molded body and operable to turn it right side up for mounting on a chassis of a vehicle.

Manufacture of glass fibre truck bodies

A solar tracking device constructed in accordance with the present invention includes an azimuthal drive mechanism which utilizes the variable angular velocity of the driven member of a universal joint as the source of power for driving a carriage about a fixed axis at a variable angular velocity corresponding to the variable angular velocity of the sun about the fixed axis. The driving element of the universal joint is mounted on a driving shaft which extends parallel to the axis of rotation of the earth. The altitude control mechanism includes a driving element mounted on the driving shaft which rotates about an axis parallel to the axis of rotation of the earth. The driving element rotates in an equitorial plane whereby its angle of inclination varies in accordance with the variation in altitude of the sun as it rotates in azimuth. A transmission system is provided for connecting the driving element to a tracking head to rotate the tracking head about an axis to track the sun in altitude as the tracking head is driven about the fixed axis in azimuth.

Solar tracking device

Growing community of inventors

Toronto, Canada

Roger J Martin