Light wave sterilization system

Abstract

The invention provides a light wave sterilizing system comprising: a light wave sterilizing mechanism emitting a sterilizing ultraviolet light; a configuring mechanism used for setting a sterilizing time and relative parameters; a detecting mechanism used for detecting environmental temperature parameters and a parameter of a time from a last time sterilizing to a present time; and a processing mechanism connected to the light wave sterilizing mechanism, the configuring mechanism and the detecting mechanism. The processing mechanism is used for controlling the operation of each mechanism. With the processing mechanism, the light wave sterilizing mechanism can be started according to a preset time configured in the configuring system, and a supplement for a next starting time can be configured in cooperation with the parameters detected by the detecting mechanism. According to the light wave sterilizing system, with the cooperation of the detecting mechanism and the processing mechanism, according to an interval time from a last closure to a previous starting, a restarting warming time after the light wave sterilizing system is cooled can be actively determined and supplemented. Therefore, a sufficient amount of sterilizing light wave can be effectively provided, and an effect of sterilizing time saving is achieved.

Description

technical field [0001] The invention relates to a light wave sterilization system, in particular to a light wave sterilization system capable of effectively irradiating sufficient sterilization light dose and saving sterilization time. Background technique [0002] Generally, the existing light wave sterilization machine usually consists of a chassis, a plurality of ultraviolet lamps arranged in the chassis, a setting switch and a timing switch; Sterilizing light waves are emitted inside to achieve the effect of sterilization. [0003] However, the ultraviolet lamps of general light-wave sterilization machines are based on the sterilizing light waves emitted by the evaporation of mercury from solid to gaseous state, and it takes a certain amount of time for mercury to gradually reach the peak of the sterilization intensity from solid to gaseous state. There is a long interval between the end of the previous use and the start-up of this time. The ultraviolet lamp has cooled ...

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Problems solved by technology

[0003] However, the ultraviolet lamps of general light-wave sterilization machines are based on the sterilizing light waves emitted by the evaporation of mercury from solid to gaseous state, and it takes a certain amount of time for mercury to gradually reach the peak of the sterilization intensity from solid to gaseous state. There is a long interval between the end of the previous use and the start-up of this time. The ultraviolet lamp has cooled down (returned to room temperature), so that when it is used again, the light wave intensity is insufficient due to the initial temperature returning to normal temperature, and it must be supplemented for a period of time when sterilizing. Otherwise, the total sterilizing light wave (sterilizing intensity multiplied by the sterilizing time) emitted by the ultraviolet lamp will be insufficient in dose, resulting in the inability of the light wave sterilizer to produce an effective sterilizing light wave dose, resulting in Insufficient bactericidal effect and insufficient sterilization

[0004] When the operator operates continuously, it is not necessary to supplement the above-mentioned warm-up time to achieve an effective sterilizing dose, because the commercially available sterilizers all adopt the [fixed sterilizing time] operation mode, regardless of the set sterilizing time Whether there is a warm-up time will obviously cause two problems: 1. Unnecessary waste of time during continuous operation

2. The machine has been cooled to room temperature after the previous use, and the next user operates according to the schedule, resulting in insufficient sterilization dose

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