Abstract: The invention relates to a respiratory flow sensor comprising a flow tube, which has a longitudinal axis, a first flow tube portion and a second flow tube portion, comprising a flow resistor, which is disposed between the first flow tube portion and the second flow tube portion in the flow channel, and comprising two ports for extracting the pressure difference generated by the flow resistor. The first port opens into the first flow tube portion via a first connecting line and said first port is disposed at the first flow tube portion. The second port opens into the second flow tube portion via a second connecting line and said second port is disposed at the second flow tube portion. The ports each comprise a connecting line portion, which extends substantially parallel to the longitudinal axis of the flow tube. The openings of the ports are aligned in the same direction.

Abstract: The invention relates to a breathing apparatus (15), which is connected to a sensor system (30) and to a control system (24), wherein the sensor system (30) is designed for capturing at least two items of measurement data (31) and for transmitting the captured measurement data (31) to the breathing apparatus (15) or the control logic module (25). The control system (24) is further connected to at least one indicating device (35), wherein the at least one indicating device (35) has a configurable screen (33). The control system (24) is designed for the presentation of indicated data (62, 65) based on the captured measurement data (31), which may be displayed on a first graphical unit (29) on the at least one indicating device (35). The invention furthermore relates to a method for controlling a breathing apparatus (15).

Abstract: A respirator and/or anesthesia device having a display, a computer, at least one memory and a program and at least one input unit, at least two different user profiles being provided in the memory, depending on the type of user and retrievable as needed, having a determining effect on the representation in the display as well as the input options in the input unit.

Abstract: A respirator and/or anesthesia device is provided having internal sensors and at least one respirator connection for the patient as well as an output unit, wherein at least one external sensor can be attached to the patient and its measured values that correlate with the measured values of the internal sensors can be displayed and evaluated.

Abstract: The invention relates to a device and a method for the generation of respirational air. The device according to the invention makes it possible to dehumidify air optimally. The dehumidification problem is achieved with a tapering passage, in particular with a nozzle. The nozzle is contained in a tube in which the mixture of air and water flows. A pressure which is higher on one side and which leads to a local increase in the flow rate in the nozzle and to a lower temperature prevails in the nozzle. These circumstances result in the water further condensing out of the air in the nozzle. The water which is condensed out is entrained by the air stream and can be separated off in a water separator connected directly after the nozzle, even before the gas or the air (after the nozzle) can become saturated again.

Abstract: A ventilator is disclosed which has a compact block made of plastic or metal and includes an electrical computer interface, in which rigid pipes and a gas supply container are integrated, resulting in a more compact device than conventional superstructures and improved therapy gas delivery and nebulization.

Abstract: The invention relates to a device and a method for the generation of respirational air. The device according to the invention makes it possible to dehumidify air optimally. The dehumidification problem is achieved with a tapering passage, in particular with a nozzle. The nozzle is contained in a tube in which the mixture of air and water flows. A pressure which is higher on one side and which leads to a local increase in the flow rate in the nozzle and to a lower temperature prevails in the nozzle. These circumstances result in the water further condensing out of the air in the nozzle. The water which is condensed out is entrained by the air stream and can be separated off in a water separator connected directly after the nozzle, even before the gas or the air (after the nozzle) can become saturated again.

Abstract: A novel ventilator, which can be operated from main power, an internal or external battery supply, includes an integral compressor, valves, sensors, and embedded web server. The embedded web server can be connected to external monitoring devices.

Abstract: The invention refers to a new type of ventilator, which has a compact block made of plastic or metal and includes an electrical computer interface, in which rigid pipes and a gas supply container are integrated. The new structure is more compact than conventional superstructures. In addition to this, improvements have been made to the therapy gas delivery and nebulization.

Abstract: The invention refers to a new type of ventilator, which can be operated from either mains power, an internal, or an external battery supply (2, 4, 8, 9), which in addition to an integral compressor (6), valves and sensors (3), is also equipped with an embedded web server (5), which can be connected to external monitoring devices.

Abstract: The invention refers to a new type of ventilator, which has a compact block, in which rigid pipes and a gas supply container are integrated. The new structure is more compact than conventional superstructures. In addition to this improvements have been made to the therapy gas delivery and nebulization.