Patent Application
20210094368
Large trucks that haul large and heavy containers work in areas where the road surfaces are often filled with potholes or soft spots. It is not unusual for a truck of that size to weigh ten tons and the container to weigh an additional twenty tons. If the truck gets stuck, the truck must stop its travel and call a tow truck. This decreases the efficiency of the truck and lowers profit for the trucking company and the truck driver. This is a device that will eliminate the need to call a tow truck with its resultant cost and wait time and allow the truck to once again start moving again.
There are many prior references to tire traction devices that allow vehicles to be removed or extricated from holes of soft grounds. Each of the devices work to achieve the same general purpose but none of them have the structure of the current device.
A representative example of this types of device can be found at Reil U.S. Patent Publication 2011/0094643 which is a device that is secured to the center of the wheel and extends outward and attaches to the surface of the tire. While the Reil '643 device will be operational on many different types of tires, it will not function on all tires. Another reference that teaches a tire traction device can be found at Chira, U.S. Pat. No. 8,651,154, which is a device that completely surrounds the tire surface. The Chira device is not meant to be portable.
Other references that teach traction devices can be found at Theroux, U.S. Pat. No. 10,179,486 and Moses U.S. Pat. No. 9,067,46. Both of these devices attach to a portion of the truck tire but do not possess the same structure as the current device.
There are other prior references that teach truck traction devices but none of the prior art has the same structure as the structure of the device in the current application.
The current application the device is meant to be portable and can be quickly mounted onto a tire so that the tire can gain traction when the tire begins to rotate. Once the truck is no longer stuck, the device is removed and stowed. This device is a portable device, which will wrap around the perimeter of the tire in order for the tire to gain traction so the truck or vehicle can move. Once the vehicle has moved a sufficient distance and the truck tire is dislodged and can rotate on the road surface, the user removes the device from the tire and stows it in a convenient compartment.
The device will wrap around the perimeter of a tire. On either ends of the device will be a pair of shoes or flat surfaces. The shoes are an integral part of this device. These shoes or flat surface will rest on the tire surface.
A band will connect the shoes to each other. Attached to the band will be a means to tighten the device. The means to tighten the shoes may be a ratchet device. Regardless of the specific means to tighten the device on the tire, it is the desire of the user to be able to tighten it easily.
There are many ways to tighten the device and no specific means to tighten is being claimed in this application. The device can be put on a single tire or the user may elect to put another device on a tire on the opposite side of the truck to obtain additional traction for the tire as it is dislodged from the imperfect surface.
As the tire rotates and obtains traction on the road surface it will permit the truck to move forward. Once it has been determined that the truck has moved a sufficient distance the user removes the device and stows it in a compartment
This device is designated or predetermined to be a temporary solution so that the truck or vehicle can move a sufficient distance to allow the truck and any associated load to be able to move freely along the highway.
The device 5 is used as a temporary measure to enable the driver of a vehicle to become dislodged from a ground surface. This device can be used on any tire, whether that vehicle is stuck in sand, mud of holes in pavements. The device is designed to be portable and relatively lightweight so that all individuals can use the device. The device can be used on passenger vehicles and tractor trailers. While the device is relatively lightweight and is meant to be portable, it must be made from material that can withstand enormous forces in all environmental extremes. While the device can be used with any type of vehicle, for purposes of the patent application, the use of the device with a tractor trailer will be discussed.
Tractor trailers are commonplace on the highways and are often used to transport containers, which are either empty or full of goods; the combination of tractor trailer cab and attached tractor trailer can be in excess of 40,000 pounds. As you might expect it is important that the tractor trailer remains in motion most of the day. If the truck is idle the shipper is losing the opportunity to transport goods and lose money and the driver is also not earning any money. These tractor trailers are extremely heavy and they are commonly used in and around ports of railyards. Unfortunately, the road surfaces at ports and railyards will often have potholes of other “soft” spots due to the wear and tear on the road surface that is caused by the tractor trailer cab and attached load. If any part of the tractor trailer gets stuck in a pothole or other soft spot, the owner of the truck must call a towing service. The call to a towing service will result in more down time for the truck and additional costs and loss of revenue for the driver or owner.
In the event a tire of the tractor trailer gets stuck, the driver can wrap this device 5 around the tire 1 of the tractor trailer such as depicted in
The user of the device 5 will place the device around the tire such as depicted in
The user places the device on the tire such as depicted in
