Patent classifications
B60Y2200/252
Hydraulic bypass system
A hydraulic system includes a hydraulic pump. A first hydraulic shock is coupled to a first port of the hydraulic pump. A second hydraulic shock is coupled to a second port of the hydraulic pump. A first hydraulic cylinder is coupled to the first port of the hydraulic pump. A second hydraulic cylinder is coupled to the second port of the hydraulic pump. A first valve is coupled between the first hydraulic cylinder and second hydraulic cylinder. The first valve can be actuated by a computer system or can be a ball and spring check valve. A second valve is coupled between the first hydraulic cylinder and second hydraulic cylinder. A flow direction of the second valve is opposite a flow direction of the first valve. A first piston is disposed in the first hydraulic cylinder, and a second piston is disposed in the second hydraulic cylinder.
HEAT EXCHANGER FOR A SNOWMOBILE ENGINE AIR INTAKE
A snowmobile includes a tunnel having an inverted U-shape, having top, left side and right side portions which at least partly enclose a space. A drive track is disposed around a rear suspension assembly and at least in part in the space. A first heat exchanger has a heat exchanger liquid inlet and outlet. The heat exchanger liquid outlet fluidly communicates with the heat exchanger liquid inlet and with an engine liquid inlet. The first heat exchanger forms part of the top portion and is operable to dissipate heat toward the space from liquid passing therethrough. A second heat exchanger has a heat exchanger air inlet and outlet. The heat exchanger air outlet fluidly communicates with the heat exchanger air inlet and with the engine air inlet. The second heat exchanger forms part of the top portion and is operable to dissipate heat toward the space from air passing therethrough.
Method and system for detecting and adapting to fuel differences for an engine
A method and system for operating an engine includes operating the engine with a first plurality of parameters associated with a first fuel type, comparing a detonation signal a first to a first voltage threshold, forming a plurality of vectors by storing detonation signal values that exceed the first voltage threshold, in vectors as vector values wherein later in time vectors include previous vector values, summing vector values for each vector to form a plurality of sum values and when one of the plurality of sums values exceeds a sum threshold, changing an engine controller to operate with a second plurality of parameters associated with a second fuel type.
TRANSPORT TRAILER WITH ON-BOARD CHARGING STATION
A transport trailer, method of construction of the trailer, and method of operation of the trailer that supplies electrical power to power equipment during transport, the transport trailer includes a power coupling for receiving power from a vehicle towing the transport trailer and conduit for transmitting the power from the vehicle to a power charging arrangement, the power charging arrangement comprising a power transmitting pad compatible with a power capture resonator used to charge an on-board battery of power equipment.
Heat exchanger for a snowmobile engine air intake
A snowmobile has a frame including an inverted U-shaped tunnel having top, left and right portions at least partly enclosing a space. A drive track, operatively connected to an engine, is disposed around a rear suspension and at least partly in the space. An air intake system has a heat exchanger surface disposed in or adjacent to the space. Air flowing through the intake system contacts the heat exchanger surface to be cooled thereby before entering the engine.
Vehicle activation systems and methods for electric vehicles
Methods and systems for activating electric vehicles are provided. One method includes, in response to a first command to activate the vehicle, transitioning the vehicle from an inactive state to a wake state where a controller of the vehicle is activated and the vehicle is prevented from being propelled by an electric motor of the vehicle. The method also includes, in response to receiving a second command to activate the vehicle after receiving the first command, transitioning the vehicle from the wake state to a ready state where the vehicle is permitted to be propelled by the electric motor.
Clutch weight for continuously variable transmission
A clutch weight for a continuously variable transmission is disclosed. The clutch weight, in certain examples, includes a body having a first end having a pivot pin opening and a second end opposite the first end, a curvilinear surface disposed between the first end and the second end configured to engage a roller, and wherein the roller contacts the curvilinear surface at least at a first contact position, and a center of mass of the body disposed a distance Y from a center of the pivot pin opening and a distance X from the first contact position, and where a ratio of X to Y is in the range of between about 0.499 and 0.685.
ELECTRIC MOTOR, DRIVE, AND ASSEMBLY FOR TRACKED VEHICLE, SUCH AS A SNOWMOBILE
An electric motor, drive, and assembly for a tracked vehicle. The assembly including an electric motor, a cylindrical housing encircling the electric motor and adapted for rotation about the motor, and a drive sprocket. The drive sprocket is coupled to the housing and having teeth to generally engage a track of the tracked vehicle.
SNOWMOBILE HEAT EXCHANGER ASSEMBLY
A heat exchanger assembly has a top par and a bottom part joined to the top part. At least one of the top and bottom parts defines a recess. The top and bottom parts define therebetween a passage formed in part by the recess. The passage has a first portion of the passage extending along a first side of the heat exchanger assembly; a second portion of the passage extending along a second side of the heat exchanger assembly; an inlet fluidly communicating with the first portion of the passage near a first end of the passage; and an outlet fluidly communicating with the second portion of the passage near a second end of the passage. Fluid enters the passage via the inlet, then flows in the first portion of the passage, then flows in the second portion of the passage, and then exits the passage via the outlet.
STACKABLE CONTAINER ASSEMBLY
A stackable container assembly has a base container and an accessory container selectively connected to a top surface of the base container such that the accessory container is stacked on top of the base container. The base container has a container body has a bottom surface adapted for connecting the base container to a vehicle; a tongue connected to the container body and being adapted for inserting into a first vehicle anchor fixture connected to the vehicle; and an anchor connected to the container body and being adapted for inserting into a second vehicle anchor fixture. The anchor has an anchor base and an anchor lock extending from the anchor base. The anchor lock is rotatable about an axis perpendicular to the anchor base between a locked position and an unlocked position. A container and a vehicle provided with the stackable container assembly are also disclosed.