Method for commissioning radio-based emergency alarm systems
View Patent ↗In a method for commissioning radio-based emergency alarm systems, having a master station ( 7 ) with a transmit and receive arrangement and peripheral elements ( 1 to 6 ), each also having a transmit and receive arrangement, in a cell, the peripheral elements are fitted and supplied with energy, whereupon they transmit search telegrams and then switch to receive mode. Peripheral elements ( 1 . . . 6 ), which receive a search telegram from a search peripheral element ( 1 . . . 6 ) while in receive mode, transmit a response telegram to the searching peripheral element ( 1 . . . 6 ). The availability tables of the peripheral elements ( 1 . . . 6 ) in mutual contact with each other are then supplemented and a structure is thereby automatically created among the already fitted peripheral elements ( 1 . . . 6 ).
1. A method for commissioning radio-based emergency alarm systems, having a master station, which comprises a transmit and receive arrangement, and peripheral elements, each comprising a transmit and receive arrangement, the method comprising the steps of:
mounting the peripheral elements and supplying them with energy,
the peripheral elements repeatedly transmitting a search telegram at predefined time intervals,
the peripheral elements switching to receive mode after transmitting the search telegram,
the peripheral elements or the master station, which receive a search telegram from a searching peripheral element in receive mode, transmitting a response telegram to the searching peripheral element,
the searching and responding peripheral elements or the master station inputting the respective other peripheral element or the master station as available in their own availability tables,
the peripheral elements transmitting search telegrams until the master station is accessed directly or via other peripheral elements as intermediate stations.
2. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein the peripheral elements in contact with the master station transmit the availability of the master station to the peripheral elements, with which they are in contact.
3. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein the master station optimizes the cell structure and transmits routing lists to the peripheral elements.
4. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein the availability table comprises one line for peripheral elements which communicate directly with the master station and
a character is input in the line for every directly available peripheral element.
5. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein the availability table comprises two lines for peripheral elements which communicate with the master station via a peripheral element operating as an intermediate station and
a character is input in one of the two lines for every directly available peripheral element and in the other position of the two lines for the peripheral element operating as an intermediate station for the master station.
6. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein the peripheral elements increase the time intervals between search telegrams, if no response telegrams are received.
7. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein the peripheral elements reduce the time intervals between individual search telegrams, as soon as response telegrams are received.
8. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein after fitting and after energy has been supplied, the master station first transmits a search telegram to all peripheral elements and then waits for response telegrams.
9. A method for commissioning a radio-based emergency alarm system according to claim 1 , wherein, after fitting and after energy has been supplied, the master station first waits in receive mode for search telegrams and then transmits a response telegram.
10. A radio-based emergency alarm system, comprising:
a master station, which comprises a transmit and receive arrangement, and
peripheral elements, each comprising a transmit and receive arrangement, and
means for supplying the peripheral elements with energy, wherein the system is designed in such a way that:
the peripheral elements repeatedly transmit a search telegram at predefined time intervals,
the peripheral elements switch to receive mode after transmitting the search telegram,
the peripheral elements or the master station, which receive a search telegram from a searching peripheral element in receive mode, transmit a response telegram to the searching peripheral element,
the searching and responding peripheral elements or the master station input the respective other peripheral element or the master station as available in their own availability tables,
the peripheral elements transmit search telegrams until the master station is accessed directly or via other peripheral elements as intermediate stations.
11. A system according to claim 10 , wherein the peripheral elements in contact with the master station transmit the availability of the master station to the peripheral elements, with which they are in contact.
12. A system according to claim 10 , wherein the master station optimizes the cell structure and transmits routing lists to the peripheral elements.
13. A system according to claim 10 , wherein the availability table comprises one line for peripheral elements which communicate directly with the master station and a character is input in the line for every directly available peripheral element.
14. A system according to claim 10 , wherein the availability table comprises two lines for peripheral elements which communicate with the master station via a peripheral element operating as an intermediate station and
a character is input in one of the two lines for every directly available peripheral element and in the other position of the two lines for the peripheral element operating as an intermediate station for the master station.
15. A system according to claim 10 , wherein the peripheral elements increase the time intervals between search telegrams, if no response telegrams are received.
16. A system according to claim 10 , wherein the peripheral elements reduce the time intervals between individual search telegrams, as soon as response telegrams are received.
17. A system according to claim 10 , wherein after energy has been supplied, the master station first transmits a search telegram to all peripheral elements and then waits for response telegrams.
18. A system according to claim 10 , wherein, after energy has been supplied, the master station first waits in receive mode for search telegrams and then transmits a response telegram.