Abstract: The present disclosure discloses an intelligent management method and management system of a natural pasture using multi-machine collaboration of UAVs, which belongs to the technical field of UAVs. The method includes: by a UAV group, obtaining pasture environment information, automatically planning a global grazing path, and performing automatic driving and grazing according to a user-defined grazing time, a starting point and an end point; during the process, collecting and analyzing herd activity images, and planning local grazing paths to assist in the automatic driving; and meanwhile, collecting vegetation coverage image data of a grazing area to further assist in the grazing.

Abstract: At least two energy storage devices are used to realize biphasic defibrillation therapy. One of the energy storage devices is the primary energy storage device and the other (e.g. second) energy storage device is the auxiliary energy storage device. The first energy storage device is used to implement both the first and second phase pulses of biphasic pulse therapy to the patient, and the second energy storage device can be used to assist in the first and/or second phase pulse. In other words, the second energy storage device may be combined with the first energy storage device to discharge electricity to the patient to realize the first and/or second phase pulse.

Abstract: This disclosure relates to external defibrillators, expanders thereof and defibrillation monitoring systems. The external defibrillator can include a first human-computer interaction unit, a main control unit, a power module, and a first communication interface for transmitting data with an expander corresponding to the external defibrillator. The expander can include a host for collecting vital sign data, and a second communication interface, connected with the host, for transmitting data with the external defibrillator. The external defibrillator is portable for emergency rescue and also transmits data with the expander, thereby realizing various expanded functions.

Abstract: Methods and apparatus for protecting a function mode of a medical device are described. A method may include the steps of: when an operator selects to use a function mode that needs protection in the medical device, presenting the operator information on a specified operation for entering the selected function mode; receiving an operation of the operator; determining whether the received operation of the operator is identical to the specified operation; and starting the selected function mode, if the determining result is confirmative.

Abstract: A biphasic defibrillation circuit and defibrillator.

Abstract: A method and apparatus are disclosed for automatic self-test of a medical device. The method includes detecting whether the medical device has reached an automatic self-test time set in the last time, when the medical device is in a power-off state. If the result of the detecting is affirmative, the method includes initiating the medical device to perform automatic self-test according to determined automatic self-test items, and determining the automatic self-test time of the next time for the medical device based on the result of the automatic self-test. The automatic self-test time and the automatic self-test items are relatively flexible so as to avoid the unnecessary consumption of electricity and the unnecessary wear-and-tear of the instrument caused by unnecessary automatic self-test.

Abstract: Methods and apparatus for protecting a function mode of a medical device are described. A method may include the steps of: when an operator selects to use a function mode that needs protection in the medical device, presenting the operator information on a specified operation for entering the selected function mode; receiving an operation of the operator; determining whether the received operation of the operator is identical to the specified operation; and starting the selected function mode, if the determining result is confirmative.

Abstract: Methods and apparatus for protecting a function mode of a medical device are described. A method can include steps of: when an operator selects to use a function mode that needs protection in the medical device, presenting the operator information on a specified operation for entering the selected function mode; receiving an operation of the operator; determining whether the received operation of the operator is identical to the specified operation; and starting the selected function mode, if the determining result is confirmative.

Abstract: The invention relates to a method and apparatus for protecting a function mode of a medical device, the method comprising steps of: when an operator selects to use a function mode that needs protection in the medical device, presenting the operator information on a specified operation for entering the selected function mode; receiving an operation of the operator; determining whether the received operation of the operator is identical to the specified operation; and starting the selected function mode, if the determining result is confirmative. The invention not only efficiently protects the function modes of the medical device and makes it not to be operated arbitrarily, but also facilitates the use of the operator.

Abstract: The present invention discloses a method and apparatus for automatic self-test of a medical device, the method comprising steps of: detecting whether the medical device has reached a automatic self-test time set in the last time, when the medical device is in an power-off state; if the result of the detecting is affirmative, initiating the medical device to perform automatic self-test according to determined automatic self-test items; and, determining the automatic self-test time of the next time for the medical device based on the result of the automatic self-test. The automatic self-test time and the automatic self-test items of the present invention are both relatively flexible, and the automatic self-test can be performed more effectively, the unnecessary consumption of the electricity and the unnecessary wear-and-tear of the instrument caused by unnecessary automatic self-test can be avoided, and the deficiency of failing to discover problems due to far apart automatic self-tests can be avoided as well.