Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Electromagnetic lock anti-theft helmet with temperature control function and anti-theft method
The invention relates to the field of anti-theft helmets, in particular to an electromagnetic lock anti-theft helmet with a temperature control function and an anti-theft method.The electromagnetic lock anti-theft helmet comprises a wearing shell, a barrel, a locking belt, a charging power source, a control system a, an insertion plate, a magnetic plate b and an anti-theft assembly; the barrel is arranged on the rear side of the wearing shell, a temperature control assembly is arranged at the end of the barrel, a connecting pipe is arranged on the barrel and forms an opening in the inner wall of the top of the wearing shell, and a sealing assembly is arranged in the barrel; the magnetic plate b is arranged at the bottom of the wearing shell, the magnetic plate a is arranged on the bottom surface of the locking belt, and the electromagnetic lock a is arranged at the bottom of the magnetic plate a; the inserting plate is arranged on the outer wall of the rear side of the magnetic plate b; the anti-theft assembly is used for fixing the magnetic plate b and the plug board and charging the charging power supply; the charging power supply and the control system a are arranged between the inner wall of the outer wrapping shell and the wearing shell, and buttons are arranged on the two sides of the outer wrapping shell. The helmet is good in anti-theft effect. The head of the user can be cooled and heated, and the helmet is more comfortable to wear and use.
本发明涉及防盗头盔领域，具体为一种具有控温的电磁锁防盗头盔及防盗方法，其包括佩戴壳体、筒体、锁紧带、充电电源、控制系统a、插板、磁性板b和防盗组件；筒体设置在佩戴壳体后侧，筒体端部设置控温组件，筒体上设置连接管，连接管在佩戴壳体顶部内壁形成开口，筒体内设置封口组件；磁性板b设置在佩戴壳体底部，锁紧带底面上设置磁性板a，磁性板a底部设置电磁锁a；插板设置在磁性板b后侧外壁上；防盗组件用来固定磁性板b和插板，并为充电电源充电；充电电源和控制系统a均设置在外包壳体内壁和佩戴壳体之间，外包壳体两侧均设置按钮。本发明中，头盔防盗效果好。且能对使用者头部进行降温和升温，头盔的佩戴使用更加舒适。
Electromagnetic lock anti-theft helmet with temperature control function and anti-theft method
The invention relates to the field of anti-theft helmets, in particular to an electromagnetic lock anti-theft helmet with a temperature control function and an anti-theft method.The electromagnetic lock anti-theft helmet comprises a wearing shell, a barrel, a locking belt, a charging power source, a control system a, an insertion plate, a magnetic plate b and an anti-theft assembly; the barrel is arranged on the rear side of the wearing shell, a temperature control assembly is arranged at the end of the barrel, a connecting pipe is arranged on the barrel and forms an opening in the inner wall of the top of the wearing shell, and a sealing assembly is arranged in the barrel; the magnetic plate b is arranged at the bottom of the wearing shell, the magnetic plate a is arranged on the bottom surface of the locking belt, and the electromagnetic lock a is arranged at the bottom of the magnetic plate a; the inserting plate is arranged on the outer wall of the rear side of the magnetic plate b; the anti-theft assembly is used for fixing the magnetic plate b and the plug board and charging the charging power supply; the charging power supply and the control system a are arranged between the inner wall of the outer wrapping shell and the wearing shell, and buttons are arranged on the two sides of the outer wrapping shell. The helmet is good in anti-theft effect. The head of the user can be cooled and heated, and the helmet is more comfortable to wear and use.
本发明涉及防盗头盔领域，具体为一种具有控温的电磁锁防盗头盔及防盗方法，其包括佩戴壳体、筒体、锁紧带、充电电源、控制系统a、插板、磁性板b和防盗组件；筒体设置在佩戴壳体后侧，筒体端部设置控温组件，筒体上设置连接管，连接管在佩戴壳体顶部内壁形成开口，筒体内设置封口组件；磁性板b设置在佩戴壳体底部，锁紧带底面上设置磁性板a，磁性板a底部设置电磁锁a；插板设置在磁性板b后侧外壁上；防盗组件用来固定磁性板b和插板，并为充电电源充电；充电电源和控制系统a均设置在外包壳体内壁和佩戴壳体之间，外包壳体两侧均设置按钮。本发明中，头盔防盗效果好。且能对使用者头部进行降温和升温，头盔的佩戴使用更加舒适。
Electromagnetic lock anti-theft helmet with temperature control function and anti-theft method
一种具有控温的电磁锁防盗头盔及防盗方法
LI XIAOQIONG (Autor:in) / FEI MINGWEI (Autor:in) / ZHENG YUHONG (Autor:in) / LI YANHONG (Autor:in) / LU HONGYAN (Autor:in)
13.10.2023
Patent
Elektronische Ressource
Chinesisch