Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent object management cabinet
The invention relates to the field of extraction cabinets, in particular to an intelligent article management cabinet. The cabinet comprises an article management cabinet body and an electric controllock module; the body comprises at least one cabinet column, and a plurality of sub-cabinets corresponding to each cabinet column are connected in series through a long shaft, so that the plurality ofsub-cabinets are integrated into a whole, and the gap between the upper and lower parts of each sub-cabinet is only 0-2mm; meanwhile, inner tangent planes with certain inclination angles are formed at the frames of the cabinet and the door opening sides of the sub-cabinets, so that rotation of the cabinet door can be ingeniously realized, gaps between the left sides and the right sides of the sub-cabinets and between the sub-cabinets and the frames are controlled to be 0-2mm, and the sub-cabinets on the front side of the whole article management cabinet and the frames are in an approximatelyseamless state; the problem that the overall appearance of the front surface of the article management cabinet is not exquisite and compact enough due to the fact that obvious partition plates exist between the sub-cabinets and between the sub-cabinets and the side edge of the cabinet body because the sub-cabinets of the article management cabinet in the existing market are independently arrangedand do not adopt an integrated design can be solved.
本发明涉及提取柜领域，尤其涉及一种智能物管柜，包括物管柜本体以及电控锁模块，所述本体包括至少一列柜列，每列柜列通过一根长轴将与之对应的多个子柜串联起来，使得多个子柜集为一体，能够实现子柜上下之间的间隙仅为0‑2mm，同时在柜子的边框处和子柜的开门侧形成有一定倾斜角度的内切面，能够巧妙地实现柜门的转动，从而使得子柜左右之间、子柜与边框之间的间隙控制在0‑2mm，让整个物管柜的正面的子柜之间，子柜与边框之间呈现接近无缝状态，能够解决现有市场上的物管柜的多个子柜之间因独立设置，且未采用一体集成式设计，导致子柜之间以及子柜与柜体侧边存在明显的隔板，使得物管柜正面整体外观不够精致、紧密的问题。
Intelligent object management cabinet
The invention relates to the field of extraction cabinets, in particular to an intelligent article management cabinet. The cabinet comprises an article management cabinet body and an electric controllock module; the body comprises at least one cabinet column, and a plurality of sub-cabinets corresponding to each cabinet column are connected in series through a long shaft, so that the plurality ofsub-cabinets are integrated into a whole, and the gap between the upper and lower parts of each sub-cabinet is only 0-2mm; meanwhile, inner tangent planes with certain inclination angles are formed at the frames of the cabinet and the door opening sides of the sub-cabinets, so that rotation of the cabinet door can be ingeniously realized, gaps between the left sides and the right sides of the sub-cabinets and between the sub-cabinets and the frames are controlled to be 0-2mm, and the sub-cabinets on the front side of the whole article management cabinet and the frames are in an approximatelyseamless state; the problem that the overall appearance of the front surface of the article management cabinet is not exquisite and compact enough due to the fact that obvious partition plates exist between the sub-cabinets and between the sub-cabinets and the side edge of the cabinet body because the sub-cabinets of the article management cabinet in the existing market are independently arrangedand do not adopt an integrated design can be solved.
本发明涉及提取柜领域，尤其涉及一种智能物管柜，包括物管柜本体以及电控锁模块，所述本体包括至少一列柜列，每列柜列通过一根长轴将与之对应的多个子柜串联起来，使得多个子柜集为一体，能够实现子柜上下之间的间隙仅为0‑2mm，同时在柜子的边框处和子柜的开门侧形成有一定倾斜角度的内切面，能够巧妙地实现柜门的转动，从而使得子柜左右之间、子柜与边框之间的间隙控制在0‑2mm，让整个物管柜的正面的子柜之间，子柜与边框之间呈现接近无缝状态，能够解决现有市场上的物管柜的多个子柜之间因独立设置，且未采用一体集成式设计，导致子柜之间以及子柜与柜体侧边存在明显的隔板，使得物管柜正面整体外观不够精致、紧密的问题。
Intelligent object management cabinet
一种智能物管柜
REN CHAOFENG (Autor:in) / YUAN TAO (Autor:in) / GUO CHUNBAO (Autor:in) / WANG GAOFENG (Autor:in) / DUAN QIANQIAN (Autor:in) / ZHANG JUNLAN (Autor:in) / REN YAN (Autor:in)
02.03.2021
Patent
Elektronische Ressource
Chinesisch
Intelligent confidential cabinet and intelligent management system
| Europäisches Patentamt | 2020