Connecting component for a breathing tube with a sensor for measuring the gas flow
View Patent ↗A breathing tube for a sensor ( 9 ) with a horizontally extending grip element ( 11 ) shall be improved such that the sensor ( 9 ) assumes a preferred position in relation to the connecting component ( 1 ). To accomplish the object, a wall section ( 7 ), which extends flush and at the level of grip element ( 11 ), is provided at the connecting component.
1. A breathing tube and a connecting component combination comprising:
a breathing tube;
a sensor for measuring a gas flow in the breathing tube, said sensor having a T-shaped sensor housing with a horizontally arranged grip element having a sensor connection extending at right angles thereto and temperature-measuring elements at a free end of said sensor connection; and
a connecting component having a mounting sleeve for receiving said sensor connection and having a wall section extending away from said mounting sleeve, said wall section being arranged flush or partly flush with the grip element and extending at least partially into an area of said grip element spaced from said mounting sleeve.
2. A connecting component for a sensor, the connecting component being provided at a breathing tube for the sensor, the sensor having a horizontally extending grip element for measuring gas pressure in the breathing tube, the connecting component comprising:
a mounting sleeve for receiving a sensor connection of the sensor, which said sensor connection is designed correspondingly thereto; and
a wall section extending away from said mounting sleeve, said wall section being arranged flush with the grip element and at least partly and extends into an area the grip element spaced from said mounting sleeve.
3. A method for centering a sensor, the method comprising:
providing a breathing tube;
providing a sensor for measuring a gas flow in the breathing tube, said sensor having a T-shaped sensor housing with a horizontally arranged grip element having a sensor connection extending at right angles thereto and temperature-measuring elements at a free end of said sensor connection;
providing a connecting component having a mounting sleeve for receiving said sensor is connection and having a wall section extending outwardly from said mounting sleeve; and
connecting the sensor connection to the mounting sleeve and positioning the grip element flush with the wall section, with the wall section extending at least partly up to the grip element to an area spaced from said mounting sleeve.
4. A connecting component combination in accordance with claim 1 , wherein:
said mounting sleeve and said sensor connection are shaped to have said sensor connection fit into said mounting sleeve in a plurality of rotational positions, each of said rotational positions forming a gas tight seal between said mounting sleeve and said sensor connection.
5. A connecting component combination in accordance with claim 1 , wherein:
said wall section and said grip element are shaped and arranged to create a physical interference which blocks rotation of said sensor connection in said mounting sleeve, said physical interference being spaced from said mounting sleeve and said sensor connection.
6. A connecting component in accordance with claim 2 , wherein:
said wall section and said grip element are shaped and arranged to create a physical interference which blocks rotation of said sensor connection in said mounting sleeve, said physical interference being spaced from said mounting sleeve and said sensor connection.
7. A connecting component in accordance with claim 6 , wherein:
said mounting sleeve and said sensor connection are shaped to have said sensor connection fit into said mounting sleeve in a plurality of rotational positions, each of said rotational positions forming a gas tight seal between said mounting sleeve and said sensor connection.
8. A connecting component in accordance with claim 7 , wherein:
said sensor is a directional sensor.
9. A method in accordance with claim 3 , wherein:
said wall section and said grip element are shaped and arranged to create a physical interference which blocks rotation of said sensor connection in said mounting sleeve, said physical interference being spaced from said mounting sleeve and said sensor connection.
10. A method in accordance with claim 3 , wherein:
said sensor is a directional sensor.
11. A connector arrangement measuring a parameter in a breathing tube, the connector arrangement comprising:
a T-shaped sensor housing having a grip element forming a top of said T-shaped housing, and having a sensor connection extending at right angles to said grip element and forming a leg of said T-shaped housing;
a sensor arranged at a free end of said sensor connection, said sensor measuring the parameter in the breathing tube;
a connecting component adapted to connect to the breathing tube, said connecting component defining a mounting sleeve adapted to receive said sensor connection, said mounting sleeve and said sensor connection being shaped to have said sensor connection able to fit into said mounting sleeve in a plurality of rotational positions, each of said rotational positions forming a gas tight seal between said mounting sleeve and said sensor connection, said connecting component having a wall section extending outwards from said mounting sleeve, said wall section and said grip element being shaped and arranged to limit said plurality of rotational positions of said sensor connection in said mounting sleeve when said sensor connection is arranged in said mounting sleeve.
12. A connector arrangement in accordance with claim 11 , wherein:
said wall section and said grip element are shaped and arranged to create a physical interference which blocks rotation of said sensor connection in said mounting sleeve, said physical interference being spaced from said mounting sleeve and said sensor connection.
13. A connector arrangement in accordance with claim 11 , wherein:
said sensor is a directional sensor.