Man-machine data exchange and database management newborn monitoring bed

Abstract

The invention discloses a man-machine data exchange and database management newborn monitoring bed which comprises a data acquisition module, a data communication and display module, a motor driving unit, a cell management module and a processing operation unit. The data acquisition module is connected with the processing operation unit; the data acquisition module is used for transmitting acquired newborn sign data to the processing operation unit to carry out operation processing; the data communication and display module is connected with the processing operation unit; the data communication and display module is used for transmitting a user instruction and carrying out corresponding display on the sign data subjected to processing operation by the processing operation unit; the motor driving unit is connected with the processing operation unit; the motor driving unit is used for regulating the height and the pitch angle of the monitoring bed according to a instruction sent out by the processing operation unit; the cell management module is connected with the processing operation unit; the cell management module is used for carrying out cell management by the processing operation unit.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a neonatal monitoring bed for man-machine data exchange and database management. Background technique [0002] The existing newborn bed is only used as a temporary sleeping place for newborns when they are born, it is just a bed; the newer newborn beds on the market have added lifting and forward tilting functions, and the above functions are manual gas spring lifting Way. Kind like figure 1 shown. The pressure sensor realizes the weighing technology, the contact body temperature probe realizes the collection of the temperature of the newborn, the contact pulse sensor, the contact blood oxygen probe and the jaundice detection module. Use ARM9 embedded system to realize data collection and control and realize data exchange; use 24-bit high-speed A / D conversion chip to realize body weight collection; and use 4.3-inch TFT high-speed LCD screen on the bed for data display and wave...

AI Technical Summary

Problems solved by technology

Therefore, when leaning forward, choose a gas spring with too large elastic force to cause vibration during the lifting process, which is not conducive to control; if the elastic force is too small, the force required for forward leaning cannot be achieved, and manual assistance is required to complete this function

[0007] Disadvantages: The newborn itself is an object that needs care. When it is lying on the bed and sleeping soundly, if it needs to lean forward, if the above method is used, its disadvantages (jitter, non-linear force, inconvenient and not in place to control the forward position) It is possible to wake up the newborn in a heavy sleep, or because the force of the gas spring is too large, the sudden forward acceleration may cause the newborn to turn out of the bed, resulting in unnecessary medical accidents

[0008] 2. The neonatal bed does not have any monitoring function, no relevant sign collection (body temperature, weight, pulse, blood oxygen saturation, jaundice) system function, cannot complete parameter preset alarm, data exchange, neonatal database management, etc.

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