Abstract: Subject matter of the invention is a method for determining the difference in height level between a medical fluid pump and the body cavity of a patient for the correction of the measurement of the fluid pressure existing at the outlet end.

Abstract: Disclosed are methods for measuring and controlling the gas temperature in medical procedures. In embodiments of the disclosed methods a gas is supplied to a patient using a gas supply device and a supply line. A heating system heats the gas using a heating wire prior to the gas being provided to the patient. A controller electrically controls the heating power of the heating wire based on an estimated value of a temperature at an exit of the heating system obtained from a mathematical estimation system, wherein a resistance of the heating wire is an input variable of the mathematical estimation system.

Abstract: The present disclosure is directed to an insufflator which includes a controller, an insufflation line, a desufflation line, and one pressure sensor and one volume flow sensor associated with each of the insufflation line and the desufflation lines. The insufflation line is in fluid communication with a gas source and the desufflation line in fluid communication with a suction pump. Wherein the controller controls ventilation of a gas present in a patient by adjusting an amount of suction in the desufflation line as a function of pressure measurements obtained from the pressure sensors associated with the insufflation line and the desufflation line. Additionally, the controller includes an activation blocking system that prevents suction in the desufflation line when a pressure measured by means of the pressure sensor associated with the insufflation line is lower than a preset threshold value.

Abstract: The present invention relates to a method for controlling the internal body pressure, e.g., the joint pressure using a medical-technical fluid pump, and to a device for carrying out said method.

Abstract: A method is provided for controlling the gas temperature in medical devices by means of a state observer, e.g., in the field of laparoscopy or respiration, and to devices for carrying-out said method.

Abstract: The present invention relates to an insufflator having an insufflation tube comprising an integrated heating element and humidifying material for laparoscopy, wherein measurement of the moisture content is possible. No separate humidity sensor is required to measure the moisture content of the humidifying material. Components that are already part of the insufflation tube can be used, in particular, the lead wires of heating elements or temperature sensors.

Abstract: The present invention relates to a device for flushing a body cavity with a fluid, the fluid being pumped by means of two lines from the body cavity. The respective pumping capacity is regulated via controllable pinch valves, the two pinch valves being coupled in an antiparallel manner.

Abstract: The present invention relates to an insufflator with a novel type of input processing for the setpoint value of the pressure in the body cavity. The new device makes it possible to predefine the pressure in the body cavity as the set pressure when there is sufficient expansion and to apply this pressure to the previous control in order to work as gently as possible on the patient.

Abstract: The present invention relates to an insufflator having an improved detection of the filter load and evaluation of the data in order to enable a longer service life of the filter or a consistent function.

Abstract: The present invention relates to operating modes of a medical device for support and device training by a service person connected via data line. In particular, the invention relates to the simulation of operating modes of an insufflator by means of a computer located elsewhere, for example, in a training center. The invention further relates to the simulation of operating conditions of a medical fluid pump by means of a computer located at another location, e.g., in a training center.

Abstract: The present invention relates to a medical pump for endoscopy having a pressure control unit, wherein the pressure control unit takes into account blood pressure changes of the subject.

Abstract: A medical apparatus for supplying fluids into body cavities includes a controllable fluid pump, a memory device, a feed line, a pressure sensor in the feed line, a medical instrument to be connected to the feed line. The pressure measured by the pressure sensor is an input variable of a mathematical estimation system, which mathematically describes a state space, which estimates the actual pressure in the body cavity and controls the output of the pump by means of this estimated value. The resistance coefficients ?1 and ?2 of the medical instrument required for the estimation of the pressure are determined when starting the pump. The pressure behavior is evaluated for a certain time, therefrom a characteristic curve is determined, and the characteristic curve is stored in a memory device of the pump.

Abstract: The invention relates to a method for determining compliance of a cavity in minimally invasive surgery and to devices for carrying out said method.

Abstract: The present disclosure relates to a medical apparatus for use in laparoscopic surgery, that includes an insufflator supplying a gas; a heating and humidification system which includes a heating element and humidification material, the heating and humidification system receives the gas supplied by the insufflator and warms and humidifies the gas; and a computing device for measuring at two or more time periods a resistance value associated with a component of the heating and humidification system and based in part on the measured resistance values, determines a water content of the humidification material.

Abstract: The invention relates to a method for determining cavity volumes of rubber-elastic medical products (e.g., latex products) for destruction-free leakage testing and to devices for carrying out said method.

Abstract: Subject matter of the invention is a hose set intended for surgical interventions and having a device coupling feature, which includes an arrangement of a water trap and a filter in a single-piece housing.

Abstract: The present disclosure relates to an insufflator with insufflation tube with integrated heating element and humidifier for laparoscopy, whereby measurement of the moisture content is possible.

Abstract: Subject matter of the present invention is a device for the separation of flue gas particles and liquid droplets in the exhaustion of surgical gases during laparoscopic interventions.

Abstract: Disclosed is a medical instrument for use in minimally invasive therapy that generates, by at least two independent devices, an aspiration that advantageously causes the stability of the distension and the viewing conditions by adjusted flow rates.

Abstract: The present disclosure is directed to an insufflator which includes a controller, an insufflation line, a desufflation line, and one pressure sensor and one volume flow sensor associated with each of the insufflation and desufflation lines. The insufflation line is in fluid communication with a gas source and the desufflation line in fluid communication with a suction pump. Wherein the controller controls ventilation of a gas present in patient by adjusting an amount of suction in the desufflation line as a function of pressure measurements obtained from the pressure sensors associated with the insufflation and desufflation lines. Additionally, the controller includes an activation blocking system that prevents suction in the desufflation line when a pressure measured by means of the pressure sensor associated with the insufflation line is lower than a preset threshold value.