DE 19822327 A UPAB: 20000118 NOVELTY - The arrangement has at least two metal electrodes (2,3) of different metals held at a distance apart and contacted while insulated from each other. An electronic arrangement detects the potentials of both metal electrodes via their contacts (4,5). DETAILED DESCRIPTION - A mechanism for triggering a gas discharge is controlled by the electronic device on detecting a potential difference of predefinable amplitude between the two metal electrodes. An INDEPENDENT CLAIM is also included for the use of a sensor with at least two metal electrodes. USE - Especially for triggering inflation of lifejackets. ADVANTAGE - The arrangement is very reliable
DE 102009048120 A1 UPAB: 20110425 NOVELTY - The device has outer and inner double grids (1, 2) lying...
WO2006066566 A UPAB: 20060814 NOVELTY - The shielding agent contains electrode device (10) and the s...
Thin layer gas sensor comprises: (a) a heatable metal oxide layer (1); (b) a 1st electrode arrangeme...
WO 200120271 A UPAB: 20010611 NOVELTY - The sensor includes several individually connected electrode...
DE 19816377 A UPAB: 19991221 NOVELTY - This device has two electrodes (4,5), of which one is coated ...
The resistor has a pressure chamber (6) that is provided to adjust the pressure of a variable fluid....
WO2003076921 A UPAB: 20040318 NOVELTY - Integrated gas sensor comprises a gas-sensitive resistance l...
EP 2316340 A1 UPAB: 20110516 NOVELTY - The device (100) has electrodes (120, 120a-12n) contacting wi...
DE 102005048384 B3 UPAB: 20070206 NOVELTY - The device has two laminar construction units arranged f...
The sensor (10) consists of a quartz substrate (12) coated with a substance (30) which is chemically...
DE 19915328 C UPAB: 20001027 NOVELTY - The arrangement has at least two immersion tubes (9,10) with ...
The invention proposes a new hydrogen electrode comprising an electrolytic solution arranged in a ve...
A sensor configuration for the measurement of gas components utilizes an FET (1) with a semiconducti...
DE 102006025098 A1 UPAB: 20071217 NOVELTY - The sensor has a ceramic multilayer structure (1) arrang...
The invention relates to a gas-sensitive sensor element, wherein at least two electrodes are arrange...
DE 102009048120 A1 UPAB: 20110425 NOVELTY - The device has outer and inner double grids (1, 2) lying...
WO2006066566 A UPAB: 20060814 NOVELTY - The shielding agent contains electrode device (10) and the s...
Thin layer gas sensor comprises: (a) a heatable metal oxide layer (1); (b) a 1st electrode arrangeme...
WO 200120271 A UPAB: 20010611 NOVELTY - The sensor includes several individually connected electrode...
DE 19816377 A UPAB: 19991221 NOVELTY - This device has two electrodes (4,5), of which one is coated ...
The resistor has a pressure chamber (6) that is provided to adjust the pressure of a variable fluid....
WO2003076921 A UPAB: 20040318 NOVELTY - Integrated gas sensor comprises a gas-sensitive resistance l...
EP 2316340 A1 UPAB: 20110516 NOVELTY - The device (100) has electrodes (120, 120a-12n) contacting wi...
DE 102005048384 B3 UPAB: 20070206 NOVELTY - The device has two laminar construction units arranged f...
The sensor (10) consists of a quartz substrate (12) coated with a substance (30) which is chemically...
DE 19915328 C UPAB: 20001027 NOVELTY - The arrangement has at least two immersion tubes (9,10) with ...
The invention proposes a new hydrogen electrode comprising an electrolytic solution arranged in a ve...
A sensor configuration for the measurement of gas components utilizes an FET (1) with a semiconducti...
DE 102006025098 A1 UPAB: 20071217 NOVELTY - The sensor has a ceramic multilayer structure (1) arrang...
The invention relates to a gas-sensitive sensor element, wherein at least two electrodes are arrange...
DE 102009048120 A1 UPAB: 20110425 NOVELTY - The device has outer and inner double grids (1, 2) lying...
WO2006066566 A UPAB: 20060814 NOVELTY - The shielding agent contains electrode device (10) and the s...
Thin layer gas sensor comprises: (a) a heatable metal oxide layer (1); (b) a 1st electrode arrangeme...