Abstract: Vehicles, powertrains for vehicles, and methods of mounting powertrains to chassis of vehicles are disclosed herein. A vehicle includes a chassis, a plurality of wheels, and a powertrain. The chassis extends along a longitudinal axis from a first end to a second end arranged opposite the first end. The plurality of wheels are coupled to the chassis between the first end and the second end and configured for rotation about a rotational axis. The powertrain is mounted to the chassis transverse to the longitudinal axis between the first end and the second end. The powertrain is configured to drive rotation of the plurality of wheels about the rotational axis in use of the vehicle.

Abstract: Vehicles, powertrains for vehicles, and methods of mounting powertrains to chassis of vehicles are disclosed herein. A vehicle includes a chassis, a plurality of wheels, and a powertrain. The chassis extends along a longitudinal axis from a first end to a second end arranged opposite the first end. The plurality of wheels are coupled to the chassis between the first end and the second end and configured for rotation about a rotational axis. The powertrain is mounted to the chassis transverse to the longitudinal axis between the first end and the second end. The powertrain is configured to drive rotation of the plurality of wheels about the rotational axis in use of the vehicle.

Abstract: Vehicles, powertrains for vehicles, and methods of mounting powertrains to chassis of vehicles are disclosed herein. A vehicle includes a chassis, a plurality of wheels, and a powertrain. The chassis extends along a longitudinal axis from a first end to a second end arranged opposite the first end. The plurality of wheels are coupled to the chassis between the first end and the second end and configured for rotation about a rotational axis. The powertrain is mounted to the chassis transverse to the longitudinal axis between the first end and the second end. The powertrain is configured to drive rotation of the plurality of wheels about the rotational axis in use of the vehicle.

Abstract: A child safety seat includes a seat back having a routing opening, a seat bottom connected to the seat back for cooperatively providing a seating space with the seat back, a bridge plate having a slot portion and a bending portion, and a safety harness having a shoulder strap and a central adjusting strap. The shoulder strap has two shoulder strap portions slidably routed from a front side of the seat back to a rear side of the seat back through the routing opening. Two rear ends of the two shoulder strap portions located at the rear side of the seat back are permanently coupled to each other through the slot portion. The central adjusting strap is slidably routed to the rear side of the seat back through the seat bottom to be detachably attached to the bending portion for adjusting tightness of the safety harness.

Abstract: A safety belt assembling device is designed to assemble a child restraint system with a vehicle seat. The safety belt assembling device includes a child restraint having a sunken structure, a panel and a fastener mechanism. The child restraint is connected with the child restraint system. The panel is rotatably disposed on the child restraint and adapted to press a safety belt of the vehicle seat inside the sunken structure. The fastener mechanism includes a locking rod, at least one latching hook and a releasing actuator. The locking rod is disposed inside the sunken structure. The latching hook is rotatably disposed on the panel and utilized to detachably catch on the locking rod. The releasing actuator is rotatably disposed on the panel and connected with the latching hook. The releasing actuator is rotated from a flush position to a protruding position to disengage the latching hook from the locking rod.

Abstract: A child safety seat includes a seat back having a routing opening, a seat bottom connected to the seat back for cooperatively providing a seating space with the seat back, a bridge plate having a slot portion and a bending portion, and a safety harness having a shoulder strap and a central adjusting strap. The shoulder strap has two shoulder strap portions slidably routed from a front side of the seat back to a rear side of the seat back through the routing opening. Two rear ends of the two shoulder strap portions located at the rear side of the seat back are permanently coupled to each other through the slot portion. The central adjusting strap is slidably routed to the rear side of the seat back through the seat bottom to be detachably attached to the bending portion for adjusting tightness of the safety harness.

Abstract: A safety belt assembling device is designed to assemble a child restraint system with a vehicle seat. The safety belt assembling device includes a child restraint having a sunken structure, a panel and a fastener mechanism. The child restraint is connected with the child restraint system. The panel is rotatably disposed on the child restraint and adapted to press a safety belt of the vehicle seat inside the sunken structure. The fastener mechanism includes a locking rod, at least one latching hook and a releasing actuator. The locking rod is disposed inside the sunken structure. The latching hook is rotatably disposed on the panel and utilized to detachably catch on the locking rod. The releasing actuator is rotatably disposed on the panel and connected with the latching hook. The releasing actuator is rotated from a flush position to a protruding position to disengage the latching hook from the locking rod.

Abstract: The present invention provides a cup holder assembly adapted for a seat and the seat with the cup holder assembly. The cup holder assembly includes a lateral cover installed on a lateral side of the seat, a main body, and a connection portion connected to a lateral side of the main body. The connection portion hangs on the lateral cover so as to hang the main body on the lateral cover, and a cup can be disposed inside the main body of the cup holder assembly. It not only has simple structure and convenient operation but also can prevent from overturning the cup.

Abstract: The present invention provides a cup holder assembly adapted for a seat and the seat with the cup holder assembly. The cup holder assembly includes a lateral cover installed on a lateral side of the seat, a main body, and a connection portion connected to a lateral side of the main body. The connection portion hangs on the lateral cover so as to hang the main body on the lateral cover, and a cup can be disposed inside the main body of the cup holder assembly. It not only has simple structure and convenient operation but also can prevent from overturning the cup.

Abstract: A buckle includes a female fastener and a male fastener. The female fastener includes a first body and an engaging structure. The engaging structure is formed on the first body. The male fastener is detachably connected to the female fastener. The male fastener includes a second body and a shaft device. The shaft device is disposed on the second body to be detachably coupled with the engaging structure. When the shaft device is coupled with the engaging structure, the first body can rotate relative to the second body.

Abstract: A fixture box for a light fixture or the like is disclosed. An input port accessible from the exterior of the housing is provided to receive and terminate an incoming electrical power source cable. An output port accessible from the exterior of the housing is also provided to provide electrical power to another fixture. A light fixture port accessible from the interior of the housing provides an electrical connection between the incoming power and the light fixture. Enclosed hot, neutral and ground buss portions are provided to make electrical connections and provide electrical power between the input port to the output port and to the fixture port. The fixture box also lowers labor costs due to the quick termination of the Q-CEB to the snap in connection at the ports.

Abstract: An enclosure for wiring devices such as switches and receptacles is provided. A housing member has a main front chamber, a main rear chamber and a central dividing wall separating the front chamber from the rear chamber. The housing has an open front leading to the front chamber. The rear chamber is divided into a plurality of electrical feed ports through which electrical power is provided to and may be taken from the enclosure. The feed ports each have an open back providing access to the ports but not to the main front chamber. A front plate member sized to completely cover and seal the open front of said front chamber is permanently attached to the housing to make a fully enclosed factory sealed enclosure in the front chamber. The front chamber contains a wiring device. Hot, neutral and ground busses extend between and interconnect the feed ports. These busses have segments extending through the dividing wall and connected to a wiring device.

Abstract: A fixture box for a light fixture or the like is disclosed. The fixture box has a housing with an interior and an exterior. An input port accessible from the exterior of the housing is provided to receive and terminate an incoming electrical power source cable. An output port accessible from the exterior of the housing is also provided to provide electrical power to another fixture. A light fixture port accessible from the interior of the housing provides an electrical connection between the incoming power and the light fixture. Enclosed hot, neutral and ground buss portions are provided to make electrical connections and provide electrical power between the input port to the output port and to the fixture port. The fixture box provides greater safety to the end user or homeowner because the bussing of the fixture box is completely enclosed. The fixture box also lowers labor costs due to the quick termination of the Q-CEB to the snap in connection at the ports.

Abstract: An enclosure for wiring devices such as switches and receptacles is provided. A housing member has a main front chamber, a main rear chamber and a central dividing wall separating the front chamber from the rear chamber. The housing has an open front leading to the front chamber. The rear chamber is divided into a plurality of electrical feed ports through which electrical power is provided to and may be taken from the enclosure. The feed ports each have an open back providing access to the ports but not to the main front chamber. A front plate member sized to completely cover and seal the open front of said front chamber is permanently attached to the housing to make a fully enclosed factory sealed enclosure in the front chamber. The front chamber contains a wiring device. Hot, neutral and ground busses extend between and interconnect the feed ports. These busses have segments extending through the dividing wall and connected to a wiring device.

Abstract: A plier tool for closing clam shell type electrical connectors onto electrical wires includes a pair of handles, an upper jaw and a lower jaw. The upper jaw and the lower jaw are movable between an open position and a closed position. The jaws move relatively closer together during a closing operation upon squeezing together of the handles. An upper die member having a pivotal connection point is pivotally attached to the upper jaw for pivotal movement during the closing operation. The upper die member also has a generally planar upper contact surface. The upper contact surface is adapted to continuously contact and slide upon a lid portion of a clam shell type electrical connector during the closing operation. A lower die member is rigidly attached to said lower jaw and has a lower contact surface. The lower contact surface has a cavity therein sized to receive and retain a base portion of clam shell type electrical connector during the closing operation.

Abstract: A plier tool for closing clam shell type electrical connectors onto electrical wires includes a pair of handles, an upper jaw and a lower jaw. The upper jaw and the lower jaw are movable between an open position and a closed position. The jaws move relatively closer together during a closing operation upon squeezing together of the handles. An upper die member having a pivotal connection point is pivotally attached to the upper jaw for pivotal movement during the closing operation. The upper die member also has a generally planar upper contact surface. The upper contact surface is adapted to continuously contact and slide upon a lid portion of a clam shell type electrical connector during the closing operation. A lower die member is rigidly attached to said lower jaw and has a lower contact surface. The lower contact surface has a cavity therein sized to receive and retain a base portion of clam shell type electrical connector during the closing operation.

Abstract: A safety filler plug for recessed electrical contacts is provided. The plug includes a pair of spaced apart generally rectangular arm members including a first stationary arm member and a second tab arm member. The first arm member and the second arm member each have an insertion end, an extension end and a middle portion between the insertion end and said extension end. A generally rectangular horizontal barrier member extends between and bridges the middle portions of arm members. The barrier member has an interior surface and exterior surface. A cross bar support member extends between and has cross bar end portions connected to the insertion ends of the arms. A generally triangular brace member having a first side portion connected to the first arm member and a second side portion connected to said exterior surface of said barrier member is also provided.