A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a door handle self-disinfection protective sleeve capable of preventing infectious disease infection. The door handle self-disinfection protective sleeve comprises a clamping sleeve, an absorption body and an extrusion piece. The clamping sleeve is provided with a bottom face, a top face and a side face, the bottom face is provided with a clamping groove suitable for beingarranged on a door handle in a sleeving manner, the top face is provided with a containing cavity, and multiple seepage holes communicating with the containing cavity are formed in the side face. Theabsorption body comprises a first absorption part, and the first absorption part is separably contained in the containing cavity and is suitable for absorbing and storing disinfectants. The extrusionpiece is slidably arranged in the containing cavity and located above the first absorption part, and the extrusion piece is provided with a pressed part exposed out of the top face. When a user holdsthe door handle, pressure is applied to the pressed part so that the first absorption part can be extruded through the extrusion piece, and disinfection liquid in the first absorption part can flow out through the seepage holes after being extruded. According to the door handle self-disinfection protective sleeve, self disinfection can be conducted, and the infection risk is reduced. In addition,the protective sleeve is simple in structure, can be directly arranged on the door handle in a sleeving manner and is convenient to use.
本发明公开了一种预防传染病传染的门把手自消毒保护套，包括卡套、吸收体及挤压件，其中，卡套具有底面、顶面及侧面，底面设有适于套设在门把手上的卡槽，顶面设有容置腔，侧面布置有多个与容置腔连通的渗液孔；吸收体包括第一吸收部，第一吸收部可分离地容置在容置腔内且适于吸收并存储消毒液；挤压件可滑动地设在容置腔内且位于第一吸收部的上方，挤压件具有显露在顶面的受压部，当使用者握持门把手时对受压部施压压力，以通过挤压件对第一吸收部产生挤压，使得第一吸收部内的消毒液体被挤出后通过渗液孔流出。根据本发明的门把手自消毒保护套，可以进行自消毒，减低感染风险。此外，该保护套结构简单，直接套设在门把手上即可，使用方便。
The invention discloses a door handle self-disinfection protective sleeve capable of preventing infectious disease infection. The door handle self-disinfection protective sleeve comprises a clamping sleeve, an absorption body and an extrusion piece. The clamping sleeve is provided with a bottom face, a top face and a side face, the bottom face is provided with a clamping groove suitable for beingarranged on a door handle in a sleeving manner, the top face is provided with a containing cavity, and multiple seepage holes communicating with the containing cavity are formed in the side face. Theabsorption body comprises a first absorption part, and the first absorption part is separably contained in the containing cavity and is suitable for absorbing and storing disinfectants. The extrusionpiece is slidably arranged in the containing cavity and located above the first absorption part, and the extrusion piece is provided with a pressed part exposed out of the top face. When a user holdsthe door handle, pressure is applied to the pressed part so that the first absorption part can be extruded through the extrusion piece, and disinfection liquid in the first absorption part can flow out through the seepage holes after being extruded. According to the door handle self-disinfection protective sleeve, self disinfection can be conducted, and the infection risk is reduced. In addition,the protective sleeve is simple in structure, can be directly arranged on the door handle in a sleeving manner and is convenient to use.
本发明公开了一种预防传染病传染的门把手自消毒保护套，包括卡套、吸收体及挤压件，其中，卡套具有底面、顶面及侧面，底面设有适于套设在门把手上的卡槽，顶面设有容置腔，侧面布置有多个与容置腔连通的渗液孔；吸收体包括第一吸收部，第一吸收部可分离地容置在容置腔内且适于吸收并存储消毒液；挤压件可滑动地设在容置腔内且位于第一吸收部的上方，挤压件具有显露在顶面的受压部，当使用者握持门把手时对受压部施压压力，以通过挤压件对第一吸收部产生挤压，使得第一吸收部内的消毒液体被挤出后通过渗液孔流出。根据本发明的门把手自消毒保护套，可以进行自消毒，减低感染风险。此外，该保护套结构简单，直接套设在门把手上即可，使用方便。
Door handle self-disinfection protective sleeve capable of preventing infectious disease infection
预防传染病传染的门把手自消毒保护套
YE YUHUI (author)
2021-03-12
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
Door handle capable of achieving automatic disinfection and ward door
| European Patent Office | 2022