CN219510967U - Shared space intelligent negative oxygen ion disinfection device - Google Patents
Shared space intelligent negative oxygen ion disinfection device Download PDFInfo
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- CN219510967U CN219510967U CN202320168509.1U CN202320168509U CN219510967U CN 219510967 U CN219510967 U CN 219510967U CN 202320168509 U CN202320168509 U CN 202320168509U CN 219510967 U CN219510967 U CN 219510967U
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Abstract
The utility model discloses an intelligent negative oxygen ion disinfection device for a shared space, which comprises an indoor controller (03), a human body identifier (04), a fresh air fan (10), a fresh air fan negative ion section (12) and a fresh air pipe (13); the indoor controller is arranged inside the shared space (05), and at least one human body identifier is arranged on the inner wall of the shared space and faces the shared space; the novel ventilator is arranged at one side of the top of the shared space, one air port of the novel ventilator is communicated with the outside through an outdoor air taking port (15) through a novel air pipe, the other air port of the novel ventilator is communicated with the shared space through a novel air pipe, and the novel ventilator anion section is arranged in the novel ventilator and is communicated with the shared space through the novel air pipe; the indoor controller is electrically connected with the human body identifier, the fresh air fan and the fresh air fan anion section. The utility model can solve the problems of untimely manual sterilization and easy cross infection of the shared space in the prior art.
Description
Technical Field
The utility model relates to indoor space disinfection equipment, in particular to an intelligent negative oxygen ion disinfection device for a shared space.
Background
Resource sharing is more and more common in modern life due to the advantages of high utilization efficiency, high economy and the like, and currently, the resource sharing comprises the sharing of gymnasiums, the sharing of libraries, the sharing of washrooms and the like, and is widely applied to communities such as high-end houses and the like. However, with the occurrence of various infectious diseases, the shared space has a large risk of cross infection, and great attention is paid to how to rapidly and effectively disinfect the shared space after the preamble guests use the shared space, which is an important condition for safe use and normal operation of the shared space.
The traditional shared space disinfection mode is that the preamble guests disinfect the shared space by cleaning staff after using the shared space, but with the intelligent development of the shared space, the number of staff such as cleaning is smaller and smaller, the disinfection timeliness of each shared space cannot be ensured, and meanwhile, the cleaning staff is also at a higher infectious disease infection risk. Therefore, it is necessary to provide an intelligent negative oxygen ion sterilizing device for a shared space, which can solve the problems of untimely manual sterilization of the shared space and easy cross infection in the prior art.
Disclosure of Invention
The utility model aims to provide an intelligent negative oxygen ion sterilizing device for a shared space, which can solve the problems of untimely manual sterilization and easiness in cross infection of the shared space in the prior art.
The utility model is realized in the following way:
the intelligent negative oxygen ion sterilizing device for the shared space comprises an indoor controller, a human body identifier, a fresh air blower negative ion section and a fresh air pipe; the indoor controller is arranged inside the shared space, and at least one human body identifier is arranged on the inner wall of the shared space and faces the shared space; the fresh air fan is arranged at one side of the top of the shared space, one air port of the fresh air fan is communicated with the outside through an outdoor air taking port by a fresh air pipe, the other air port of the fresh air fan is communicated with the shared space by a fresh air pipe, and the negative ion section of the fresh air fan is arranged in the fresh air fan and is communicated with the shared space by the fresh air pipe; the indoor controller is electrically connected with the human body identifier, the fresh air fan and the fresh air fan anion section.
The novel air blower is characterized in that a novel air blower air filtering section is arranged in the novel air blower, and the novel air blower air filtering section is positioned on a novel air pipe with a wind gap of the novel air blower communicated with the outside.
The novel air pipe extends to the other side of the top of the shared space in a straight line or curve shape, and a plurality of air outlets are arranged on the novel air pipe at intervals, so that the plurality of air outlets are uniformly distributed on the top of the shared space.
The shared space is provided with an access control system which is connected to a shared space operation and maintenance platform arranged on a background computer device of the shared space, and the access control system is arranged on a door of the shared space and is electrically connected with the indoor controller.
The access control management system comprises a shared space outdoor access control and a shared space indoor access control; the outdoor entrance guard of shared space is installed outside the gate of shared space, and the indoor entrance guard of shared space is installed inside the gate of shared space.
Compared with the prior art, the utility model has the following beneficial effects:
1. because the novel fan, the novel fan air filtering section and the novel fan anion section are arranged, when the novel fan introduces external air into a shared space, the novel fan air filtering section can filter the air, so that the air in the shared space is kept flowing and circulating, and the human health is facilitated; meanwhile, when no person is in the shared space, negative ions are filled in the shared space through the negative ion section of the fresh air fan, so that the timely and efficient disinfection and sterilization effects are achieved, and the occurrence of cross infection of infectious diseases is avoided.
2. The utility model can shoot pictures in the shared space through the human body identifier, judge whether a person exists in the shared space through the human body identifier, keep the negative ion section of the fresh air fan closed when the person exists, open the negative ion section of the fresh air fan for disinfection when the person does not exist, set control by utilizing the time for detecting the human body, realize intelligent disinfection, reduce manpower expenditure while guaranteeing the disinfection of the shared space and time effectiveness, and reduce the infection rate risk of cleaning personnel.
Drawings
FIG. 1 is a schematic diagram of the installation of the shared space intelligent negative oxygen ion disinfection device of the present utility model; in the figure, the broken lines represent electrical connections, the arrow direction being the air flow direction;
fig. 2 is a control flow diagram of an indoor controller in the shared space intelligent negative oxygen ion sterilization apparatus of the present utility model.
In the figure, a 01 shared space operation and maintenance platform, a 021 shared space outdoor access control, a 022 shared space indoor access control, a 03 indoor controller, a 04 human body identifier, a 05 shared space, a 10 fresh air fan, a 11 fresh air fan air filtering section, a 12 fresh air fan anion section, a 13 fresh air pipe, a 14 air outlet and a 15 outdoor air taking opening.
Detailed Description
The utility model will be further described with reference to the drawings and the specific examples.
Referring to fig. 1, an intelligent negative oxygen ion sterilizing device for a shared space comprises an indoor controller 03, a human body identifier 04, a fresh air fan 10, a fresh air fan negative ion section 12 and a fresh air pipe 13; the indoor controller 03 is arranged inside the shared space 05, and at least one body identifier 04 is arranged on the inner wall of the shared space 05 and faces the shared space 05; the fresh air fan 10 is arranged at one side of the top of the shared space 05, one air port of the fresh air fan 10 is communicated with the outside through an outdoor air taking port 15 by a fresh air pipe 13, the other air port of the fresh air fan 10 is communicated with the shared space 05 by the fresh air pipe 13, and the fresh air fan anion section 12 is arranged in the fresh air fan 10 and is communicated with the shared space 05 by the fresh air pipe 13; the indoor controller 03 is electrically connected with the human body identifier 04, the fresh air fan 10 and the fresh air fan anion section 12.
Preferably, the indoor controller 03 can adopt a computer control panel, the computer control panel is provided with related function keys, a circuit board in the computer control panel integrates a control program, the indoor controller 03 can be arranged on an indoor wall surface of the shared space 05, and the operation of the indoor controller 03 can be remotely or manually realized. The human body identifier 04 can adopt a camera for shooting pictures in the shared space 05, and the installation number and the positions of the human body identifier 04 are adjusted according to the size and the shape of the shared space 05 so as to ensure that the pictures in the whole shared space 05 are shot, and the camera can also provide a safety monitoring function.
The indoor controller 03 uses the image processing technology and the human body recognition convolution model in the prior art to accurately recognize the human body of the photographed image of the human body recognizer 04, so as to determine whether a person exists in the shared space 05. If someone is in the shared space 05, the fresh air machine 10 can be started for introducing outdoor air into the room through the fresh air pipe 10, so that the air in the shared space 05 is updated, the good indoor air quality is maintained, and the human health is facilitated; if no person is in the shared space 05, the fresh air fan 10 and the fresh air fan anion section 12 thereof can be started, and the fresh air fan anion section 12 conveys anions into the shared space 05, so that the shared space 05 is filled with the anions, and the disinfection and sterilization can be realized timely and effectively without the need of cleaning personnel to perform disinfection operation after the preface guests leave.
The novel fan 10 is internally provided with a novel fan air filtering section 11, and the novel fan air filtering section 11 is positioned on a novel air pipe 13 with a wind gap of the novel fan 10 communicated with the outside.
Through the arrangement of the air filtering section 11 of the new fan, the air introduced into the shared space 05 from the outside can be filtered, and the air quality is improved. Preferably, the fresh air fan air filtering section 11 can adopt an active carbon filter core and the like according to actual filtering requirements, and the fresh air fan anion section 12 can adopt a filter core and the like with the model number YS500FO-L02 according to actual purifying requirements of viruses, formaldehyde and the like.
The fresh air pipe 13 extends to the other side of the top of the shared space 05 in a linear or curved shape, and a plurality of air outlets 14 are arranged on the fresh air pipe 13 at intervals, so that the plurality of air outlets 14 are uniformly distributed on the top of the shared space 05.
The length and shape of the fresh air pipe 13 can be adjusted according to the size and shape of the shared space 05 so as to ensure that a plurality of air outlets 14 can be uniformly distributed at the top of the shared space 05, thereby achieving the purpose that air or negative ions are rapidly filled in the shared space 05 and improving the efficiency of air circulation update and disinfection.
The shared space 05 is provided with an access control system, the access control system is connected to the shared space operation and maintenance platform 01 arranged on the background computer equipment of the shared space 05, and the access control system is arranged on a door of the shared space 05 and is electrically connected with the indoor controller 03.
The shared space operation and maintenance platform 01 is a management, operation and maintenance platform of the shared space 05 and is used for providing a reservation channel for a user, recording reservation use time period data of each shared space 05, facilitating the renting and management of the shared space 05, and being applicable to shared gymnasiums, shared libraries, shared washrooms and the like. The access control management system of each shared space 05 is respectively linked with the shared space operation and maintenance platform 01, so that management personnel can conveniently issue access control cards of the shared space 05, and users can enter the shared space 05 through the access control cards in a reservation time period through the access control management system.
The access control system comprises a shared space outdoor access control 021 and a shared space indoor access control 022; the shared space outdoor entrance guard 021 is installed outside the gate of the shared space 05, and the shared space indoor entrance guard 022 is installed inside the gate of the shared space 05.
Preferably, the shared space outdoor access 021 and the shared space indoor access 022 may be based on NFC (Near Field Communication, i.e. near field communication) technology. The outdoor access control 021 and the indoor access control 022 of the shared space can identify access control cards through NFC, a user can conveniently enter the shared space 05 in a reserved time period through the outdoor access control 021 of the shared space and can conveniently leave the shared space 05 through the indoor access control 022 of the shared space by swiping the cards, a complete swiping record closed loop is formed, and the indoor controller 03 can conveniently extract the swiping records of the outdoor access control 021 of the shared space and the indoor access control 022 of the shared space and is used for checking whether a person exists in the shared space 05.
Referring to fig. 1 and 2, the application method and the working principle of the utility model are as follows:
in consideration of the actual sterilization time requirement, the manager may set a detection period in the indoor controller 03, for example: the indoor controller 03 starts the human body identifier 04 in the sensing period of time from 11 to 1 pm and from 0 to 6 pm each day, and the human body identifier 04 transmits the photographed picture to the indoor controller 03.
The indoor controller 03 recognizes a human body in a screen by using an image processing technique and a human body recognition convolution model in the prior art, and determines whether a person is present in the shared space 05. Image processing and human body identification are well-established computer processing programs at present, and the process of detecting human bodies is determined according to different convolution models, and is not repeated here.
If the indoor controller 03 recognizes that a person exists in the shared space 05, the indoor controller 03 extracts reservation data corresponding to the shared space 05 and access control data of the shared space outdoor access control 021 and the shared space indoor access control 022 in the shared space operation and maintenance platform 01, and after the shared space 05 is checked to be rented, the indoor controller 03 sends an electric signal to the fresh air ventilator 10 to enable the fresh air ventilator negative ion section 12 to be closed, and the fresh air ventilator 10 can be operated or closed according to actual needs. When the fresh air machine 10 is opened, outside air is introduced into a room through the fresh air pipe 13 by the outdoor air taking port 15, and the introduced air is filtered by the fresh air machine air filtering section 11, so that the air quality is improved.
If the indoor controller 03 recognizes that no person is in the shared space 05, the indoor controller 03 extracts reservation data corresponding to the shared space 05 in the shared space operation and maintenance platform 01 and card swiping records of the shared space outdoor entrance guard 021 and the shared space indoor entrance guard 022, after the shared space 05 is checked to be leased by no person, the indoor controller 03 starts the human body identifier 04 again, the human body identifier 04 sends a re-shot picture to the indoor controller 03, and the picture is used for checking that no person is in the shared space 05 by the indoor controller 03, so that perception errors are avoided. The indoor controller 03 sends an electric signal to the fresh air fan 10, so that the fresh air fan 10 and the fresh air fan anion section 12 are opened, the fresh air fan air filtering section 11 is closed, the fresh air fan anion section 12 generates anions, the anions are conveyed into the shared space 05 through the fresh air fan 10 through a plurality of air outlets 14 on the fresh air pipe 13, and the whole shared space 05 is rapidly filled with the anions, so that anion disinfection and sterilization are realized.
The ways in which the fresh air machine anion section 12 is turned off, i.e., stops sterilizing, include:
1. the indoor controller 03 can set the disinfection time, and after the new fan anion section 12 and the new fan 10 run to reach the disinfection time, the indoor controller 03 sends an electric signal to the new fan 10 to enable the new fan anion section 12 to be closed, and disinfection and sterilization are stopped.
2. In the disinfection process, the indoor controller 03 collects the card swiping record of the outdoor access 021 of the shared space in real time or periodically, and when someone swipes a card on the outdoor access 021 of the shared space to enter the shared space 05 through the access card, the indoor controller 03 sends an electric signal to the fresh air ventilator 10 to enable the negative ion section 12 of the fresh air ventilator to be closed, and disinfection and sterilization are stopped.
3. In the disinfection process, the indoor controller 03 acquires the shooting pictures of the human body identifier 04 in real time or periodically, and carries out human body identification, when the indoor controller 03 identifies that a person exists in the shared space 05, even if the shared space outdoor access 021 does not have a record of card swiping entering, the indoor controller 03 also closes the fresh air fan anion section 12, and disinfection and sterilization are stopped.
The above closing conditions meet any one, the indoor controller 03 closes the negative ion section 12 of the fresh air ventilator, stops disinfection and sterilization, and the fresh air ventilator 10 can be selected to be continuously opened or synchronously closed according to actual use requirements.
The above embodiments are merely preferred embodiments of the present utility model and are not intended to limit the scope of the present utility model, therefore, any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present utility model should be included in the scope of the present utility model.
Claims (5)
1. An intelligent negative oxygen ion disinfection device for a shared space is characterized in that: comprises an indoor controller (03), a human body identifier (04), a fresh air fan (10), a fresh air fan anion section (12) and a fresh air pipe (13); the indoor controller (03) is arranged inside the shared space (05), and at least one human body identifier (04) is arranged on the inner wall of the shared space (05) and faces the shared space (05); the novel air blower (10) is arranged on one side of the top of the shared space (05), one air port of the novel air blower (10) is communicated with the outside through an outdoor air taking port (15) by a novel air pipe (13), the other air port of the novel air blower (10) is communicated with the shared space (05) by the novel air pipe (13), and the novel air blower negative ion section (12) is arranged in the novel air blower (10) and is communicated with the shared space (05) by the novel air pipe (13); the indoor controller (03) is electrically connected with the human body identifier (04), the fresh air fan (10) and the fresh air fan anion section (12).
2. The shared space intelligent negative oxygen ion sterilization apparatus according to claim 1, characterized in that: the novel air conditioner is characterized in that a novel air conditioner air filtering section (11) is arranged in the novel air conditioner (10), and the novel air conditioner air filtering section (11) is positioned on a novel air pipe (13) with an air port of the novel air conditioner (10) communicated with the outside.
3. The shared space intelligent negative oxygen ion sterilization apparatus according to claim 1 or 2, characterized in that: the fresh air pipe (13) extends to the other side of the top of the shared space (05) in a straight line or curve shape, and a plurality of air outlets (14) are arranged on the fresh air pipe (13) at intervals, so that the plurality of air outlets (14) are uniformly distributed on the top of the shared space (05).
4. The shared space intelligent negative oxygen ion sterilization apparatus according to claim 3, wherein: the shared space (05) is provided with an access control system, the access control system is connected to a shared space operation and maintenance platform (01) arranged on background computer equipment of the shared space (05), and the access control system is arranged on a door of the shared space (05) and is electrically connected with an indoor controller (03).
5. The shared space intelligent negative oxygen ion sterilization apparatus of claim 4, wherein: the access control system comprises a shared space outdoor access control (021) and a shared space indoor access control (022); the shared space outdoor access control (021) is arranged outside a gate of the shared space (05), and the shared space indoor access control (022) is arranged inside the gate of the shared space (05).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320168509.1U CN219510967U (en) | 2023-02-09 | 2023-02-09 | Shared space intelligent negative oxygen ion disinfection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202320168509.1U CN219510967U (en) | 2023-02-09 | 2023-02-09 | Shared space intelligent negative oxygen ion disinfection device |
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| Publication Number | Publication Date |
|---|---|
| CN219510967U true CN219510967U (en) | 2023-08-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202320168509.1U Active CN219510967U (en) | 2023-02-09 | 2023-02-09 | Shared space intelligent negative oxygen ion disinfection device |
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| CN (1) | CN219510967U (en) |
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2023
- 2023-02-09 CN CN202320168509.1U patent/CN219510967U/en active Active
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