Abstract: An electrically conductive assembly for preventing current flow through the raceways of a bearing includes a mounting ring disposeable within a retention groove of an outer member or a bearing outer ring and is formed of an electrically conductive elastic material. The mounting ring has two circumferential ends spaced apart and is deflectable inwardly such that the two circumferential ends displace generally toward each other to reduce the outside diameter of the ring for installation into the retention groove. An arcuate conductor has an outer radial end attached to the mounting ring, an inner radial end engageable with the shaft or the bearing inner ring and two circumferential ends spaced apart to define an arcuate gap when the conductor is installed about a shaft or a bearing inner ring. An electrically conductive path extends between the shaft and the outer member through the arcuate conductor and the mounting ring.

Abstract: An electrically conductive assembly for preventing current flow through the raceways of a bearing includes a mounting ring disposeable within a retention groove of an outer member or a bearing outer ring and is formed of an electrically conductive elastic material. The mounting ring has two circumferential ends spaced apart and is deflectable inwardly such that the two circumferential ends displace generally toward each other to reduce the outside diameter of the ring for installation into the retention groove. An arcuate conductor has an outer radial end attached to the mounting ring, an inner radial end engageable with the shaft or the bearing inner ring and two circumferential ends spaced apart to define an arcuate gap when the conductor is installed about a shaft or a bearing inner ring. An electrically conductive path extends between the shaft and the outer member through the arcuate conductor and the mounting ring.

Abstract: A clutch assembly includes a clutch hub, a clutch drum disposed about the clutch hub, a first gear connected to the clutch drum, the first gear configured to be coupled with a first shaft, the clutch hub configured to be coupled with a second shaft, a clutch pack disposed between the clutch hub and the clutch drum, and an air-actuated piston assembly for selective actuation of the clutch pack to connect or disconnect two drive axles in a tandem axle assembly. The clutch assembly includes a plurality of lever arms disposed between the piston assembly and the clutch pack. Each lever arm extending to engage the piston and the clutch pack. Each lever arm may be pivotally mounted to a lever carrier plate or to a fixed portion of the piston housing.

Abstract: A clutch assembly includes a clutch hub, a clutch drum disposed about the clutch hub, a first gear connected to the clutch drum, the first gear configured to be coupled with a first shaft, the clutch hub configured to be coupled with a second shaft, a clutch pack disposed between the clutch hub and the clutch drum, and an air-actuated piston assembly for selective actuation of the clutch pack to connect or disconnect two drive axles in a tandem axle assembly. The clutch assembly includes a plurality of lever arms disposed between the piston assembly and the clutch pack. Each lever arm extending to engage the piston and the clutch pack. Each lever arm may be pivotally mounted to a lever carrier plate or to a fixed portion of the piston housing.

Abstract: A sound responsive garment for synchronized output of sound, light and vibration includes a shell. A power module is coupled to the shell. A microprocessor is coupled to the shell and operationally coupled to the power module. A plurality of speakers, a plurality of lights and a plurality of vibrators are coupled to shell and operationally coupled to the microprocessor. An input is operationally coupled to the microprocessor. The input is configured to couple to an audio source such that an audio signal from the audio source is relayed to the microprocessor. The speakers are positioned to emit the audio signal. The lights and the vibrators are motivated by the microprocessor to emit light and vibrations, respectively, timed to the audio signal.

Abstract: A sound responsive garment for synchronized output of sound, light and vibration includes a shell. A power module is coupled to the shell. A microprocessor is coupled to the shell and operationally coupled to the power module. A plurality of speakers, a plurality of lights and a plurality of vibrators are coupled to shell and operationally coupled to the microprocessor. An input is operationally coupled to the microprocessor. The input is configured to couple to an audio source such that an audio signal from the audio source is relayed to the microprocessor. The speakers are positioned to emit the audio signal. The lights and the vibrators are motivated by the microprocessor to emit light and vibrations, respectively, timed to the audio signal.

Abstract: A device and method for rated voltage detection and charging of electric batteries. The method comprises the steps of measuring a terminal voltage of the battery having first or second rated voltages, comparing the terminal voltage to a number of threshold voltages between a minimum threshold voltage and a maximum threshold voltage, determining a condition of the battery, which can be ready to charge or fault, based on a comparison of the terminal voltage to the threshold voltages, determining that the rated voltage of the electric battery is the second rated voltage if the determined condition of the electric battery is ready to charge, conducting a pre-charge process if the determined condition of the battery is neither ready to charge nor fault, determining the rated voltage of the electric battery based on a response to the pre-charge process, and charging the electric battery according to the determined rated voltage.

Abstract: A device and method for rated voltage detection and charging of electric batteries. The method comprises the steps of measuring a terminal voltage of the battery having first or second rated voltages, comparing the terminal voltage to a number of threshold voltages between a minimum threshold voltage and a maximum threshold voltage, determining a condition of the battery, which can be ready to charge or fault, based on a comparison of the terminal voltage to the threshold voltages, determining that the rated voltage of the electric battery is the second rated voltage if the determined condition of the electric battery is ready to charge, conducting a pre-charge process if the determined condition of the battery is neither ready to charge nor fault, determining the rated voltage of the electric battery based on a response to the pre-charge process, and charging the electric battery according to the determined rated voltage.

Abstract: An erasable board cover system is provided to enable the selective covering and concealment of the writing surface of the erasable board. The cover system can include a retractable cover that is adapted to slidably cover the erasable board using edge mounted tracks and reels and cords. In other embodiments the cover is a retrofit item that can be disposed over a erasable board in a stationary, static manner, or can be retractably mounted over the erasable board. A manual knob or an electric motor can control the deployment and/or retraction of the erasable board cover in the retractable embodiment. A locking mechanism is provided and configured to secure and prevent movement of, or the removal of, the cover when in a locked position.

Abstract: Anti-dive apparatus for a bicycle including a front wheel suspension, a rim brake, and a support for the rim brake which moves the rim brake relative to the front bicycle wheel and the front wheel suspension responsive to application of an external force to the front bicycle wheel.