74results about How to "Normal start" patented technology

An electronic device with substrate management controller firmware comprises a flash memory and a substrate management controller stored in the flash memory; the substrate management controller is equipped with a U-Boot loader; the U-Boot loader is used for loading the substrate management controller firmware stored in the flash memory to the substrate management controller after the U-Boot loader is loaded to the substrate management controller; and the U-Boot loader is loaded before the substrate management controller is electrically started on the electronic device. The U-Boot loader is also used for loading the firmware from one memory device electrically connected with the electronic device when the substrate management controller firmware cannot be loaded from the flash memory. The invention further provides a corresponding firmware loading method. Through the electronic device and the firmware loading method, the firmware which can not be loaded from the flash memory can be loaded from the memory device, so that the substrate management controller can be normally started.

The invention provides a fall protection and reverse-connection protection system and method for automobile starting power source wiring clamp. The fall protection and reverse-connection protection system includes a system provided with an internal battery, a switch circuit, an access device, a wiring clamp, an MCU control circuit, an external battery detection and voltage sharing circuit, an output wiring clamp current detecting circuit and a reverse-connection protection circuit. The inner battery is connected to the access device through the switch circuit. The MCU control circuit is arranged at the front end of the switch circuit. The external battery detection and voltage sharing circuit is connected between the switch circuit and the access device. The access device is connected to the output wire clamp current detection circuit. The reverse-connection protection circuit is connected with the MCU control circuit. The invention also provides a fall protection and reverse-connection protection method for the automobile starting power source wiring clamp. Voltage condition of an external power source can be detected effectively and different operation actions can be taken according to the voltage condition of the external power source, so that normal starting is ensured.

The invention relates to a continuous dry anaerobic fermentation method which comprises the following steps: A) raw material filling: adding organic solid waste into a fermentation container; B) fermentation starting: sealing the fermentation container to carry out anaerobic fermentation; C) feeding: adding the fresh organic solid waste into the fermentation container with a feeding buffer unit or system; D) discharging: while carrying out the step C, taking out the fermented material with a discharging buffer unit or system; and E) continuous operation: repeating the steps C and D. In the whole anaerobic fermentation process, a solar device can be utilized to heat the fermentation device.

The objective of the present invention is to reduce the pressure reduction time while preventing foaming in an oil separation device during capacity control of a compressor, and to avoid startup congestion and thus enable normal starting even when a portion provided in an air release pipe and having a small flow path cross-sectional area becomes clogged. This oil supply type compressor is equipped with a compressor main body, an oil separation device, and an air discharge passage for discharging compressed air during capacity control of the compressor. Furthermore, the air discharge passage is equipped with a passage having a large flow volume and a passage having a small flow volume, and when compressed air is discharged from the air discharge passage to the atmosphere during capacity control, the pressure in the oil separation device is discharged using the passage having a large flow volume, until the pressure reaches or falls below a restarting-possible pressure, which is the pressure at which startup congestion does not occur when the compressor main body is restarted. When the pressure in the oil separation device reaches a prescribed pressure, which is less than or equal to the restarting-possible pressure and is higher than a foaming pressure, which is the pressure at which foaming occurs when the pressure in the oil separation device is discharged quickly, the pressure is discharged using the passage having a small flow volume.