3065 results about "Towing" patented technology

A system for determining the tongue weight and total weight of a towed vehicle and other parameters includes a drawbar transducer in one embodiment, a receiver hitch transducer in another embodiment, and a trailer tongue transducer in a further embodiment. Strain gauges are strategically located on the transducer and information regarding the towed vehicle are sent to a display. In one embodiment, a portable display unit, smartphone or the like has a receiver for receiving transmitted data from the transducer reflective of the towed vehicle measured and calculated parameter so that a user can view the tongue weight in practically real time as well as other parameters relating to loading and towing. In this manner, the user can adjust the contents of the towed vehicle to achieve proper tongue weight without the necessity of going back and forth between the trailer and the transducer. A method is also disclosed for determining a safe towing condition based on the trailer tongue weight, trailer pulling force, acceleration during towing, calculated trailer weight, and other factors.

Reverse proximity sensors are used to determine an angle between a towed trailer and the towing vehicle. The trailer sway control determines a trailer angle of sway based upon proximity sensor readings from the reverse proximity sensors and from a sensor reading of an angle of turn of a steering wheel of the towing vehicle. Provided the determined trailer angle of sway exceeds a range that can be tolerated, a controller sends instructions to apply necessary braking to the vehicle or trailer to mitigate the trailer sway.

The present invention discloses a marine seismic system with a control system and at least one powered (manned or unmanned) tow vehicle with at least one seismic apparatus or system attached thereto, the at least one powered tow vehicle for selectively towing under its own power the at least one seismic apparatus or system. In one aspect such towing is done in controlled conjunction with movement of one or more host vessels. In another aspect such a marine seismic system includes at least one service boat for servicing the at least one powered tow vehicle.

Reverse proximity sensors are used to determine an angle between a towed trailer and the towing vehicle. The trailer sway control determines a trailer angle of sway based upon proximity sensor readings from the reverse proximity sensors and from a sensor reading of an angle of turn of a steering wheel of the towing vehicle. Provided the determined trailer angle of sway exceeds a range that can be tolerated, a controller sends instructions to apply necessary braking to the vehicle or trailer to mitigate the trailer sway.

A method and apparatus for a portable renewable energy generator includes; a movable platform adapted for one of towing and transport to a remote area, a redundant renewable energy source generator including a wind energy extraction device configured for transport on the movable platform, and a battery system operably connected to the redundant renewable energy source generator. The battery system is configured to store electrical energy generated by the redundant renewable energy source generator.

Apparatus and a method for its use to assist an operator of a towing vehicle in backing the towing vehicle accurately into a position in which parts of a hitch can be mated to connect the towing vehicle with a trailer. A camera in a towing vehicle module provides the towing vehicle operator a video image of the trailer and a target mounted on it. A beam of light from the towing vehicle module and falling on the target is visible in the video image to show when the towing vehicle approaches and reaches a position in which the hitch can be mated.

A system for docking a vehicle to a trailer includes a scanning module affixed to the rear of a vehicle that scans the area behind the vehicle to locate and measure the distance to a trailer, utilizing a reflector affixed to the trailer. A display module in the cab of the vehicle receives distance and direction data from the scanning module and uses a graphical display to graphically depict the distance and relative orientation between the vehicle and trailer. In one embodiment the graphical depiction is an overhead view with an icon indicating the position of the trailer hitch. The present invention enables an unassisted vehicle operator to align and position a vehicle for docking with a trailer.

A system and method for braking a drawbar trailer having a front axle and one or more further axles, each axle having at least two wheels, includes first sensors which sense the axle load of at least one axle, and second sensors which sense the rotational wheel speeds. Brakes actuatable with a pneumatic brake pressure brake the trailer. Brake signals generated in the towing vehicle are transmitted between the towing vehicle and the trailer. A control unit receives these brake signals and the sensor signals, and determines the axle load. The operating pressure is adapted to the brake pressure which is fed to the brakes. The control unit detects the brake pressure value as a function of (i) the specific axle loads of the front axle and the other axles and (ii) the received brake signals, and actuates the brakes such that the detected brake pressure is made available.

A method and a device for maneuvering a combination of a towing vehicle and a trailer, wherein the trailer is connected to the towing vehicle by a non-steerable tow-bar, and the towing vehicle observes the rear surroundings, including the trailer, by a rear-view camera. The method includes the steps: a) determining the actual articulation of the trailer relative to the towing vehicle; b) determining the length of the tow-bar and the maximum articulation of the trailer; c) inputting the intended articulation of the trailer; d) reversing the towing vehicle with at least active steering support until the intended articulation of the trailer is reached; e) fixing the direction of travel predetermined by the intended articulation; f) maneuvering the towing vehicle with at least active steering support while maintaining the predetermined direction of travel until an eventual parking position is reached.

A method and apparatus for a portable renewable energy generator includes; a movable platform adapted for one of towing and transport to a remote area, a redundant renewable energy source generator including a wind energy extraction device configured for transport on the movable platform, and a battery system operably connected to the redundant renewable energy source generator. The battery system is configured to store electrical energy generated by the redundant renewable energy source generator.

Towed vehicles can be extremely heavy. Accordingly, it is too much of a burden to the braking system of a towing vehicle to not have brakes on the towed vehicle. Controlling the brakes of the towed vehicle must be accurately applied otherwise undesirable conditions can be created. There is a need for a method for controlling braking of a towed vehicle. This method comprises receiving a first signal via a communication bus of a towing vehicle, the first signal relating to at least one operating condition of at least one the towing vehicle and a towed vehicle, sending a second signal to brakes of the towed vehicle, the second signal based on said first signal.

A brake monitoring system is disclosed. The monitoring system includes a primary braking system located in a towing vehicle. A towed vehicle is releasably attached to the towing vehicle. A towed vehicle braking system is mounted in the towed vehicle. An auxiliary braking device is configured to activate the towed vehicle braking system and to sense at least one parameter of the auxiliary braking device or of the towed vehicle braking system. A transmitter is in communication with the auxiliary braking device. The transmitter is configured to send a signal about the parameter. A receiver is located in the towing vehicle. The receiver is configured to receive the signal from the transmitter. A display is located in the towing vehicle and is in communication with the receiver. The display is configured to display a message to a towing vehicle occupant about the parameter.

A trailer connection assist system includes a towing vehicle having a hitch receiver, a trailer having a trailer hitch, a system controller, a position sensor provided on the hitch receiver and the trailer hitch and communicating with the system controller, a vehicle motor of the towing vehicle interfacing with the system controller, vehicle wheels of the towing vehicle interfacing with the vehicle motor and a steering system connected to the system controller and the vehicle wheels and adapted to steer the vehicle wheels. The system controller is adapted to operate the vehicle motor and the steering system responsive to input from the position sensor. A method of aligning a hitch with a hitch receiver provided on a towing vehicle is also disclosed.

Systems and methods for automatic steering of marine seismic towing vessels are described. One system comprises a towing vessel, a seismic source, and optionally one or more seismic streamers towed by the towing vessel; a steering sub-system for steering the vessel, the sub-system including a vessel steering algorithm for calculating an optimum vessel steering path; and a controller to produce a difference between a measured position of a tracking point with a pre-plot position of the tracking point, and calculate a set point based on the difference to the steering algorithm. It is emphasized that this abstract is provided to comply with the rules requiring an abstract, allowing a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. 37 CFR 1.72(b).

In the case of a method for hitching a trailer (2) to a motor vehicle (1), in particular a semitrailer to a semitrailer towing machine, an image sensor (5) is provided which is arranged in a hitching region (6) in such a manner that image data of the hitching region (6) are recorded. During the approach of the motor vehicle (1) to the trailer (2), stored model data of the hitching region (6) of the trailer (2) are segmented in the image data recorded by the image sensor (5) and are in each case placed in the correct position in the image data. A target zone (9) for the hitching is determined therefrom. The arrangement of the target zone (9) in the image data is used as a measurement for a steering operation of the motor vehicle (1) during hitching.

Apparatus and a method for its use to assist an operator of a towing vehicle in backing the towing vehicle accurately into a position in which parts of a hitch can be mated to connect the towing vehicle with a trailer. A camera in a towing vehicle module provides the towing vehicle operator a video image of the trailer and a target mounted on it. A beam of light from the towing vehicle module and falling on the-target is visible in the video image to show when the towing vehicle approaches and reaches a position in which the hitch can be mated.

Systems for towing a trailer by a towing vehicle and a method for controlling such a system are disclosed. The systems and method are configured to maintain a constant towing load on the towing vehicle as well as optimizing other performance criteria such as fuel efficiency. The system comprises a closed loop controller, a towing arm assembly, a load measuring device, an electric hub motor, brakes, a motor controller and a brake controller disposed on the trailer. In another embodiment, two separate systems are installed, one on each side of the trailer. A load force feeds into a PID controller programmed with preset proportional, differential and integral parameters. The PID controller generates a command signal to either modulate the brakes or motor up or down depending on the sign of the command signal. A process output updates the system which continuously adjusts based on driving conditions.

Apparatus and a method for its use to assist an operator of a towing vehicle in backing the towing vehicle accurately into a position in which parts of a hitch can be mated to connect the towing vehicle with a trailer. A camera in a towing vehicle module provides the towing vehicle operator a video image of the trailer and a target mounted on it. A beam of light from the towing vehicle module and falling on the target is visible in the video image to show when the towing vehicle approaches and reaches a position in which the hitch can be mated.

In a system and a method of stabilizing a vehicle combination of a towing vehicle and a trailer or a semi-trailer, wherein a trailer brake system on the trailer or semi-trailer which may be operated together with the a vehicle brake system on the towing vehicle as well as independent from said vehicle brake system, the system and method includes: detecting at least one signal corresponding to at least one driving condition; computing the detected at least one signal corresponding to said at least one driving condition and comparing the at least one detected signal with a corresponding predetermined values representing a critical driving condition; allowing independent operation of the trailer brake system in response to a detected critical driving condition; and automatically operating the trailer brake system in response to the activation means by applying temporary braking actions on the trailer. Hereby, a proactive stabilising trailer brake system, also known as stretch-braking, is provided.

Towed vehicles can be extremely heavy. Accordingly, it is too much of a burden to the braking system of a towing vehicle to not have brakes on the towed vehicle. Controlling the brakes of the towed vehicle must be accurately applied otherwise very dangerous conditions can be created. A method of controlling braking of a towed vehicle is, therefore, needed. The method comprises receiving speed signals based on speed of a towing vehicle, or a towed vehicle, or both said towing vehicle and said towed vehicle, receiving pressure signals based on pressure of a hydraulic brake system of the towing vehicle, and generating a brake output signal based on the speed signals and the pressure signals.

An agricultural side dressing fertilizer coulter row unit includes a first attachment member adapted to be rigidly connected to a towing frame, and a second attachment member pivotably coupled to the first attachment member for pivoting movement about a substantially vertical axis. A linkage is pivotably coupled to the second attachment member for pivoting movement of the trailing end of the linkage relative to the second attachment member, and a tool-carrying stem pivotably coupled to the trailing end of the linkage carries a rotatably mounted coulter wheel for forming a slit in the soil, a liquid fertilizer dispenser for dispensing fertilizer, and a rotatably mounted closing wheel for closing the slit. A biasing element is pivotably attached to the linkage and coupled to the second attachment member for urging the stem downwardly with a controllable force.

A transfer case for a vehicle that allows shifting between AWD and two-wheel drive at any vehicle speed. The transfer case includes a center differential employing pinion and sun gears that allow a front drive shaft and a rear drive shaft to turn at different speeds to provide the all-wheel drive function. The transfer case further includes an electrically actuated synchronizer assembly that allows the speed of the front drive shaft to be synchronized to the speed of the rear drive shaft when shifting from two-wheel drive to all-wheel drive to provide the shift on the fly function. The synchronizer assembly also includes a neutral position where both the front drive shaft and the rear drive shaft are not engaged to the vehicle transmission to allow for vehicle towing.

An apparatus for securing a towing vehicle to a towed vehicle is disclosed. The apparatus includes a base, a mount movably secured to the base and one or more hitches attached to the mount. The mount may rotate, pivot, translate, or otherwise move in relation to the base in order to move the hitch between various positions including one or more towing positions and at least one stored or stowed position. The hitch, or hitches, may also be movably secured to the mount for additional flexibility in configuring the apparatus in the towing and stowed positions. Additionally, when multiple hitches are provided, each of the multiple hitches may be configured as different size or style of hitch such that a user may select one of the hitches depending on the intended use thereof.

Method and Device for Stabilizing a Car-Trailer Combination A method and device for stabilizing a car-trailer combination, including a towing vehicle and a trailer moved by the towing vehicle, is disclosed. The rolling motions of the towing vehicle are monitored and measures that stabilize driving are preformed upon detection of an actual or expected unstable driving condition of the towing vehicle or the car-trailer combination. In order to insure a proper intervention, the yaw velocity of the towing vehicle or the car-trailer combination is detected and the measures that stabilize driving conditions are controlled dependent upon the detected yaw velocity.

Embodiments of the invention are directed to an unmanned air vehicle (UAV) system and a small unmanned air vehicle (SUAV) system for deploying and towing a sensor in a tow medium, and to methods related thereto. A UAV-sensor towing package comprises a fixed-wing UAV including a control and signal processing platform, a long range data RF link operably connected to the control and signal processing platform, a UAV wireless data link operably connected to the control and signal processing platform, and a tow body deployment system operably connected to the control and signal processing platform; a tow line attached at an end thereof to the UAV; a tow body attached to another end of the tow line; and a communications link including a transmitter / receiver component coupled to the tow line, and a T / R wireless data transmission link (194) operably connected with the transmitter / receiver component and the UAV wireless data link.

A towing device, for a towing vehicle, with a coupling shaft attached to the towing vehicle, a ball head mounted on the coupling shaft so that the ball head can rotate about a vertical axis, which can be coupled to a coupling counterpart of a trailer vehicle, and with an angle-measuring device by which rotation of the ball head about the vertical axis, relative to the coupling shaft, can be determined, and a force-measuring device by which force exerted by the ball head on the coupling shaft in the direction of the vertical axis can be determined.