CN110807856A - Intelligent channel management method and system - Google Patents
Intelligent channel management method and system Download PDFInfo
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- CN110807856A CN110807856A CN201911084580.6A CN201911084580A CN110807856A CN 110807856 A CN110807856 A CN 110807856A CN 201911084580 A CN201911084580 A CN 201911084580A CN 110807856 A CN110807856 A CN 110807856A
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Abstract
The invention discloses a management method of an intelligent channel, which comprises the following steps: the user verifies the system to obtain the user use authority of the high-frequency channel, the intelligent clothes-sending machine, the intelligent shoe-sending machine and the intelligent recycling bin; a user inputs personal information into the intelligent clothes-sending machine, the intelligent clothes-sending machine sends out an adaptive surgical gown according to the personal information, and the personal information and the surgical gown information are bound and then transmitted to the system; the user inputs personal information into the intelligent shoe-sending machine, the intelligent shoe-sending machine sends out the adaptive operation shoes according to the personal information, and the personal information and the operation shoe information are transmitted to the system after being bound. The invention has the beneficial effects that: the invention adopts system management, increases the detection of the operating gown and the operating shoes, and records and detects the information of the operating gown and the operating shoes by binding the information of personnel, thereby effectively avoiding the problems that personnel get behind a post, the operating shoes without wearing the operating gown enter an operating room or the operating gown and the operating shoes are not returned.
Description
Technical Field
The invention relates to the field of intelligent channels, in particular to a management method and a management system of an intelligent channel.
Background
The operating room is a place for providing operations and rescue for patients, and in order to ensure the sterile environment in the operating room, the intelligent channel adopts strict management measures. At present, there are two common management measures in the prior art.
One is to adopt personnel management and control, and utilize the proscenium nurse to supervise and control the personnel flow. The method has low efficiency, needs manual memory and judges the authority of personnel entering the operating room in a short time, and is easy to cause the problems of job running or delayed illness state and the like.
The other is to adopt the RFID technology or the media card technology or the biological characteristic identification technology in the intelligent channel to identify the person entering the channel. The method can effectively manage the flow of personnel in the operating room and quickly judge whether the personnel have the permission to enter the operating room. However, since the operating room is a relatively sterile environment, it is necessary for the personnel who enter the operating room to wear a strictly sterile operating gown and operating shoes. In the prior art, only personnel identity can be identified, and clothes, shoes and socks worn by the personnel cannot be managed. Not only the condition that the operating gown and the operating shoes are not worn and the operating room is entered, but also the condition that the operating gown and the operating shoes are returned after the operating room is exited can occur.
Disclosure of Invention
In order to overcome the defects that the channel system in the prior art cannot detect the article information and the artificial management is easy to be confused and makes mistakes, the invention provides a management method of an intelligent channel, which is realized by the following technical scheme.
A management method of an intelligent channel comprises the following steps:
s1, acquiring user use rights of the high-frequency channel, the intelligent clothes-sending machine, the intelligent shoe-sending machine and the intelligent recycling bin;
s2, inputting user personal information into the intelligent clothes-sending machine by a user, sending an adaptive operating coat by the intelligent clothes-sending machine according to the user personal information, binding the user personal information and the operating coat information and then transmitting the bound information to the system;
s3, inputting user personal information into the intelligent shoe-sending machine by a user, sending matched surgical shoes by the intelligent shoe-sending machine according to the user personal information, binding the user personal information and the surgical shoe information, and transmitting the information to the system;
s4, when the user passes through the high-frequency channel, the high-frequency channel detects the personal information of the user, the information of the operating clothes and the information of the operating shoes and sends the personal information of the user, the system judges whether the personal information of the user is bound with the detected information of the operating clothes and the operating shoes, if so, the user obtains the authority of passing through the high-frequency channel, and if not, the user cannot obtain the authority of passing through the high-frequency channel;
s5, returning the operating clothes and the operating shoes to the intelligent recycling bin by the user, transmitting the operating clothes information and the operating shoes information to the system by the intelligent recycling bin, and deleting the corresponding binding information by the system.
Further, in step S1, the user verifies the face information with the face recognition module of the system and/or verifies the fingerprint information with the fingerprint recognition module and/or verifies the IC card information with the card reader, and if the verification is successful, the user obtains the user permission of the high-frequency channel, the intelligent clothes-issuing machine, the intelligent shoe-issuing machine, and the intelligent recycling bin.
Further, in step S2, the user inputs face information and/or fingerprint information and/or IC card information into the smart clothes-issuing machine, and the system determines whether the smart clothes-issuing machine has a right of use, if so, the smart clothes-issuing machine sends an operating coat which has a first RFID chip and is adapted to the user, and uploads the first RFID chip information of the operating coat to the system, and if not, the system collects personal information of the user again.
Further, in the step S3, the user inputs face information and/or fingerprint information and/or IC card information into the intelligent shoe-sending machine, and the system determines whether the intelligent shoe-sending machine has the right of use, and if so, the intelligent shoe-sending machine sends an operation shoe which is provided with a second RFID chip and is adapted to the user, and uploads the second RFID chip information of the operation shoe to the system; if not, the personal information of the user is collected again.
Further, in step S4, when the user passes through the high frequency channel, the high frequency channel detects personal information of the user through a first detection module, and detects a first RFID chip of the surgical gown and a second RFID chip of the surgical shoe through a second detection module; and then uploading the user personal information, the first RFID chip information and the second RFID chip information to a system, and judging whether the user personal information is bound with the first RFID chip information and the second RFID chip information or not by the system.
Further, in step S5, after the user returns the surgical gown and the surgical shoes to the intelligent recycling bin, the intelligent recycling bin detects the first RFID chip of the surgical gown and the second RFID chip of the surgical shoes, uploads the chip information to the system, and the system releases the binding between the personal information of the user and the corresponding chip information.
A management system for implementing the intelligent channel of the method comprises a control terminal, a server, an intelligent clothes-sending machine, an intelligent shoe-sending machine, a high-frequency channel and an intelligent recycling box; the control terminal is connected with the server through the switch, and the server is respectively connected with the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box through the switch; the server is used for verifying the personal information of the user, transferring the use authority of the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box of the user, and storing and binding the personal information of the user, the information of the operating clothes and the information of the operating shoes; the intelligent clothes issuing machine is used for inputting the personal information of the user, issuing the adaptive surgical gown according to the personal information of the user, and uploading the personal information of the user and the information of the surgical gown to the server; the intelligent shoe-sending machine is used for inputting the personal information of the user, sending the adaptive surgical shoes according to the personal information of the user, and uploading the personal information of the user and the information of the surgical shoes to the server; the high-frequency channel is used for detecting personal information, operating coat information and operating shoe information of a user and uploading the personal information, the operating coat information and the operating shoe information to the server; the intelligent recycling box is used for recycling the operating gown and the operating shoes and uploading the recycled operating gown information and the recycled operating shoes information to the server.
Furthermore, the server comprises a first detection module for verifying the personal information of the user, a storage module for storing the personal information of the user, the information of the operating clothes and the operating shoes, a communication module for bidirectional communication connection with the intelligent clothes-issuing machine, the intelligent shoe-issuing machine, the high-frequency channel and the intelligent recycling bin, and an operation module for comparing the personal information of the user, the information of the operating clothes and the information of the operating shoes; the personal information of the user is input through the first detection module, stored by the storage module and respectively transmitted to the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box through the communication module
Furthermore, the intelligent clothes-issuing machine comprises a first detection module for detecting personal information of a user, a second detection module for detecting information of a surgical gown, a communication module in bidirectional communication connection with the server, a control module for processing the personal information of the user and the information of the surgical gown, and a mechanical push rod for issuing the surgical gown; the personal information of the user is input through the first detection module, the control module processes the personal information of the user and controls the corresponding operating coat of the mechanical push rod method, and then the personal information of the user is uploaded to the server through the communication module; the operating coat information is recorded by the second detection module and uploaded to the server through the communication module.
Furthermore, the high-frequency channel comprises a first detection module for detecting personal information of a user, a second detection module for detecting information of a surgical gown and surgical shoes, a communication module in bidirectional communication connection with the server, and a control module for controlling personnel to enter; the personal information of the user, the information of the operating clothes and the information of the operating shoes are respectively transmitted to the communication module through the first detection module and the second detection module and are uploaded to the server through the communication module, and the control module receives a control instruction of the server through the communication module.
The invention has the beneficial effects that:
compared with the prior art, the invention adopts system management, increases the detection of the operating gown and the operating shoes, and records and detects the information of the operating gown and the operating shoes by binding the information of the personnel, thereby effectively avoiding the problems that the personnel have a job and the operating shoes without wearing the operating gown enter the operating room or the operating gown and the operating shoes are not returned, and effectively and strictly controlling the personnel flow in the operating room.
Drawings
FIG. 1 is a schematic flow diagram of the process of the present invention.
FIG. 2 is a schematic flow chart of a method according to an embodiment of the present invention.
Fig. 3 is a flowchart of the operation of the intelligent hair-dryer and the intelligent shoe-dryer of the present invention.
Fig. 4 is a flow chart of the operation of the high frequency channel of the present invention.
Fig. 5 is a system architecture diagram of the present invention.
Fig. 6 is a system block diagram of a server of the present invention.
Fig. 7 is a system block diagram of the intelligent laundry machine of the present invention.
Fig. 8 is a system block diagram of the high frequency channel of the present invention.
FIG. 9 is a system block diagram of the intelligent recovery tank 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.
Because the operating room has strict clean requirements, the current access authority management of the operating room has the problems of low efficiency, difficult manual supervision and incomplete system supervision. The invention provides a management method and a management system of an intelligent channel, and aims to solve the supervision problem in the prior art.
A management method of an intelligent channel mainly comprises the following steps: 1. a user verifies the system through verification modes such as an IC card, a living human face or a living fingerprint and the like, and user use rights of a high-frequency channel, an intelligent clothes-sending machine, an intelligent shoe-sending machine and an intelligent recycling box are obtained; 2. the user inputs personal information into the intelligent clothes-sending machine, the intelligent clothes-sending machine sends out the matched operating coat according to the personal information, and the personal information and the operating coat information are bound and then transmitted to the system; 3. the user inputs personal information into the intelligent shoe-sending machine, the intelligent shoe-sending machine sends out the adaptive operation shoes according to the personal information, and the personal information and the operation shoe information are transmitted to the system after being bound; 4. when a user passes through the high-frequency channel, the high-frequency channel detects personal information, operating coat information and operating shoe information of the user and sends the personal information, the operating coat information and the operating shoe information to the system, the system judges whether the personal information is bound with the operating coat information and the operating shoe information, if yes, the user obtains the permission of passing through the high-frequency channel, and if not, the user cannot obtain the permission of passing through the high-frequency channel; 5. the user returns the operating gown and the operating shoes to the intelligent recycling bin, the intelligent recycling bin transmits the operating gown information and the operating shoes information to the system, and the system deletes corresponding binding information
Compared with the prior art, the method adopts system management, increases the detection of the operating gown and the operating shoes, records and detects the personnel information entering the operating room, records and detects the operating gown and the operating shoes during operation, and can effectively avoid the problems that personnel get behind a post, the operating shoes without wearing the operating gown enter the operating room or the operating gowns and the operating shoes are not returned. Because the operating room is a place with strict clean requirements, the clean environment has quite important influence on the operation and the illness state of patients, and therefore, the method has important practical significance for strictly controlling the access authority of the intelligent channel and detecting and recording the operating clothes and the operating shoes.
In a specific embodiment, a flow is shown in fig. 2, and a management method of an intelligent channel specifically includes the following steps: s1, the user verifies the face information to the face recognition module of the system and/or verifies the fingerprint information to the fingerprint recognition module and/or verifies the IC card information to the card reader, and the user use authority of the high-frequency channel, the intelligent clothes-issuing machine, the intelligent shoe-issuing machine and the intelligent recycling bin is obtained.
S2, inputting face information and/or fingerprint information and/or IC card information into the intelligent clothes-issuing machine by a user, judging whether the intelligent clothes-issuing machine has the use authority or not by the system, if so, sending an operating coat which is provided with a first RFID chip and is matched with the user by the intelligent clothes-issuing machine, uploading the first RFID chip information of the operating coat to the system, and if not, re-collecting the personal information of the user.
S3, a user inputs face information and/or fingerprint information and/or IC card information into the intelligent shoe-sending machine, the system judges whether the intelligent shoe-sending machine has the use authority, if so, the intelligent shoe-sending machine sends an operation shoe which is provided with a second RFID chip and is matched with the user, and the second RFID chip information of the operation shoe is uploaded to the system; if not, the personal information of the user is collected again. The S2 and S3 processes are shown in FIG. 3, and the S2 and S3 sequences can be reversed.
As shown in fig. 4, S4, when the user passes through the high frequency channel, the high frequency channel detects personal information of the user through the first detection module, and detects the first RFID chip of the surgical gown and the second RFID chip of the surgical shoe through the second detection module; and then uploading the personal information of the user, the information of the first RFID chip and the information of the second RFID chip to a system, and judging whether the personal information of the user is bound with the information of the first RFID chip and the information of the second RFID chip by the system, if so, the user obtains the authority of passing through the high-frequency channel, and if not, the user cannot obtain the authority of passing through the high-frequency channel.
S5, after the user returns the operating clothes and the operating shoes to the intelligent recycling bin, the intelligent recycling bin detects the first RFID chip of the operating clothes and the second RFID chip of the operating shoes, chip information is uploaded to the system, and the system releases the binding between the personal information of the user and the corresponding chip information.
Before entering the intelligent passage, a user is required to input personal information, the user acquires the operating clothes through the intelligent clothes-sending machine, acquires the operating shoes through the intelligent shoe-sending machine, and deposits the personal clothes and the shoes in the intelligent locker shoe-changing cabinet. At this point, the preparation for entry into the operating room is complete.
When a user passes through the high-frequency channel, the high-frequency channel can record the entering direction, the entering time and the corresponding personnel information and transmit the information to the system for storage. The user changes the surgical gown before the intelligent locker; and opening a recovery door in the intelligent recovery box in a personal identification mode, and delivering dirty clothes and dirty shoes to finish the recovery process. The user opens the dressing room entrance guard through personal identification and leaves the operating room.
A management system of an intelligent channel is shown in figure 5 and comprises a control terminal, a server, an intelligent clothes-sending machine, an intelligent shoe-sending machine, a high-frequency channel and an intelligent recycling box; the control terminal is connected with the server through the switch, and the server is respectively connected with the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box through the switch; the server is used for verifying the personal information of the user, transferring the use authority of the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box of the user, and storing and binding the personal information of the user, the information of the operating clothes and the information of the operating shoes; the intelligent clothes issuing machine is used for inputting the personal information of the user, issuing the adaptive surgical gown according to the personal information of the user, and uploading the personal information of the user and the information of the surgical gown to the server; the intelligent shoe-sending machine is used for inputting the personal information of the user, sending the adaptive surgical shoes according to the personal information of the user, and uploading the personal information of the user and the information of the surgical shoes to the server; the high-frequency channel is used for detecting personal information, operating coat information and operating shoe information of a user and uploading the personal information, the operating coat information and the operating shoe information to the server; the intelligent recycling box is used for recycling the operating gown and the operating shoes and uploading the recycled operating gown information and the recycled operating shoes information to the server.
As shown in fig. 6, the server includes a first detection module for verifying the personal information of the user, a storage module for storing the personal information of the user, the information of the operating gown and the operating shoes, a communication module for two-way communication connection with the intelligent clothes-issuing machine, the intelligent shoe-issuing machine, the high-frequency channel and the intelligent recycling bin, and an operation module for comparing the personal information of the user, the information of the operating gown and the information of the operating shoes; the personal information of the user is input through the first detection module, stored by the storage module and respectively transmitted to the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box through the communication module. The operating coat information is uploaded to the communication module through the intelligent clothes-issuing machine and stored in the storage module; the information of the operating shoes is uploaded to the communication module through the intelligent shoe sending machine and is stored in the storage module; the user personal information, the operating coat information and the operating shoe information are detected by the high-frequency channel and uploaded to the communication module, the communication module transmits the information to the operation module, and the operation module compares the user personal information, the operating coat information and the operating shoe information detected by the high-frequency channel with the user personal information, the operating coat information and the operating shoe information in the storage module; the intelligent recycling box uploads the operating coat information and the operating shoe information, and the operating module deletes the corresponding operating coat information and the corresponding operating shoe information in the storage module through the communication module. The server of the present invention also includes a data acquisition function: the intelligent shoe recycling machine is used for collecting hardware equipment information and operation data of the intelligent clothes sending machine, the intelligent shoe sending machine, the high-frequency channel and the intelligent recycling machine. Information such as which compartment the user is using, the start time of use, the end time of use, whether to return dirty clothes and shoes, the user's job number, etc. can be obtained.
The intelligent clothes-sending machine and the intelligent shoe-sending machine are matched with an operating coat with a first RFID chip and an operating shoe with a second RFID chip according to personal information of a user, the information of the RFID chip is bound with the personal information of the user, and the information of the RFID chip and the user can be identified equivalently in an operating room.
As shown in fig. 7, the intelligent clothes-issuing machine includes a first detection module for detecting personal information of a user, a second detection module for detecting information of a surgical gown, a communication module in bidirectional communication connection with a server, a control module for processing the personal information of the user and the information of the surgical gown, and a mechanical push rod for issuing the surgical gown; the personal information of the user is input through the first detection module, the control module processes the personal information of the user and controls the corresponding operating coat of the mechanical push rod method, and then the personal information of the user is uploaded to the server through the communication module; the operating coat information is recorded by the second detection module and uploaded to the server through the communication module. The first detection module detects personal information of a user and transmits the personal information of the user to the control module, the control module is used for comparing the personal information of the user and controlling the mechanical push rod to release a surgical gown matched with the personal information of the user, the second detection module detects the released surgical gown information, and the communication module receives the personal information of the user detected by the first detection module and the surgical gown information detected by the second detection module and transmits corresponding information to the communication module of the server. The system of the intelligent clothes-sending machine is the same as that of the intelligent shoe-sending machine.
The intelligent clothes-issuing machine in the specific embodiment can comprise but is not limited to a main processor, a main memory, a bus chip, a man-machine interaction device, a network connection device, a surgical clothes-issuing mechanical push rod, a card reader and/or a fingerprint identification module and/or a face recognition module. Can pass through card reader discernment card number, perhaps fingerprint identification module reads fingerprint information, perhaps face identification module reads face information and discerns user information and sends the operating coat that matches. Other intelligent launchers with data communication capabilities known in the art may also be used.
The intelligent shoe-sending machine in the specific embodiment can comprise but is not limited to a main processor, a main memory, a bus chip, a man-machine interaction device, a network connection device, a surgical shoe-sending mechanical push rod, a card reader and/or a fingerprint identification module and/or a face recognition module. Can discern the card number through the card reader, perhaps fingerprint identification module reads fingerprint information, perhaps face identification module reads face information and discerns user information and sends the operation shoes that match. Other intelligent shoe machines with data communication capabilities known in the art can also be used.
The high-frequency channel is shown in fig. 8 and comprises a first detection module for detecting personal information of a user, a second detection module for detecting information of an operating coat and information of an operating shoe, a communication module in bidirectional communication connection with the server, and control modules for controlling access controls on two sides of the channel; the personal information of the user, the information of the operating clothes and the information of the operating shoes are respectively transmitted to the communication module through the first detection module and the second detection module and are uploaded to the server through the communication module, the control module receives a control instruction of the server through the communication module, and finally the control module controls the entrance guard to be opened according to the control instruction.
The working frequency of the high-frequency channel is in an ultrahigh frequency band, and the high-frequency channel works in a broad-spectrum frequency hopping or fixed frequency transmission mode; the output power is adjustable; an infrared motion sensor is arranged in the intelligent monitoring system, so that the motion direction of personnel can be intelligently judged; a buzzer and an indicator lamp are arranged in the shell; has external communication modes such as serial ports, network ports and the like.
In a specific embodiment, two groups of infrared transmitting and receiving tubes are respectively arranged at the entrance guard positions at two sides of the high-frequency channel, and when the infrared radiation of a certain group of receiving tubes is shielded, the entrance guard at the position has the information that a user prepares to pass through the entrance guard for judging the entering direction of the user.
As shown in fig. 9, the intelligent recycling machine includes a first detection module, a second detection module and a communication module, in a specific embodiment, the intelligent recycling machine may include, but is not limited to, a main processor, a main memory, a human-computer interaction device, a network connection device, and a recycling door, and the intelligent recycling machine is mainly used for recycling contaminated surgical gowns and surgical shoes after work in a surgical suite. The intelligent recovery machine may also employ other intelligent recovery machines with data communication capabilities known in the art.
The first RFID chip and the second RFID chip are wireless communication chips that can identify a specific object and read and write related data by a radio signal without establishing mechanical or optical contact between the identification system and the specific object.
The server is also used for inputting and collecting the information of the user and configuring parameters of the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box. The configuration parameters mainly include high-frequency parameters, instruction parameters, system parameters, channel IP and the like of the channel. Meanwhile, the server can be connected with a display screen in a wired mode, and relevant information of personnel and relevant information of equipment are displayed on the large screen.
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.
Claims (10)
1. A management method of an intelligent channel is characterized by comprising the following steps:
s1, acquiring user use rights of the high-frequency channel, the intelligent clothes-sending machine, the intelligent shoe-sending machine and the intelligent recycling bin;
s2, inputting user personal information into the intelligent clothes-sending machine by a user, sending an adaptive operating coat by the intelligent clothes-sending machine according to the user personal information, binding the user personal information and the operating coat information and then transmitting the bound information to the system;
s3, inputting user personal information into the intelligent shoe-sending machine by a user, sending matched surgical shoes by the intelligent shoe-sending machine according to the user personal information, binding the user personal information and the surgical shoe information, and transmitting the information to the system;
s4, when the user passes through the high-frequency channel, the high-frequency channel detects the personal information of the user, the information of the operating clothes and the information of the operating shoes and sends the personal information of the user, the system judges whether the personal information of the user is bound with the detected information of the operating clothes and the operating shoes, if so, the user obtains the authority of passing through the high-frequency channel, and if not, the user cannot obtain the authority of passing through the high-frequency channel;
s5, returning the operating clothes and the operating shoes to the intelligent recycling bin by the user, transmitting the operating clothes information and the operating shoes information to the system by the intelligent recycling bin, and deleting the corresponding binding information by the system.
2. The method for managing the intelligent channel according to claim 1, wherein in step S1, the user verifies the face information with the face recognition module and/or verifies the fingerprint information with the fingerprint recognition module and/or verifies the IC card information with the card reader, and after the verification succeeds, the user' S usage rights of the high-frequency channel, the intelligent clothes-issuing machine, the intelligent shoe-issuing machine and the intelligent recycling bin are obtained.
3. The method for managing an intelligent passageway according to claim 2, wherein in step S2, the user inputs face information and/or fingerprint information and/or IC card information into the intelligent clothes-issuing machine, the system determines whether the intelligent clothes-issuing machine has a right of use, if so, the intelligent clothes-issuing machine sends a surgical gown adapted to the user and having the first RFID chip, and uploads the first RFID chip information of the surgical gown to the system, and if not, the user personal information is collected again.
4. The method for managing the intelligent channel according to claim 3, wherein in the step S3, the user inputs the face information and/or the fingerprint information and/or the IC card information into the intelligent shoe-sending machine, the system determines whether the intelligent shoe-sending machine has the right of use, if yes, the intelligent shoe-sending machine sends the operating shoes which are provided with the second RFID chips and are matched with the user, and the second RFID chip information of the operating shoes is uploaded to the system; if not, the personal information of the user is collected again.
5. The method for managing an intelligent channel according to claim 4, wherein in step S4, when the user passes through the high frequency channel, the high frequency channel detects personal information of the user through a first detection module, and detects a first RFID chip of a surgical gown and a second RFID chip of a surgical shoe through a second detection module respectively; and then uploading the user personal information, the first RFID chip information and the second RFID chip information to a system, and judging whether the user personal information is bound with the first RFID chip information and the second RFID chip information or not by the system.
6. The method for managing an intelligent gateway according to claim 5, wherein in step S5, after the user returns the surgical gown and the surgical shoes to the intelligent recycling bin, the intelligent recycling bin detects the first RFID chip of the surgical gown and the second RFID chip of the surgical shoes and uploads the chip information to the system, and the system releases the binding between the personal information of the user and the corresponding chip information.
7. A management system of an intelligent channel is characterized by comprising a control terminal, a server, an intelligent clothes-sending machine, an intelligent shoe-sending machine, a high-frequency channel and an intelligent recycling box; the control terminal is connected with the server through the switch, and the server is respectively connected with the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box through the switch;
the server is used for verifying the personal information of the user, transferring the use authority of the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box of the user, and storing and binding the personal information of the user, the information of the operating clothes and the information of the operating shoes;
the intelligent clothes issuing machine is used for inputting the personal information of the user, issuing the adaptive surgical gown according to the personal information of the user, and uploading the personal information of the user and the information of the surgical gown to the server;
the intelligent shoe-sending machine is used for inputting the personal information of the user, sending the adaptive surgical shoes according to the personal information of the user, and uploading the personal information of the user and the information of the surgical shoes to the server;
the high-frequency channel is used for detecting personal information, operating coat information and operating shoe information of a user and uploading the personal information, the operating coat information and the operating shoe information to the server;
the intelligent recycling box is used for recycling the operating gown and the operating shoes and uploading the recycled operating gown information and the recycled operating shoes information to the server.
8. The management system according to claim 7, wherein the server comprises a first detection module for verifying the personal information of the user, a storage module for storing the personal information of the user, the information of the operating clothes and the operating shoes, a communication module for two-way communication connection with the intelligent clothes-issuing machine, the intelligent shoe-issuing machine, the high-frequency channel and the intelligent recycling bin, and an operation module for comparing the personal information of the user, the information of the operating clothes and the information of the operating shoes; the personal information of the user is input through the first detection module, stored by the storage module and respectively transmitted to the intelligent clothes-sending machine, the intelligent shoe-sending machine, the high-frequency channel and the intelligent recycling box through the communication module.
9. The management system of claim 8, wherein the intelligent clothes-issuing machine comprises a first detection module for detecting personal information of a user, a second detection module for detecting information of a surgical gown, a communication module in bidirectional communication connection with the server, a control module for processing the personal information of the user and the information of the surgical gown, and a mechanical push rod for issuing the surgical gown; the personal information of the user is input through the first detection module, the control module processes the personal information of the user and controls the corresponding operating coat of the mechanical push rod method, and then the personal information of the user is uploaded to the server through the communication module; the operating coat information is recorded by the second detection module and uploaded to the server through the communication module.
10. The management system of claim 9, wherein the high frequency channel comprises a first detection module for detecting personal information of a user, a second detection module for detecting information of a surgical gown and surgical shoes, a communication module in bidirectional communication with the server, and a control module for controlling personnel to enter; the personal information of the user, the information of the operating clothes and the information of the operating shoes are respectively transmitted to the communication module through the first detection module and the second detection module and are uploaded to the server through the communication module, and the control module receives a control instruction of the server through the communication module.
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