Abstract: A brake system of an off-road vehicle includes a hand brake lever, a foot brake lever and a master cylinder. The hand brake lever can control both front and rear brake calipers by causing brake fluid to be input into an input chamber of the master cylinder, causing brake fluid pressure to increase in both primary and secondary chambers and brake fluid to flow out of both primary and secondary output ports. The foot brake lever can also control both the front and rear brake calipers via the master cylinder. A control system has an unlocking base station and a control module. The unlocking base station is capable of being wirelessly paired with a hand-carried transmitter. The control module will start the prime mover system only after assessment of a distance between the unlocking base station and the hand-carried transmitter based on a signal received from the hand-carried transmitter.

Abstract: A battery arrangement is provided, including a battery arrangement comprising a plurality of generally cylindrical battery cells positioned side by side in a planar array, the plurality of generally cylindrical battery cells comprising at least 16 generally cylindrical battery cells and a battery thermal management system (BTMS) configured to evaluate switch conditions, temperature, and available equipment to effectuate a heating regimen for heating the generally cylindrical battery cells. The plurality of generally cylindrical battery cells is connected to provide electric power over a single electrical power transmission channel.

Abstract: A battery arrangement is provided, including a battery arrangement comprising a plurality of generally cylindrical battery cells positioned side by side in a planar array, the plurality of generally cylindrical battery cells comprising at least 16 generally cylindrical battery cells. The plurality of generally cylindrical battery cells are connected to provide electric power over a single electrical power transmission channel.

Abstract: Traffic proxy-based Internet of Things terminal key information leakage monitoring methods and systems, electronic devices, storage media, and computer programs. An example method includes: receiving a proxy request sent by an Internet of Things terminal, the proxy request including protocol related information of the Internet of Things terminal, and the protocol related information including part or all of device model information, service type information, and data packet information; according to the protocol related information of the Internet of Things terminal, determining a target protocol corresponding to the Internet of Things terminal; and allocating a target proxy service to the Internet of Things terminal according to the target protocol, and a usage state and an online state of each proxy service in a full traffic proxy pool, and performing key information monitoring on the traffic of the Internet of Things terminal by the target proxy service.

Abstract: A multi-channel light-emitting diode (LED) linear driver circuit, including a switch-triggering loop, a dimming drive loop and an output loop. The switch-triggering loop is configured to detect a triggering situation of an external switch and send a switching control signal according to the triggering situation of the external switch. The dimming drive loop is configured to generate at least two drive signals. The output loop includes at least two output ports respectively connected to the least two drive signals. The switch-triggering loop is connected to the output loop. The switching control signal is configured to control connection or disconnection of each of the at least two output ports.

Abstract: A grounded voltage protection circuit for a linear drive circuit includes an AC-DC power supply module, a first voltage protection module, an LED module, a drive IC and a linear current adjustment module. Through the cooperation of the first voltage protection module, the drive IC and the linear current adjustment module, when a DC voltage signal output by the AC-DC power supply module exceeds a first preset voltage value, the first voltage protection module outputs the first preset voltage signal to prevent the drive IC and the LED module from being damaged due to the overvoltage output by the AC-DC module, and avoid the transient impulse voltage in the entire voltage protection circuit, thereby enabling the voltage protection circuit to pass the CEC certification.

Abstract: A linear drive circuit and an LED light including the same. The linear drive circuit includes an AC-DC module, an LED module, a CCT and brightness control module, and a drive control module. The AC-DC module is connected to the LED module through a first unidirectional conductive element, and is configured to obtain an AC input voltage control signal, and convert the AC input voltage control signal into a corresponding DC voltage control signal. The CCT and brightness control module is connected to the LED module, and is configured to obtain a corresponding CCT control signal or a brightness control signal according to the DC voltage control signal, so as to adjust the CCT of each LED string in the LED module. The drive control module is configured to receive the brightness control signal, thereby adjusting the brightness of the LED module.

Abstract: A linear drive circuit and an LED light including the same. The linear drive circuit includes an AC-DC module, an LED module, a CCT and brightness control module, and a drive control module. The AC-DC module is connected to the LED module through a first unidirectional conductive element, and is configured to obtain an AC input voltage control signal, and convert the AC input voltage control signal into a corresponding DC voltage control signal. The CCT and brightness control module is connected to the LED module, and is configured to obtain a corresponding CCT control signal or a brightness control signal according to the DC voltage control signal, so as to adjust the CCT of each LED string in the LED module. The drive control module is configured to receive the brightness control signal, thereby adjusting the brightness of the LED module.

Abstract: The present invention provides a circuit for linearly driving LED illumination based on MCU-controlled color temperature switching, comprising an SCM color temperature control module, an LED linear dimming driving and control module and an LED illumination module. The SCM color temperature control module may output two PWM signals, to adjust the ratio of current at the LED bead strings, thus to synthesize two or more different color temperatures. Or, the SCM color temperature control module outputs multi-channel control signals and then controls a color temperature output module to control the ratio of current at the LED bead strings at high and low color temperatures, thus to realize two or more color temperatures. Furthermore, a memory function or a non-memory function can be realized, if desired. The LED linear dimming driving and control module can control and adjust the illuminance of the LED illumination module, and can realize a dimming function.