Control system enabling medical X-ray product to realize system sleep energy conservation

Abstract

The invention discloses a control system enabling a medical X-ray product to realize system sleep energy conservation. Based on coordination and cooperation among modules and systems such a system control module, a power source control module, a computer and an hospital information system in the control system, control on the working statuses of the function modules of an existing medical X-ray product can be realized; and when the product is in a standby state for a long time and does not perform photographing work, the function modules with high electric energy consumption can be switched off, the sleep energy conservation of the whole system can be realized, and therefore, the electric energy consumption of the system can be greatly reduced under the situation that the normal use of the product is not affected, and the daily use cost of the medical X-ray product can be decreased.

Description

technical field [0001] The invention relates to the field of medical control, in particular to a control system for realizing system sleep and energy saving of medical X-ray products. Background technique [0002] Medical X-ray products are the earliest X-ray equipment used in the field of medical diagnosis. With the continuous and steady development of my country's national economy and the advancement of medical reform, the construction of medical institutions has developed rapidly, and medical X-ray products have been rapidly popularized, which has also led to the continuous increase of energy consumption in the daily operation of medical institutions. Under the national environment of energy conservation and emission reduction, how to meet the medical needs of the people and improve the quality of medical care while reducing the daily energy consumption of medical institutions has gradually become a concern of medical institutions. However, most of the existing medical X...

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Problems solved by technology

However, most of the existing medical X-ray products only focus on the performance of the product and the hardware cost of the product. The actual operating cost of the product and the loss due to standby energy consumption have not received much attention, which directly leads to the daily maintenance of medical institutions. The operating cost is high, and it also increases the cost of medical treatment for patients

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