Assembly type intelligent isolation ward

Abstract

The invention discloses an assembly type intelligent isolation ward. The ward comprises a ward isolation room and a ventilation sterilizing and disinfecting module, and the outer side of the ward isolation room is flush with the exterior of the ventilation sterilizing and disinfecting module. The ventilation sterilizing and disinfecting module comprises a ventilation pipe and a ventilation sterilizing and disinfecting assembly, the ward isolation room is composed of a ward isolation outer wall and an electric door assembly, the ventilation pipe is provided with an upper air inlet, an upper airoutlet, a lower air inlet and a lower air outlet, and the ventilation sterilizing and disinfecting assembly comprises an upper draught fan, a lower draught fan and a sterilizing and disinfecting device; the upper draught fan is located below the upper air inlet, the air outlet of the upper draught fan is located at the upper air outlet, the sterilizing and disinfecting device is located below thelower air inlet and above the lower draught fan, and an air outlet of the lower draught fan is located at the lower air outlet. The sterilizing and disinfecting device is composed of an initial efficiency filtering net, a high pressure electrostatic device, an efficient filtering net, an ozone decomposition net and an ultraviolet lamp. By means of the ward, reasonable airflow texture, efficient sterilizing and disinfecting, the simple dismounting and mounting manner and high comfort can be achieved.

Description

technical field [0001] The invention belongs to the field of medical buildings and relates to an assembled intelligent isolation ward. Background technique [0002] At present, in medical places, due to the lack of effective airflow barriers between patients and patients and between patients and doctors, it is impossible to effectively prevent the spread of infection between patients with a source of disease and between patients with a source of disease and medical staff, especially in the current hospital. In terms of wards, most of the functions are single, the isolation effect of the source of infection is not good, and there is no device for effectively killing pathogenic microorganisms. In the face of sudden outbreaks of acute major infectious diseases such as SARS and MERS, it is easy to induce hospitalization. Infection, leading to serious public health security crisis. [0003] The setting of a single isolation ward can solve the above two problems to a certain exte...

AI Technical Summary

Problems solved by technology

However, the establishment of fixed single-person isolation wards suitable for sudden major infectious diseases in hospitals requires a certain building area, and the construction and maintenance costs are high, resulting in waste that cannot be effectively used when there is no epidemic, which will lead to Most countries, including developed countries, are unable to mass-provide such wards

In addition, there is no intelligent isolation ward on the market that can purify the source of infection of sudden acute major infectious diseases and can effectively block and kill pathogenic microorganisms, and it is difficult to disassemble and assemble, and the indoor comfort is poor

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