CN111494679A

CN111494679A - Bed unit disinfection device and disinfection management system

Info

Publication number: CN111494679A
Application number: CN202010506141.6A
Authority: CN
Inventors: 李厚重; 荣超; 蒲东海; 陈太平; 马塘杰
Original assignee: Chengdu Best Technology Co ltd
Current assignee: Chengdu Best Technology Co ltd
Priority date: 2020-06-05
Filing date: 2020-06-05
Publication date: 2020-08-07

Abstract

The invention relates to the technical field of medical disinfection equipment, in particular to a bed unit disinfection device and a disinfection management system, wherein the bed unit disinfection device comprises bed unit disinfection equipment and a sealing cover, the bed unit disinfection equipment comprises a main shell and an intensifier component, an ozone source, an air pump and a resolver are arranged in the main shell, and an interface is arranged on the main shell; the first disinfection enhancer comprises a first shell, and a first ozone concentration detection unit and an ozone output port are arranged on the first shell; the second disinfection intensifier comprises a second shell, and an atomizer and a second temperature and humidity detection unit are arranged on the second shell. The invention directly introduces ozone into the cotton fabric for enhanced disinfection through the first disinfection intensifier, and is matched with an ozone disinfection system of bed unit disinfection equipment for disinfecting the outside of the cotton fabric, thereby realizing uniform disinfection inside and outside the cotton fabric; meanwhile, the second disinfection intensifier is utilized to increase the air humidity in the sealing cover, and the disinfection efficiency and the disinfection effect on cotton fabrics are effectively improved.

Description

Bed unit disinfection device and disinfection management system

Technical Field

The invention relates to the technical field of medical disinfection equipment, in particular to a bed unit disinfection device and a disinfection management system.

Background

The hospital is a normal state in life, for the patient who has been discharged, the hospital can change or sterilize the sickbed and the bed clothes, and the hospital also changes or sterilizes the sickbed and the bed clothes used by the hospital corresponding to the patient who has not been discharged, and the cotton fabrics on the sickbed are basically sterilized by the bed unit sterilizer, in the existing sterilizer for the bed unit, for example, the sterilizer for the bed unit disclosed in chinese patent publication No. CN208958864U, which comprises: the ozone decomposition device comprises a shell, an air exhaust mechanism, an ozone inflation mechanism, a reduction mechanism and a decomposition mechanism, wherein the air exhaust mechanism is arranged on the side wall of the shell; the reduction mechanism comprises an air duct, a centrifugal fan and a modified activated carbon cylinder, the air duct is provided with an outward-expanding opening, the modified activated carbon cylinder is arranged in the air duct, the centrifugal fan is arranged in a cylinder core of the modified activated carbon cylinder, and the cylinder core of the modified activated carbon cylinder is communicated with the air exhaust mechanism; decomposition mechanism includes box body, electric heating pipe and a plurality of flow distribution plate, and the box body communicates with the open end in wind channel, and electric heating pipe sets up in the box body, and flow distribution plate one end sets up in the box body, and the other end extends to in the wind channel, and this single unit sterilizer has ozone reduction abundant, safe and reliable's technological effect, but this single unit sterilizer is carrying out sterile in-process to cotton fabric, can't evenly disinfect inside and outside the cotton fabric, leads to the inhomogeneous problem of disinfection to produce.

In addition, in the current bed unit disinfection equipment, the disinfection information of the cotton fabrics corresponding to the sickbed can not be accurately recorded, the problem that the cotton fabrics of the sickbed are missed and not disinfected is easily caused, and the risk of cross infection of patients is increased.

Therefore, the bed unit disinfection equipment and the management system provided by the invention have the advantages that the structure is simple, the use is convenient, and the synchronous disinfection of the interior of cotton fabrics is realized.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides a bed unit disinfection device and a disinfection management system, wherein the bed unit disinfection device comprises bed unit disinfection equipment and a sealing cover, the bed unit disinfection equipment comprises a main shell and an intensifier assembly, the intensifier assembly comprises a first disinfection intensifier and a second disinfection intensifier, an ozone source, an air pump and a resolver are arranged in the main shell, and an interface is arranged on the main shell; the first disinfection enhancer comprises a first shell, and a first ozone concentration detection unit and an ozone output port are arranged on the first shell; the second disinfection intensifier comprises a second shell, and an atomizer and a second temperature and humidity detection unit are arranged on the second shell. The invention directly introduces ozone into the cotton fabric for enhanced disinfection through the first disinfection intensifier, and is matched with an ozone disinfection system of bed unit disinfection equipment for disinfecting the outside of the cotton fabric, thereby realizing uniform disinfection inside and outside the cotton fabric; utilize the second disinfection intensifier to increase the air humidity in the sealed cowling simultaneously, be equipped with the hydrogen peroxide solution atomizing of low concentration when humidifying the air, further help improving the disinfection efficiency and the disinfection effect to cotton. Meanwhile, the bed unit disinfection equipment management system comprises the server, the bed unit disinfection equipment and the client, wherein a user is in communication connection with the server through the client, and obtains the disinfection information of the cotton and the working condition information of the bed unit disinfection equipment from the server, so that the user can conveniently remotely manage the disinfection work of the bed unit disinfection equipment and remotely check the disinfection and sterilization information of the cotton.

The purpose of the invention is realized by the following technical scheme:

a bed unit disinfection device comprises bed unit disinfection equipment and a sealing cover, wherein the sealing cover is used for covering cotton fabrics to be disinfected on a sickbed, the bed unit disinfection equipment comprises a main shell and an intensifier assembly, the intensifier assembly comprises a first disinfection intensifier and/or a second disinfection intensifier, an ozone source, an air pump and a resolver are arranged in the main shell, two interfaces are arranged on the main shell, one ends of the two interfaces are respectively communicated with an ozone source and an air inlet pipeline of the air pump, control valves are respectively arranged on the ozone source and the air inlet pipeline of the air pump, the other ends of the two interfaces are respectively communicated with the inside of the sealing cover through communicating pipes, and the resolver is arranged on an air outlet pipeline or an air inlet pipeline of the air pump; the first disinfection enhancer comprises a first shell, a first ozone concentration detection unit and an ozone output port are arranged on the first shell, a first communication module, a first sub-control module and a first power supply are arranged in the first shell, and the first sub-control module is connected with the first ozone concentration detection unit, the first communication module and the first power supply; the second disinfection intensifier comprises a second shell, an atomizer and a second temperature and humidity detection unit are arranged on the second shell, a liquid storage tank, a second communication module, a second sub-control module and a second power supply are arranged in the second shell, the liquid storage tank is communicated with the pipeline of the atomizer, and the second communication module is connected with the second temperature and humidity detection unit, the second sub-control module and the second power supply.

Further, still be provided with main control module in the owner shell, main control module is connected with first communication module, second communication module. In the process of disinfecting cotton fabrics by bed unit disinfection equipment, placing the cotton fabrics on a sickbed, then placing a first disinfection intensifier inside the cotton fabrics, placing a second disinfection intensifier outside the cotton fabrics, covering a sealing cover, enabling the cotton fabrics to be in a closed environment by utilizing the matching of the sealing cover and the sickbed, starting an air pump of the bed unit disinfection equipment to work, firstly vacuumizing the inside of the sealing cover, then controlling an ozone source to introduce ozone into the sealing cover, and simultaneously controlling the first disinfection intensifier and the second disinfection intensifier to work, wherein a first ozone concentration detection unit detects the ozone concentration inside the cotton fabrics, and meanwhile, the first disinfection intensifier can directly introduce ozone into the cotton fabrics through an ozone output port to carry out enhancement disinfection, so that the uniform disinfection inside and outside the cotton fabrics is realized; and the second disinfection intensifier detects cabin ambient air humidity through second temperature and humidity detection unit, and when detecting that air humidity does not reach the predetermined value, the atomizer starts work, increases the air humidity in the sealed cowling, makes the air humidity of cotton fabric place environment and the ozone cooperation that the bed unit disinfecting equipment sent into, effectively improves disinfection efficiency and the disinfection effect to cotton fabric.

Further, still be provided with a temperature and humidity detection unit on the first casing, a temperature and humidity detection unit is connected with first sub control module. Through set up first temperature and humidity measurement unit on first casing, utilize the inside humiture situation of first temperature and humidity measurement unit monitoring cotton goods, the outside humiture situation of second temperature and humidity measurement unit detection cotton goods simultaneously, then control ozone disinfection system, second disinfection intensifier collaborative work adjust the inside and outside humiture difference of cotton goods, guarantee that cotton goods is in the best disinfection environment, effectively improve cotton goods disinfection efficiency and disinfection effect.

Further, a second ozone concentration detection unit is further arranged on the second shell and connected with the second sub-control module.

Further, be provided with human-computer interaction module on the main casing body, human-computer interaction module is used for gathering article disinfection information, is provided with storage module and power source in the main casing body respectively, and human-computer interaction module, storage module, power source are connected with main control module respectively. The user is putting cotton fabric arrangement well on the sick bed and when covering the sealed cowling and preparing to disinfect, through the relevant article disinfection information of human-computer interaction module input cotton fabric, article disinfection information includes the sick bed and the disinfection time that cotton fabric corresponds, and article disinfection information is gathering the back of typeeing through the human-computer interaction module, saves in the storage module.

Furthermore, the first communication module and the second communication module are respectively bluetooth modules. The working state information of the first disinfection intensifier is transmitted to the bed unit disinfection equipment through the first communication module and stored in the storage module, and the working state information of the second disinfection intensifier is transmitted to the bed unit disinfection equipment through the second communication module and stored in the storage module.

Further, the ozone input port is communicated with the ozone source in the main shell through a communicating pipe.

The utility model provides a bed unit disinfecting equipment management system, including server and at least one bed unit disinfecting device, bed unit disinfecting equipment and server communication connection among the bed unit disinfecting device, bed unit disinfecting equipment is at the in-process that disinfects the cotton fabric in the sealed cowling, through first humiture detection unit, second humiture detection unit, main control module, the disinfection information of cotton fabric is gathered to first sub control module and second sub control module, bed unit disinfecting equipment is through first communication module, disinfection information and the working condition information transmission of article are stored to the server to second communication module and main control module, the user acquires the disinfection information of cotton fabric from server or bed unit disinfecting equipment. The disinfection condition of the cotton fabrics can be effectively managed by the user conveniently.

The bed unit disinfection equipment management system further comprises at least one client, the client is in communication connection with the server and is a mobile communication client or a PC (personal computer), a user is in communication connection with the server through the client, disinfection information of cotton and sheet unit disinfection equipment and working condition information of the sheet unit disinfection equipment are acquired from the server, and the user can conveniently remotely manage disinfection work of the sheet unit disinfection equipment and remotely check disinfection and sterilization information of the cotton.

Furthermore, hydrogen peroxide solution with the concentration of 1.5-6% is contained in the liquid storage tank, the hydrogen peroxide solution in the liquid storage tank is sprayed into the sealing cover through the atomizer, and the humidity of the ambient air in the sealing cover is improved to be more than 60%.

The invention has the beneficial effects that: according to the bed unit disinfection device and the disinfection management system, the first disinfection intensifier directly introduces ozone into the cotton for enhancing disinfection, and the first disinfection intensifier is matched with the bed unit disinfection equipment ozone disinfection system for disinfecting the outside of the cotton, so that the inside and the outside of the cotton are evenly disinfected; meanwhile, the second disinfection intensifier is utilized to increase the air humidity or the concentration of the auxiliary disinfectant in the environment where the cotton fabric is located in the sealing cover, and the second disinfection intensifier is matched with the ozone sent by the bed unit disinfection equipment, so that the disinfection efficiency and the disinfection effect on the cotton fabric are effectively improved.

Drawings

FIG. 1 is a schematic view of the structure of a bed unit sterilizing apparatus of the present invention;

FIG. 2 is a view showing a state of use of the bed unit disinfection apparatus of the present invention;

FIG. 3 is a schematic view of a first disinfection enhancer of the present invention;

FIG. 4 is a cross-sectional view of a first sterilization enhancer of the present invention;

FIG. 5 is a schematic view of the external structure of a second disinfection enhancer of the present invention;

FIG. 6 is a schematic view of the internal construction of a second disinfection enhancer of the present invention;

FIG. 7 is a block diagram of the management system of the present invention;

in the figure, 1-bed unit disinfection equipment, 2-main shell, 3-first disinfection enhancer, 301-first shell, 302-first ozone concentration detection unit, 303-ozone output port, 305-first communication module, 306-first sub-control module, 307-first power supply, 308-ozone input port, 4-second disinfection enhancer, 401-second shell, 402-atomizer, 403-second temperature and humidity detection unit, 404-liquid storage tank, 405-second communication module, 406-second sub-control module, 407-second power supply, 5-hospital bed, 6-cotton fabric, 7-sealing cover, 8-communication pipe, 9-human-computer interaction module, 11-server, 12-client.

Detailed Description

The technical solutions of the present invention are further described in detail below with reference to the accompanying drawings, but the scope of the present invention is not limited to the following.

As shown in fig. 1 to 6, a bed unit disinfection device comprises a bed unit disinfection device 1 and a sealing cover 7, wherein the sealing cover 7 is used for covering a cotton fabric 6 to be disinfected on a hospital bed 5, the bed unit disinfection device 1 comprises a main housing 2 and an enhancer assembly, the enhancer assembly comprises a first disinfection enhancer 3 and/or a second disinfection enhancer 4, an ozone source, an air pump and a resolver are arranged in the main housing 2, and the resolver is arranged on a pipeline connected with an air outlet or an air inlet of the air pump, namely the resolver is specifically arranged on an air inlet pipeline or an air outlet pipeline of the air pump; two interfaces are arranged on the main shell 2, one ends of the two interfaces are respectively communicated with the air inlet pipelines of the ozone source and the air pump, control valves are respectively arranged on the air inlet pipelines of the ozone source and the air pump, and the other ends of the two interfaces are respectively communicated with the inside of the sealing cover 7 through two communicating pipes 8, as shown in figure 1.

The first disinfection enhancer 3 comprises a first housing 301, a first ozone concentration detection unit 302 and an ozone output port 303 are arranged on the first housing 301, a first communication module 305, a first sub-control module 306 and a first power supply 307 are arranged in the first housing 301, and the first sub-control module 306 is respectively connected with the first ozone concentration detection unit 302, the first communication module 305 and the first power supply 307, as shown in fig. 3 and 4.

The second disinfection enhancer 4 comprises a second housing 401, an atomizer 402 and a second temperature and humidity detection unit 403 are arranged on the second housing 401, a liquid storage tank 404, a second communication module 405, a second sub-control module 406 and a second power supply 407 are arranged in the second housing 401, the liquid storage tank 404 is communicated with the atomizer 402 through a pipeline, and the second communication module 406 is connected with the second temperature and humidity detection unit 403, the second sub-control module 405 and the second power supply 407, as shown in fig. 5 and 6.

The first disinfection enhancer 3 and the second disinfection enhancer 4 can be respectively provided with a plurality of disinfection enhancers or can be respectively provided with one disinfection enhancer, when the first disinfection enhancer 3 and the second disinfection enhancer 4 are arranged in the sealing cover 7, the disinfection and sterilization effect on cotton fabrics in the sealing cover 7 is better, the disinfection and sterilization time is shorter, but the whole cost of the device is increased. In this embodiment, one first disinfection enhancer 3 and one second disinfection enhancer 4 are provided each.

Specifically, a main control module is further disposed in the main housing 2, and the main control module is connected to the first communication module 305 and the second communication module 405. In the process of disinfecting cotton fabrics 6 by bed unit disinfection equipment, the cotton fabrics 6 are placed on a sickbed 5, then a first disinfection intensifier 3 is placed inside the cotton fabrics 6, a second disinfection intensifier 4 is placed outside the cotton fabrics 6, a sealing cover 7 is covered, the cotton fabrics 6 are in a closed environment by utilizing the matching of the sealing cover 7 and the sickbed 5, an air pump of the bed unit disinfection equipment 1 is started to work, firstly, the sealing cover 7 is vacuumized, then, an ozone source is controlled to introduce ozone into the sealing cover 7, the cotton fabrics 6 are subjected to ozone sterilization and disinfection, meanwhile, the first disinfection intensifier 3 and the second disinfection intensifier 4 are controlled to work, a first ozone concentration detection unit 302 detects the ozone concentration inside the cotton fabrics 6, and meanwhile, the first disinfection intensifier 3 can directly introduce ozone into the cotton fabrics 6 through an ozone output port for reinforcement and disinfection, the uniform disinfection of the inside and the outside of the cotton fabric 6 is realized; and second disinfection reinforcing ware 4 detects sealed cowling 7 ambient air humidity through second humiture detecting element 403, when detecting that air humidity does not reach the predetermined value, atomizer 402 starts work, increases the air humidity in the sealed cowling 7, makes the air humidity of cotton fabric place environment and the ozone cooperation that the bed unit disinfecting equipment sent into, effectively improves disinfection efficiency and the disinfection effect to cotton fabric 6.

In the bed unit disinfection and sterilization field, ambient air humidity is big more, and the disinfection and sterilization effect to cotton fabric is just better relatively, so in order to keep higher disinfection and sterilization effect, need improve the air humidity in the airtight environment more than 60% usually, this embodiment sets up liquid reserve tank 404 and atomizer 402 in second disinfection intensifier 4, is exactly in order to improve the relative humidity in the sealed cowling 7, and then promotes the disinfection and sterilization effect of the cotton fabric of treating disinfecting in the sealed cowling 7.

Water or an auxiliary disinfectant is stored in the liquid storage tank 404, and preferably, the auxiliary disinfectant is added into the liquid storage tank 404, and the auxiliary disinfectant is hydrogen peroxide solution with the mass concentration of 1.5-6%. When the second disinfection enhancer 4 is used for assisting in enhancing disinfection, when the second temperature and humidity detection unit 403 detects that the ambient air humidity in the sealing cover 7 does not reach the preset value, the hydrogen peroxide solution with the mass concentration of 3% in the liquid storage tank 404 is sprayed into the sealing cover 7 through the atomizer 402, in the embodiment, the hydrogen peroxide with the mass concentration of 3% is added as an auxiliary disinfectant, so that the relative humidity in the sealing cover 7 can be improved, the sterilization function of the hydrogen peroxide can be used for assisting sterilization, in the embodiment, the ambient air humidity in the sealing cover 7 is improved to more than 60%, and the sterilization efficiency and the sterilization effect on cotton fabrics can be greatly improved.

Experiments prove that the hydrogen peroxide disinfectant is diluted to be 1.5-6% in concentration by purified water or ethanol, atomized in a closed space and has an obvious killing effect on common spore bacteria, hydrogen peroxide vapor after disinfection and sterilization can be automatically decomposed into water and oxygen without obvious residues, the sterilization and inactivation time of the hydrogen peroxide disinfectant on the spore bacteria is 4-6 hours when the concentration of the hydrogen peroxide disinfectant is 1.5%, the sterilization and inactivation time of the hydrogen peroxide disinfectant on the spore bacteria is 1-2 hours when the concentration of the hydrogen peroxide disinfectant is 6%, but the hydrogen peroxide with the concentration of 6% has certain corrosivity and can potentially damage the skin of a human body. In the present embodiment, it is preferable that a hydrogen peroxide solution with a concentration of 3% is atomized into a gas with a particle size of less than 1 μm, and can be suspended in the air for a long time to perform random brownian motion, thereby ensuring permeation into a complicated area and sterilization effect; the atomized particles can generate a rebound effect after contacting the surface of the object, and can not be coagulated together like large particles to generate larger liquid drops, so that the surface of the object subjected to disinfection and sterilization can not be wetted to generate corrosivity; in the embodiment, the universal atomizing head is provided with a standard air inlet, an air outlet, a matched connecting pipeline, a connector and a universal atomizing head, so that the space can be uniformly atomized, the speed of particles at the outlet of the adopted atomizer can reach 80m/s, all areas in a clean area can be effectively reached, the sterilization time is 2-4 hours, and experiments prove that when the atomizing amount is 5ml/m3 and the sealing time is 2 hours, namely the concentration of the active hydrogen peroxide disinfectant is 3 percent, 10 can be killed⁶The spore can meet the requirement of sterilization. Specifically, a first temperature and humidity detection unit is further disposed on the first casing 301, and the first temperature and humidity detection unit is connected with the first sub-control module 305. By arranging the first temperature and humidity detection unit on the first shell 301, the cotton fabric monitoring device utilizes the first temperature and humidity detection unit to monitor the cotton fabricThe inside humiture situation of article 6, the humiture situation outside second humiture detection unit 403 detects cotton 6 simultaneously, then control second disinfection intensifier 4 work, adjust the humiture difference outside and inside cotton 5, guarantee that cotton 6 is in the best disinfection environment, effectively improve cotton 6 disinfection efficiency and disinfection effect.

Specifically, a second ozone concentration detection unit is further disposed on the second housing 401, and the second ozone concentration detection unit is connected to the second sub-control module 406.

Specifically, be provided with human-computer interaction module 9 on the main casing body 2, human-computer interaction module 9 is used for gathering article disinfection information, is provided with storage module and power in the main casing body 2 respectively, and human-computer interaction module 9, storage module, power are connected with main control module respectively. The user is when putting cotton fabric 6 in order on sick bed 5 and covering sealed cowling 7 and prepare to disinfect, lets in the relevant article disinfection information of human-computer interaction module 9 input cotton fabric 6, and article disinfection information includes the sick bed and the disinfection time that cotton fabric 6 corresponds, and article disinfection information is gathering the back of typeeing through human-computer interaction module 9, saves in the storage module. Preferably, the human-computer interaction module 9 is a display screen, a button, a code scanning gun or NFC.

Specifically, the first communication module 305 and the second communication module 406 are bluetooth modules, respectively. The operating state information of the first disinfection enhancer 3 is transmitted to the unit disinfection apparatus 1 through the first communication module 305 and stored in the storage module, and the operating state information of the second disinfection enhancer 4 is transmitted to the unit disinfection apparatus 1 through the second communication module 406 and stored in the storage module.

Specifically, the first housing 301 is further provided with an ozone input port 308, the ozone input port 308 is in pipe communication with the ozone output port 303, and the ozone input port 308 is in pipe communication with the ozone source in the main housing 2 through a communication pipe 8. In particular, the ozone source is an ozone generator.

As shown in fig. 7, a bed unit disinfection apparatus management system includes a server 11 and at least one bed unit disinfection apparatus 1 described above, wherein the bed unit disinfection apparatus 1 is in communication connection with the server 11. The in-process that the bed unit disinfecting equipment 1 disinfected 6 cotton, gather and store the article disinfection information of cotton 6, after accomplishing disinfection work, bed unit disinfecting equipment 1 transmits the disinfection information and the operating condition information of article to server 11 and stores, and the user then can follow server 11 or bed unit disinfecting equipment 1 and acquire the disinfection condition of cotton 6, and convenience of customers effectively manages the disinfection condition of cotton 6.

In particular, the management system further comprises at least one client 12, the client 12 being in communication connection with the server 11. Preferably, the client 12 is a mobile communication client or a computer, and a user can communicate with the server 11 through the client 12, and then obtain the disinfection status information of the cotton sheet 6 and the work status information of the bed unit disinfection device 1 from the server 11 through the client 12, so that the user can conveniently check and manage the disinfection work of the bed unit disinfection device 1 and the cotton sheet 6 remotely.

When the sterilizing bed is used, when cotton fabrics 6 need to be sterilized, the cotton fabrics 6 are placed on the sickbed 5, then the first sterilizing intensifier 3 is placed inside the cotton fabrics 6, the second sterilizing intensifier 4 is placed outside the cotton fabrics 6, the sealing cover 7 is covered, the cotton fabrics 6 are in a closed environment by utilizing the matching of the sealing cover 7 and the sickbed 5, the air pump of the disinfecting equipment 1 is started to work, the sealing cover 7 is vacuumized firstly, then the ozone source is controlled to introduce ozone into the sealing cover 7, the cotton fabrics 6 are sterilized by ozone, the first sterilizing intensifier 3 and the second sterilizing intensifier 4 are controlled to work simultaneously, the first ozone concentration detecting unit 302 detects the ozone concentration inside the cotton fabrics 6, and meanwhile, the first sterilizing intensifier 3 can directly introduce ozone into the cotton fabrics 6 through the ozone output port to perform enhancing sterilization, the uniform disinfection of the inside and the outside of the cotton fabric 6 is realized; the second disinfection enhancer 4 detects the ambient air humidity of the sealing cover 7 through the second temperature and humidity detection unit 403, and when the air humidity is detected not to reach a preset value, the atomizer 402 starts to work to increase the relative humidity in the sealing cover 7, so that the air humidity of the environment where the cotton fabric is located is matched with ozone sent by the bed unit disinfection equipment, and the disinfection efficiency and the disinfection effect on the cotton fabric 6 are effectively improved; bed unit disinfecting equipment 1 is carrying out sterile in-process or before putting into cotton 6 to cotton 6, the user is gathering the article disinfection information of entering cotton 6 through man-machine interaction module 9, article disinfection information includes sick bed and the disinfection time that cotton 6 corresponds, article disinfection information is gathering the back of entering through man-machine interaction module 9, save in the storage module, after accomplishing the disinfection work, bed unit disinfecting equipment 1 stores article disinfection information and working condition information transmission to server 11, the administrator then can follow server 11 or bed unit disinfecting equipment 1 and acquire the disinfection situation of cotton 6, make things convenient for the administrator to effectively manage the disinfection situation of cotton 6.

The foregoing is illustrative of the preferred embodiments of this invention, and it is to be understood that the invention is not limited to the precise form disclosed herein and that various other combinations, modifications, and environments may be resorted to, falling within the scope of the concept as disclosed herein, either as described above or as apparent to those skilled in the relevant art. And that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention as defined by the appended claims.

Claims

1. A bed unit disinfection device comprises bed unit disinfection equipment and a sealing cover, and is characterized in that the bed unit disinfection equipment comprises a main shell and an intensifier assembly, the intensifier assembly comprises a first disinfection intensifier and/or a second disinfection intensifier, an ozone source, an air pump and an resolver are arranged in the main shell, two interfaces are arranged on the main shell, one ends of the two interfaces are respectively communicated with an ozone source and an air inlet pipeline of the air pump, control valves are respectively arranged on the ozone source and the air inlet pipeline of the air pump, the other ends of the two interfaces are respectively communicated with the inside of the sealing cover through communicating pipes, and the resolver is arranged on an air outlet pipeline or an air inlet pipeline of the air pump; the first disinfection enhancer comprises a first shell, a first ozone concentration detection unit and an ozone output port are arranged on the first shell, a first communication module, a first sub-control module and a first power supply are arranged in the first shell, and the first sub-control module is connected with the first ozone concentration detection unit, the first communication module and the first power supply; the second disinfection intensifier comprises a second shell, an atomizer and a second temperature and humidity detection unit are arranged on the second shell, a liquid storage tank, a second communication module, a second sub-control module and a second power supply are arranged in the second shell, the liquid storage tank is communicated with the pipeline of the atomizer, and the second communication module is connected with the second temperature and humidity detection unit, the second sub-control module and the second power supply.

2. A bed unit disinfection apparatus as claimed in claim 1, wherein a main control module is further provided within the housing, the main control module being connected to the first and second communication modules.

3. The bed unit disinfection device of claim 2, wherein the first housing is further provided with a first temperature and humidity detection unit, and the first temperature and humidity detection unit is connected with the first sub-control module.

4. A bed unit disinfection apparatus as claimed in claim 3, wherein said second housing further comprises a second ozone concentration detection unit, said second ozone concentration detection unit being connected to said second sub-control module.

5. A bed unit disinfection apparatus as claimed in claim 2, wherein said main housing is provided with a human-machine interaction module for collecting article disinfection information, and a storage module and a power source are provided in the main housing, the human-machine interaction module, the storage module and the power source being connected to the main control module respectively.

6. The bed unit disinfection apparatus of claim 1, wherein the first communication module and the second communication module are bluetooth modules, respectively.

7. A bed unit disinfection apparatus as claimed in claim 1, wherein the liquid storage tank contains hydrogen peroxide solution at a concentration of 1.5-6%, and the hydrogen peroxide solution in the liquid storage tank is sprayed into the enclosure by the atomizer to increase the humidity of the ambient air in the enclosure to above 60%.

8. The utility model provides a bed unit disinfecting equipment management system, including server and at least one bed unit disinfecting device, a serial communication port, bed unit disinfecting equipment and server communication connection among the bed unit disinfecting device, bed unit disinfecting equipment is at the in-process that disinfects to the cotton fabric in the sealed cowling, through first humiture detection unit, second humiture detection unit, main control module, the disinfection information of cotton fabric is gathered to first sub-control module and second sub-control module, bed unit disinfecting equipment is through first communication module, second communication module and main control module transmit the disinfection information and the operating condition information of article to the server and store, the user acquires the disinfection information of cotton fabric from server or bed unit disinfecting equipment.

9. The system for managing sheet unit disinfection equipment as claimed in claim 8, further comprising at least one client, wherein the client is in communication connection with the server, the client is a mobile communication client or a PC computer, and a user is in communication connection with the server through the client to obtain disinfection information of cotton fabric and working condition information of sheet unit disinfection equipment from the server.