Integrated intelligent ward integration module

Abstract

The invention discloses an integrated intelligent ward integration module. The integrated intelligent ward integration module comprises a functional wall body and a suspended ceiling; a plurality of functional modules are integrated on the functional wall body; the functional wall body comprises a first support mounted on a keel of an assembly wall body and a layout panel arranged on the first support; the first support comprises a first outer frame body and an inner framework, wherein the first outer frame body has a certain thickness so that the functional modules can be arranged in the first outer frame body, and the inner framework is arranged in the first outer frame body; a first connecting piece which is detachably connected with the keel of the assembly wall body is fixedly arranged on the inner framework; the suspended ceiling is arranged above a sickbed and is connected with the functional wall body; the suspended ceiling comprises a second support and a top panel arranged on the second support; the second support comprises a second outer frame body and a hanging frame arranged in the second outer frame body; and the second outer frame body is horizontally fixed on the first outer frame body. The plurality of functional modules are integrally arranged on the functional wall body and the suspended ceiling, so that the functional layout is concentrated, and the use of doctors or patients is facilitated.

Description

technical field [0001] The invention relates to the technical field of medical care facilities, in particular to an integrated module of an integrated smart ward. Background technique [0002] In the existing wards, medical equipment belts are generally only installed on the wall panels at the head of the hospital bed. The storage space is composed of bedside cabinets and scattered spaces. It has few functions and cannot meet the needs of modern medical development; and the functional layout is scattered, inconvenient to use, and poor in flexibility. , extremely unsightly; in addition, due to the scattered functional layout, in the actual installation process, different functional equipment needs to be slotted and buried in different solid walls of the ward for wiring, and the infrastructure construction period required for the ward is relatively long. In the event of an emergency (such as an epidemic), it is impossible to quickly build a ward to deal with it. Contents of ...

AI Technical Summary

Problems solved by technology

[0002] In the existing wards, medical equipment belts are generally only installed on the wall panels at the head of the hospital bed. The storage space is composed of bedside cabinets and scattered spaces. It has few functions and cannot meet the needs of modern medical development; and the functional layout is scattered, inconvenient to use, and poor in flexibility. , extremely unsightly; in addition, due to the scattered functional layout, in the actual installation process, different functional equipment needs to be slotted and buried in different solid walls of the ward for wiring, and the infrastructure construction period required for the ward is relatively long. In case of a situation (such as an epidemic), it is impossible to quickly build a ward to deal with it

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