Portable ventilator capable of providing vital sign parameters
A vital sign, ventilator technology, applied in the medical field, can solve the problems of difficulty in treatment, inability to obtain only, energy and attention distraction, etc., to achieve the effect of reducing vital sign information, easy concentration, and less space for emergency care
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Embodiment 1
[0026] Embodiment 1, please refer to figure 2, the portable ventilator with vital sign parameters includes four main modules in the system architecture: ventilator module 8, power supply module 9, vital sign monitoring module 10 and vital sign control module. The specific structure is as follows:
[0027] The ventilator module 8 is composed of a ventilator setting and control module 11 , a ventilator display module 12 , a ventilator execution module 13 and a ventilator signal acquisition module 14 . The ventilator display module 12 , the ventilator execution module 13 and the ventilator signal acquisition module 14 are respectively connected with the ventilator setting and control module 11 . The ventilator setting and control module 11 is responsible for ventilator parameter setting, adjustment (tidal volume, I:E, respiratory rate, inspiratory trigger pressure, inspired oxygen concentration, PEEP, CPAP, etc.), information transmission, processing (control and processing Th...
Embodiment 2
[0038] Embodiment 2. The difference from Embodiment 1 is the vital sign control module. The vital sign control module is a controller, such as Figure 4 As shown, the controller 26 is connected between the ventilator setting and control module 11 of the ventilator module and each monitoring sub-module, and is used to perform pre-designed logic according to the control information output by the ventilator setting and control module 11. Algorithm, output corresponding control signal to each monitoring sub-module, control each monitoring sub-module to turn on or off. Ventilator settings and control information of the control module 11 are obtained through the operator's setting of the interface, such as the operator's operation of buttons, setting of parameters through the display, and the like. The control information can also be set through an independent control unit, but setting through the ventilator module can reduce the number of buttons and reduce the size of the instrume...
Embodiment 3
[0040] Embodiment three, as Figure 5 As shown, the ventilator module 8 includes a ventilator setting and control module 11, a ventilator display module 12, a ventilator execution module 13 and a ventilator signal acquisition module 14, a ventilator display module 12, a ventilator execution module 13 and a ventilator signal The acquisition module 14 is connected to the ventilator setting and control module 11 respectively. The ventilator setting and control module 11 responds to the output of the ventilator signal acquisition module 14, controls the ventilator execution module 13 to perform corresponding actions and controls the ventilator display module 12 to display. The vital sign control module is a controller, and the controller 26 is connected between the ventilator setting and control module 11 of the ventilator module and each monitoring sub-module, responds to the control information of the ventilator module and controls the opening of each monitoring sub-module and o...
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