FIELD: aerosol devices.
SUBSTANCE: group of inventions is claimed represents variants of an aerosol device, methods for controlling such devices and a computer-readable data carrier containing a device control program. The aerosol device contains a storage unit that contains an aerosol source or an aerosol carrier material in which the aerosol source is held, a load that sprays the aerosol source by exposure to heat generated by energy supplied from the power source, and has an electrical resistance value that varies depending on temperature. The sensor determines the value of the electrical resistance of the load or the electrical value depending on the electrical resistance. The control unit is designed to monitor the process of cooling the load after the load temperature has increased to or above the temperature at which the aerosol source can be sprayed, according to successive time changes in the value determined by the sensor, in such a way that a correlation is maintained between successive time changes in the value determined by the sensor and a decrease in the load temperature.
EFFECT: provided is possibility, without high costs, to trace the cooling process of the heater with high accuracy, as well as to determine the insufficiency or exhaustion of the aerosol source with high accuracy.
24 cl, 36 dwg
Title |
Year |
Author |
Number |
AEROSOL DEVICE, A METHOD OF ACTIVATING AN AEROSOL DEVICE AND A COMPUTER-READABLE DATA MEDIUM STORING THE PROGRAM FOR CONTROLLING THIS DEVICE |
2018 |
- Yamada, Manabu
- Akao, Takeshi
- Mizuguchi, Kazuma
- Tsuji, Masayuki
|
RU2747002C1 |
AEROSOL INHALER CONTROL DEVICE AND AEROSOL INHALER |
2020 |
- Mizuguchi, Kazuma
- Akao, Takeshi
|
RU2738703C1 |
AEROSOL INHALER CONTROL DEVICE AND AEROSOL INHALER |
2020 |
- Mizuguchi, Kazuma
- Akao, Takeshi
|
RU2738705C1 |
AEROSOL INHALER, CONTROL DEVICE FOR AEROSOL INHALER, METHOD FOR CONTROLLING AEROSOL INHALER AND PROGRAMME |
2020 |
- Midzuguti, Kadzuma
- Akao, Takesi
- Aradati, Takao
|
RU2744928C1 |
AEROSOL GENERATING APPARATUS, METHOD OF ACTIVATION OF AEROSOL GENERATING APPARATUS AND COMPUTER-READABLE DATA STORAGE MEDIUM CONTAINING PROGRAM FOR ACTIVATION OF SUCH APPARATUS |
2017 |
- Yamada, Manabu
- Akao, Takeshi
- Mizuguchi, Kazuma
- Tsuji, Masayuki
- Fujita, Hajime
|
RU2749258C1 |
AEROSOL GENERATING APPARATUS, METHOD FOR ACTIVATION OF APPARATUS AND COMPUTER-READABLE DATA STORAGE MEDIUM CONTAINING PROGRAM FOR IMPLEMENTATION THEREOF (VARIANTS) |
2017 |
- Tsuji, Masayuki
- Fujita, Hajime
- Nakano, Takuma
|
RU2749257C1 |
POWER SUPPLY UNIT FOR AEROSOL INHALER |
2021 |
- Marubashi, Keiji
- Fujita, Hajime
|
RU2753877C1 |
POWER SUPPLY UNIT FOR AEROSOL INHALER |
2021 |
- Marubashi, Keiji
- Fujita, Hajime
|
RU2751015C1 |
AEROSOL-GENERATING APPARATUS, METHOD FOR CONTROLLING AN AEROSOL-GENERATING APPARATUS, METHOD FOR ESTIMATING THE AMOUNT OF RESIDUAL AEROSOL SOURCE OR FRAGRANCE SOURCE, AND DATA STORAGE MEDIUM STORING A PROGRAM FOR AUTHORISING THE PROCESSOR TO IMPLEMENT THESE METHODS |
2017 |
- Yamada, Manabu
- Akao, Takeshi
- Mizuguchi, Kazuma
|
RU2752771C1 |
DEVICE FOR AEROSOL GENERATION SYSTEM, AEROSOL GENERATION DEVICE, AEROSOL GENERATION SYSTEM, DEVICE FOR AEROSOL GENERATION SYSTEM TO GENERATE AEROSOL FOR INHALATION BY USER, METHOD OF OPERATION OF DEVICE BY AEROSOL GENERATION CONTROL DEVICE |
2020 |
- Blandino, Thomas Paul
- Halliday, Edward Joseph
|
RU2824114C2 |