阅读说明：本技术 一种自动消毒装置中精准喷洒消毒液控制的方法 (Method for controlling accurate disinfectant spraying in automatic disinfection device ) 是由 张宝强 于 2020-05-22 设计创作，主要内容包括：本发明公开了一种自动消毒装置中精准喷洒消毒液控制的方法,包括以下步骤：A、初始设置：将设备与电梯扶手安装好后,将设备调整到设置状态；B、设置：系统自动记录传感器转动的圈数；C、病毒区长度定义：当单人使用扶梯时,运动传感器的旋转角度,主控系统此时记录运动传感器的起始点数据信息,系以及终止点数据信息；D、体温无异常：当人体检测进入电梯的人员体温无异常时,精密潜水泵上控制的电磁阀只打开主喷嘴消毒液管路只是主喷洒口喷洒消毒液消杀病毒；E、体温异常：当检测到有体温异常的人员时,系统将此段的病毒为重点病毒区,该方法可以精准喷洒消毒液,根据实际的信息数据控制喷洒消毒液的大小。(The invention discloses a method for controlling the accurate spraying of disinfectant in an automatic disinfection device, which comprises the following steps: A. initial setting: after the equipment and the elevator handrail are installed, the equipment is adjusted to a set state; B. setting: the system automatically records the number of turns of the rotation of the sensor; C. viral region length definition: when a single person uses the escalator, the rotation angle of the motion sensor, the main control system records the data information of the starting point, the system and the data information of the ending point of the motion sensor at the moment; D. body temperature was not abnormal: when the body temperature of a person entering the elevator is detected to be abnormal, an electromagnetic valve controlled on the precise submersible pump only opens a main nozzle disinfectant pipeline and only sprays disinfectant to kill viruses through a main spraying port; E. abnormal body temperature: when a person with abnormal body temperature is detected, the system takes the virus as a key virus area, the method can accurately spray disinfectant, and the size of the sprayed disinfectant is controlled according to actual information data.)

1. A method for controlling the accurate spraying of disinfectant in an automatic disinfection device comprises the following steps:

A. initial setting: after the equipment and the elevator handrail are installed, the equipment is adjusted to a set state;

B. setting: the system automatically records the number of turns of the rotation of the sensor;

C. viral region length definition: when a single person uses the escalator, the rotation angle of the motion sensor, the main control system records the data information of the starting point, the system and the data information of the ending point of the motion sensor at the moment;

D. body temperature was not abnormal: when the body temperature of a person entering the elevator is detected to be abnormal, an electromagnetic valve controlled on the precise submersible pump only opens a main nozzle disinfectant pipeline and only sprays disinfectant to kill viruses through a main spraying port;

E. abnormal body temperature: when a person with abnormal body temperature is detected, the system takes the viruses in the section as key virus areas.

2. The method of claim 1, wherein the method further comprises the step of controlling the spraying of the disinfecting liquid in the automatic disinfecting device: according to step A

a. After the equipment and the elevator handrail are installed, a display screen below the module is utilized;

b. the device is connected with a mobile phone through a wireless communication module, a red pen is used for marking the surface of an elevator handrail of an infrared person, and a motion sensor start key is pressed on a display screen at the same time of marking;

c. and (4) visually pressing a stop key when the mark is transferred to the population, and automatically recording the number of turns of the motion sensor corresponding to one turn of the handrail after the data is recorded in the system.

3. The method of claim 2, wherein the method further comprises the step of controlling the spraying of the disinfecting liquid in the automatic disinfecting device: according to step B

a. At the position of the inlet of the equipment, pressing a motion sensor start key when the mark reaches the position of the inlet by utilizing the visual inspection of the existing mark;

b. visually pressing a stop key when the mark is transferred to the population, and recording data into the system;

c. the system calculates the length of the corresponding handrail surface and the number of turns corresponding to the corresponding motion sensor.

4. The method of claim 1, wherein the method further comprises the step of controlling the spraying of the disinfecting liquid in the automatic disinfecting device: according to step C

a. When the escalator is used by a single person, the length of the virus area is generally defined as the rotating angle (number of turns) of the motion sensor corresponding to 100-150 mm;

b. when a human body is sensed to enter an elevator population, the infrared sensing module transmits sensing information to the master control system, the master control system records the initial point data information of the motion sensor at the moment, and when no newly added person enters the system within 3 seconds, the system records the end point data information of the motion sensor, namely the length X of a virus area;

c. when the fact that a human body inducts to enter the elevator zone within the Q/V of 3 seconds is detected, the point is used as a starting point to conduct superposition according to the number of the entering people, then the length of the virus zone is superposed until the last 3 seconds when no human enters is used as a termination point, and the termination point is used as the total length of the input virus zone.

5. The method of claim 1, wherein the method further comprises the step of controlling the spraying of the disinfecting liquid in the automatic disinfecting device: and D, when the body temperature of the person entering the elevator is detected to be abnormal according to the step D, the electromagnetic valve controlled on the precise submersible pump only opens the main nozzle disinfection liquid pipeline, and the flow of the precise submersible pump is smaller when the main nozzle sprays disinfection liquid to kill viruses.

6. The method of claim 1, wherein the method further comprises the step of controlling the spraying of the disinfecting liquid in the automatic disinfecting device: and E, when the person with abnormal body temperature is detected according to the step E, counting the number of the person with abnormal body temperature by the system and reporting the number to the system, and performing multi-spraying of the disinfectant by the system to disinfect the handrail.

Technical Field

The invention relates to the technical field of preparation of reinforced cement-based concrete splicing-free woven pipes, in particular to a method for controlling accurate disinfectant spraying in an automatic disinfection device.

Background

Most in stores escalators are used. The escalator is also the most densely populated public facility, and the rolling handrail of the escalator is the most touched part by the human hand. The escalator rolling handrail surface disinfection device is fully covered with bacteria and viruses, market cleaning personnel only use disinfection cleaning cloth to wipe the rolling handrail surface of the escalator 1-2 times every day, bacteria and viruses can be increased on the surface along with the continuous increase of the flow of people, and the risk of being infected with the bacteria and the viruses is great for personnel using the escalator.

Most in stores escalators are used. The escalator is also the most densely populated public facility, and the rolling handrail of the escalator is the most touched part by the human hand. The escalator rolling handrail surface disinfection device is fully covered with bacteria and viruses, and market cleaning personnel only use disinfection cleaning cloth to wipe the rolling handrail surface of the escalator 1-2 times every day, so that no new bacteria and viruses are generated on the rolling handrail surface during the operation of an elevator.

Disclosure of Invention

The invention aims to provide a method for controlling the accurate spraying of disinfectant in an automatic disinfection device, which can comprehensively and comprehensively disinfect the surface of a rolling handrail of an escalator in real time, wherein the spraying control of the disinfectant is an important step for ensuring accurate disinfection, ensures that the spraying is not missed and the waste is not caused by excessive spraying, and ensures that the surface of the rolling handrail is in a sterile state during the running of the escalator, so as to solve the problems in the background art.

In order to achieve the purpose, the invention provides the following technical scheme: a method for controlling the accurate spraying of disinfectant in an automatic disinfection device comprises the following steps:

A. initial setting: after the equipment and the elevator handrail are installed, the equipment is adjusted to a set state;

B. setting: the system automatically records the number of turns of the rotation of the sensor;

C. viral region length definition: when a single person uses the escalator, the rotation angle of the motion sensor, the main control system records the data information of the starting point, the system and the data information of the ending point of the motion sensor at the moment;

D. body temperature was not abnormal: when the body temperature of a person entering the elevator is detected to be abnormal, an electromagnetic valve controlled on the precise submersible pump only opens a main nozzle disinfectant pipeline and only sprays disinfectant to kill viruses through a main spraying port;

E. abnormal body temperature: when a person with abnormal body temperature is detected, the system takes the viruses in the section as key virus areas.

Preferably, said process is carried out according to step A

a. After the equipment and the elevator handrail are installed, a display screen below the module is utilized;

b. the device is connected with a mobile phone through a wireless communication module, a red pen is used for marking the surface of an elevator handrail of an infrared person, and a motion sensor start key is pressed on a display screen at the same time of marking;

c. and (4) visually pressing a stop key when the mark is transferred to the population, and automatically recording the number of turns of the motion sensor corresponding to one turn of the handrail after the data is recorded in the system.

Preferably, said step B is carried out according to

a. At the position of the inlet of the equipment, pressing a motion sensor start key when the mark reaches the position of the inlet by utilizing the visual inspection of the existing mark;

b. visually pressing a stop key when the mark is transferred to the population, and recording data into the system;

c. the system calculates the length of the corresponding handrail surface and the number of turns corresponding to the corresponding motion sensor.

Preferably, said step C is carried out

a. When the escalator is used by a single person, the length of the virus area is generally defined as the rotating angle (number of turns) of the motion sensor corresponding to 100-150 mm;

b. when a human body is sensed to enter an elevator population, the infrared sensing module transmits sensing information to the master control system, the master control system records the initial point data information of the motion sensor at the moment, and when no newly added person enters the system within 3 seconds, the system records the end point data information of the motion sensor, namely the length X of a virus area;

c. when the fact that a human body inducts to enter the elevator zone within the Q/V of 3 seconds is detected, the point is used as a starting point to conduct superposition according to the number of the entering people, then the length of the virus zone is superposed until the last 3 seconds when no human enters is used as a termination point, and the termination point is used as the total length of the input virus zone.

Preferably, when the body temperature of the person entering the elevator is detected to be abnormal according to the step D, the electromagnetic valve controlled on the precision submersible pump only opens the disinfection liquid pipeline of the main nozzle, and the flow of the precision submersible pump is smaller when the main nozzle sprays disinfection liquid to kill viruses.

Preferably, when the person with abnormal body temperature is detected according to the step E, the system counts the number of the person with abnormal body temperature and reports the number to the system, and the system sprays more disinfectant to disinfect the handrail.

Compared with the prior art, the invention has the beneficial effects that:

the method carries out comprehensive and omnibearing disinfection treatment on the surface of the rolling handrail of the escalator in real time, wherein the spraying control of disinfectant is an important step for ensuring accurate disinfection, the leakage spraying is avoided, the waste caused by excessive spraying is avoided, and the surface of the rolling handrail is in a sterile state during the running of the elevator.

Drawings

FIG. 1 is a schematic representation of a particular type of organization of the present invention;

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, the present invention provides a technical solution: a method for controlling the accurate spraying of disinfectant in an automatic disinfection device comprises the following steps:

A. initial setting: after the equipment and the elevator handrail are installed, the equipment is adjusted to a set state;

B. setting: the system automatically records the number of turns of the rotation of the sensor;

C. viral region length definition: when a single person uses the escalator, the rotation angle of the motion sensor, the main control system records the data information of the starting point, the system and the data information of the ending point of the motion sensor at the moment;

D. body temperature was not abnormal: when the body temperature of a person entering the elevator is detected to be abnormal, an electromagnetic valve controlled on the precise submersible pump only opens a main nozzle disinfectant pipeline and only sprays disinfectant to kill viruses through a main spraying port;

E. abnormal body temperature: when a person with abnormal body temperature is detected, the system takes the viruses in the section as key virus areas.

After the equipment and the elevator handrail are installed, the display screen below the module is utilized and is connected with the mobile phone through the wireless communication module, a red pen is used for marking the surface of the elevator handrail of the infrared population, a motion sensor start key is pressed on the display screen at the same time of marking, a stop key is pressed when the mark is transferred to the population through visual inspection, and after data is recorded to the system, the system automatically records the number of rotation turns of the motion sensor corresponding to one rotation of the handrail.

At the position of the inlet of the equipment, a motion sensor start key is pressed when the mark reaches the position of the inlet through visual inspection by using the existing mark, a stop key is pressed when the mark is transferred to the population through visual inspection, data is recorded into a system, and the system calculates the corresponding length of the surface of the handrail and the corresponding number of turns of the corresponding motion sensor.

When a single person uses the escalator, the length of the virus area is generally defined as 100-150 mm, the rotation angle (the number of turns) of the corresponding motion sensor is detected, when a human body is detected to enter an elevator population, the infrared detection module transmits the induction information to the master control system, the master control system records the initial point data information of the motion sensor at the moment, when no newly-added person enters the elevator population within 3 seconds, the system records the end point data information of the motion sensor, namely the length X of the virus area, when the human body is detected to enter the elevator area within 3 seconds, the virus area length is superposed by taking the point as the initial point according to the number of people entering the elevator area, and the virus area length is superposed until no person enters the elevator area within the last 3 seconds and serves as the total length of the input virus area.

When the human body detects that the body temperature of people entering the elevator is abnormal, the electromagnetic valve controlled on the precise submersible pump only opens the main nozzle disinfectant pipeline, and the flow of the precise submersible pump is smaller when the main nozzle spraying port sprays disinfectant to kill viruses.

When the person with abnormal body temperature is detected, the system counts the number of the person with abnormal body temperature and reports the number to the system, and the system sprays more disinfectant to disinfect the handrail.

The method carries out comprehensive and omnibearing disinfection treatment on the surface of the rolling handrail of the escalator in real time, wherein the spraying control of disinfectant is an important step for ensuring accurate disinfection, the leakage spraying is avoided, the waste caused by excessive spraying is avoided, and the surface of the rolling handrail is in a sterile state during the running of the elevator.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.