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Intelligent lock and intelligent lock temperature adjusting method
The invention relates to the technical field of intelligent locks, and discloses an intelligent lock and an intelligent lock temperature adjusting method.The intelligent lock comprises a component to be subjected to temperature adjusting, a first temperature measuring piece, a second temperature measuring piece, a semiconductor thermoelectric module, a shell and a lock body panel, the first temperature measuring piece abuts against the component to be subjected to temperature adjusting, and the semiconductor thermoelectric module abuts against the first temperature measuring piece and is suitable for refrigerating or heating; the semiconductor thermoelectric module is arranged on the lock body panel, when the first temperature measuring piece detects that the environment temperature of the shell exceeds the limit temperature of the part to be subjected to temperature measurement, the shell is arranged on the side away from the part to be subjected to temperature measurement, the second temperature measuring piece is arranged between the shell and the thermoelectric module, and the part to be subjected to temperature measurement is arranged on the lock body panel. According to the intelligent lock, the to-be-temperature-adjusted part can be cooled or heated by adjusting the direction of the direct current input into the semiconductor thermoelectric module, so that the temperature of the to-be-temperature-adjusted part is within the limit temperature, and the intelligent lock can work normally when the external environment temperature exceeds the limit temperature of the to-be-temperature-adjusted part.
本发明涉及智能锁技术领域，公开了智能锁及智能锁调温方法，智能锁包括待调温部件、第一测温件、第二测温件、半导体热电模块、外壳和锁体面板，第一测温件与待调温部件相抵接，半导体热电模块与第一测温件相抵接，适于制冷或制热，外壳设置在远离待调温部件的一侧，第二测温件设置在外壳与热电模块之间，待调温部件设置锁体面板上，本发明通过设置半导体热电模块，当第一测温件检测到外壳所处的环境温度超出了第二测温件检测到待测温部件的极限温度时，可通过调节输入半导体热电模块的直流电流方向对待调温部件进行制冷或制热，以使待调温部件在的温度在极限温度内，从而保证了智能锁可在外部环境温度超出待调温部件的极限温度时可正常工作。
Intelligent lock and intelligent lock temperature adjusting method
The invention relates to the technical field of intelligent locks, and discloses an intelligent lock and an intelligent lock temperature adjusting method.The intelligent lock comprises a component to be subjected to temperature adjusting, a first temperature measuring piece, a second temperature measuring piece, a semiconductor thermoelectric module, a shell and a lock body panel, the first temperature measuring piece abuts against the component to be subjected to temperature adjusting, and the semiconductor thermoelectric module abuts against the first temperature measuring piece and is suitable for refrigerating or heating; the semiconductor thermoelectric module is arranged on the lock body panel, when the first temperature measuring piece detects that the environment temperature of the shell exceeds the limit temperature of the part to be subjected to temperature measurement, the shell is arranged on the side away from the part to be subjected to temperature measurement, the second temperature measuring piece is arranged between the shell and the thermoelectric module, and the part to be subjected to temperature measurement is arranged on the lock body panel. According to the intelligent lock, the to-be-temperature-adjusted part can be cooled or heated by adjusting the direction of the direct current input into the semiconductor thermoelectric module, so that the temperature of the to-be-temperature-adjusted part is within the limit temperature, and the intelligent lock can work normally when the external environment temperature exceeds the limit temperature of the to-be-temperature-adjusted part.
本发明涉及智能锁技术领域，公开了智能锁及智能锁调温方法，智能锁包括待调温部件、第一测温件、第二测温件、半导体热电模块、外壳和锁体面板，第一测温件与待调温部件相抵接，半导体热电模块与第一测温件相抵接，适于制冷或制热，外壳设置在远离待调温部件的一侧，第二测温件设置在外壳与热电模块之间，待调温部件设置锁体面板上，本发明通过设置半导体热电模块，当第一测温件检测到外壳所处的环境温度超出了第二测温件检测到待测温部件的极限温度时，可通过调节输入半导体热电模块的直流电流方向对待调温部件进行制冷或制热，以使待调温部件在的温度在极限温度内，从而保证了智能锁可在外部环境温度超出待调温部件的极限温度时可正常工作。
Intelligent lock and intelligent lock temperature adjusting method
智能锁及智能锁调温方法
SUN HAN (author) / ZHU ZHILING (author) / SANG SHENGWEI (author) / HUANG XINGZHU (author) / SONG CHAO (author) / ZHAO CHEN (author)
2023-09-12
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
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