Abstract: The invention provides a method and device for controlling a nutrient pump. Feeding subject information is obtained and a target feeding amount is determined according to the feeding subject information. The target feeding amount comprises target energy content and/or target nutrient amount. The nutrient pump then outputs a target nutrient according to the target feeding amount. The invention combines the feeding subject information with respect to different categories to determine the target feeding amount, which can improve the accuracy of the target feeding amount, and thus improve the feeding accuracy. Moreover, invention can be executed by a control device, which can acquire the feeding subject information to realize intelligent feeding, and thus avoid being affected by the working hours of the nutrition team, thereby improving time flexibility.

Abstract: The invention provides a nutrient infusion control method, apparatus, device, and storage medium. The method includes: acquiring at least one of nutrient infusion demand information, subject information, and vital sign status parameter of a current subject; determining a first nutrient infusion parameter according to subject the acquired information or parameter; and performing a nutrient infusion according to the first nutrient infusion parameter. The first nutrient infusion parameter is quickly and automatically determined directly according to at least one of the nutrient infusion demand information, the subject information, and the vital sign status parameter. This approach reduces reliance on nutritionists, enhances data accuracy, and improves the precision of nutrient infusion control. Furthermore, this method allows for rapid and accurate determination of the first nutrient infusion parameters, and thus controlling the nutrient infusion device with higher practicality.

Abstract: A method for controlling infusion of a medication into a patient includes obtaining a rise time of a second infusion device; determining a first infusion end time of a first infusion device; and outputting a pre-start message to the second infusion device at a time at as far in advance of the least before the first infusion end time as the rise time. The second infusion device reaches a target infusion rate before the first infusion end time, so that after the end of the infusion of the first infusion device, the second infusion device can directly start the infusion at the target infusion rate. This avoids large flow rate fluctuations and provides continuous, uninterrupted infusion at a desired, more stable rate, reducing the probability of large changes in the patient's vital signs and improving the safety of the infusion.

Abstract: An air conditioner includes a plurality of flat tubes, a first header, a second header, a third header and a connecting pipe. The plurality of flat tubes are configured to circulate a gas-liquid two-phase refrigerant. The first header is disposed at an end of the plurality of flat tubes. The second header is disposed at another opposite end of the plurality of flat tubes, and includes a header body and at least one flow disturbing portion. The at least one flow disturbing portion is disposed in the header body and configured to disturb a flow of the gas-liquid two-phase refrigerant in the header body. The third header is disposed at the another opposite end of the plurality of flat tubes. The connecting pipe communicates with the header body of the second header and the third header.

Abstract: A straddle-type vehicle includes a vehicle body, a suspension system, a set of wheels, a power system, a steering assembly, a vehicle-mounted transmission terminal, at least one acquisition module, and a local area network (LAN) cable. The vehicle-mounted transmission terminal is capable of transmitting signals to a user's portable communications/display device. The vehicle-mounted transmission terminal is connected to at least one acquisition module by the LAN cable. The acquisition module acquires driving data of the straddle-type vehicle. During the running of the straddle-type vehicle, the vehicle-mounted transmission terminal transmits the acquired driving data to the user's portable communications/display device, and the driving data is converted into one or a plurality of instrument images for display on a screen of the user's portable communications/display device. The straddle-type vehicle has better user driving experience and reduced cost of centralized control display screen.

Abstract: The invention provides a method for updating an infusion control parameter, a device, an infusion pump and a storage medium, and relates to the technical field of medical devices. The infusion pump may analyze the obtained infusion record and/or medical advice information to obtain an alternative control parameter corresponding to at least one drug name. Finally, the infusion pump can update a drug database stored in the infusion pump according to the alternative control parameters corresponding to the obtained at least one drug name. There is no need for operation and maintenance staff to collect drug information and infusion control parameters for infusion from doctors, pharmacists, nurses and other medical staff, thereby saving a lot of labor cost and time cost.

Abstract: The invention provides an infusion device, a control method and a computer-readable storage medium. A target object, such as a patient, is infused according to a set infusion parameter and a current first physiological parameter of the target object is determined. A target infusion parameter is then determined according to the target parameter when the first physiological parameter falls outside a preset range. The target object is infused according to the target infusion parameter. The target parameter includes the first physiological parameter, a weight of the target object and/or a constant infusion parameter. When the physiological parameters of the target object fall outside the preset range, the infusion device automatically adjusts the infusion parameters of the infusion device, without requiring the healthcare personnel to manually switch the operating mode of the infusion device for adjustment of the infusion parameters, thereby improving the efficiency of the infusion device.

Abstract: A control method for a liquid infusion system includes receiving a command delivered by an input device and obtaining infusion attribute information from the input device depending on the command. The infusion attribute information includes parameter information, which includes a total intake value for a predetermined time period and at least one first intake value corresponding to at least one first liquid. At least one second intake value is obtained, corresponding to at least one second liquid based on the total intake and the at least one first intake. At least one infusion pump is then controlled with the first liquid to infuse the first liquid into a target, such as a patient, based on the at least one first intake. At one other infusion pump with the second liquid is then controlled to infuse the second liquid to the target based on the at least one second intake.

Abstract: An air conditioner includes a plurality of flat tubes, a first header, a second header, a third header and a connecting pipe. The plurality of flat tubes are configured to circulate a gas-liquid two-phase refrigerant. The first header is disposed at an end of the plurality of flat tubes. The second header is disposed at another opposite end of the plurality of flat tubes, and includes a header body and at least one flow disturbing portion. The at least one flow disturbing portion is disposed in the header body and configured to disturb a flow of the gas-liquid two-phase refrigerant in the header body. The third header is disposed at the another opposite end of the plurality of flat tubes. The connecting pipe communicates with the header body of the second header and the third header.

Abstract: An infusion management method and a system are provided. The system includes the following. A central station is configured to acquire first patient information and first medication information, and send the first patient information and the first medication information to a work station. The work station is configured to receive the first patient information and the first medication information and save the first patient information and the first medication information as first information. The central station is further configured to generate a patient information carrier and a medication information carrier corresponding to the first medication information and the first medication information. An information reading device is configured to acquire second information from the patient information carrier and the medication information carrier.