A single piece of clothing tracing system for hospital operating rooms

Abstract

The present invention relates to the technical field of clothing management in operating rooms, and more specifically to a single-piece clothing tracing system for hospital operating rooms, comprising surgical clothing and shoes, an RFID handheld terminal, an identity recognition component, a background management terminal, a central monitoring system, a system server, a clothing and shoes distribution smart cabinet, a clothing and shoes storage smart cabinet, and a clothing and shoes recycling smart cabinet. The surgical clothing and shoes are embedded with ISO18000-6C tags for recording size information, and the RFID handheld terminal is configured with an RFID high-frequency recognition module that can recognize the ISO18000-6C tag. When the surgical clothing and shoes are stored in the clothing and shoes storage smart cabinet, the ISO18000-6C tag information is recognized by the RFID handheld terminal, and the size information of the surgical clothing and shoes is entered into the system server. When the surgical clothing and shoes in the clothing and shoes storage smart cabinet are stored in the clothing and shoes distribution smart cabinet, the size information of the surgical clothing and shoes is automatically recognized by the system server and allocated to an empty slot of the clothing and shoes distribution smart cabinet, so that the size information of the surgical clothing and shoes is bound to the slot of the clothing and shoes distribution smart cabinet.

Description

Technical Field

[0001] The invention relates to the technical field of clothing management in operating rooms, and more particularly to a single-piece clothing tracing system for operating rooms in hospitals. Background Art

[0002] At present, the traditional operating room behavior management system includes a distribution cabinet and a recycling cabinet, and the clothing replenishment method is to place the same specifications in a classified manner. When distributing clothing, the system requires medical staff to select the corresponding size, and when returning clothing, the system requires medical staff to swipe the card to identify the identity of the recipient, so that the system can identify the returned items based on the recipient's information. The traditional operating room behavior management system has the following defects: it can only trace the size of clothing, and cannot achieve single-item traceability. Summary of the invention

[0003] In view of the above problems, the present invention provides a hospital operating room clothing single piece tracing system, which effectively solves the shortcomings of the prior art.

[0004] In order to achieve the above object, the technical solution applied by the present invention is as follows:

[0005] A single-piece clothing tracing system for hospital operating rooms includes surgical clothing and shoes, an RFID handheld terminal, an identity recognition component, a background management terminal, a central monitoring system, a system server, a smart cabinet for issuing clothing and shoes, a smart cabinet for storing clothing and shoes, and a smart cabinet for recycling clothing and shoes. The surgical clothing and shoes are embedded with ISO18000-6C tags for recording size information. The RFID handheld terminal is equipped with an RFID high-frequency recognition module that can recognize the ISO18000-6C tag. When the surgical clothing and shoes are stored in the smart cabinet for storing clothing and shoes, the ISO18000-6C tag information is recognized by the RFID handheld terminal. , and enter the size information of surgical gowns and shoes into the system server. When the surgical gowns and shoes in the storage smart cabinet are stored in the delivery smart cabinet, the size information of the surgical gowns and shoes is automatically identified by the system server and allocated to the empty slot of the delivery smart cabinet, so that the size information of the surgical gowns and shoes is bound to the slot of the delivery smart cabinet, and the system server feeds back the size information of the surgical gowns and shoes to the central monitoring system. The background management terminal enters the biological information of the medical staff through the identity recognition component, and enters the biological information of the medical staff into the system server, so that the biological information of the medical staff is bound to the size of the surgical gowns and shoes. Information is bound, and the system server feeds back the biological information of the medical staff to the central monitoring system. When the medical staff wants to take surgical gowns and shoes, the smart cabinet for distributing clothes and shoes recognizes the user information that the medical staff has entered into the system server through the identity recognition component, and automatically recognizes the size information of the surgical gowns and shoes required by the medical staff through the system server, and opens the compartment of the smart cabinet for distributing clothes and shoes. When the medical staff takes away the surgical gowns and shoes, the smart cabinet for distributing clothes and shoes will record the information of the medical staff taking away the surgical gowns and shoes, and transmit the data to the system server, and the system server feeds back the information of the medical staff taking away the surgical gowns and shoes to the central monitoring system. The smart cabinet for recycling surgical clothes and shoes is equipped with an RFID reader that can identify ISO18000-6C tags. When medical staff return surgical clothes and shoes, they place them in the recycling compartment of the smart cabinet for recycling surgical clothes and shoes. The RFID reader enters information from the system server, identifies the size information of the surgical clothes and shoes, and queries the person who has received the surgical clothes and shoes based on the record of their receipt. It automatically identifies the person who is returning the clothes and shoes and the returned items. The system server feeds back the information of the surgical clothes and shoes returned by the medical staff to the central monitoring system, and updates the item information status in the system in real time, thereby realizing automatic return and single-item traceability.

[0006] According to the above solution, the identity recognition component includes a face recognition module, a fingerprint recognition module and an IC card recognition module for identifying medical staff.

[0007] According to the above scheme, the RFID handheld terminal, the background management terminal, the central monitoring system, the smart cabinet for issuing clothes and shoes, the smart cabinet for storing clothes and shoes, and the smart cabinet for recycling clothes and shoes are all connected to the system server using wireless WIFI.

[0008] Beneficial effects of the present invention:

[0009] 1) The smart cabinet for recycling clothes and shoes can automatically identify the returnee and the returned items, and can realize single-item traceability;

[0010] 2) It can automatically identify the user (face, fingerprint) and IC card information, automatically distribute clothing, intelligently recycle clothing, and trace medical behavior;

[0011] 3) RFID handheld terminals, backend management terminals, central monitoring systems, smart cabinets for issuing clothes and shoes, smart cabinets for storing clothes and shoes, and smart cabinets for recycling clothes and shoes are all connected to the system server using wireless WIFI, which can be expanded in unlimited quantities, and is easy to deploy regardless of new construction or renovation of old buildings;

[0012] 4) When the RFID handheld terminal scans the ISO18000-6C tag of clothing, the system automatically identifies the clothing information through server calculation, allocates an empty slot of the smart cabinet for clothing and shoes, puts the clothing into the slot, and binds the clothing to the slot;

[0013] 5) The actions of medical staff entering and leaving the operating room, taking and returning surgical clothing, etc. will be automatically recorded, thereby achieving the purpose of single-item traceability. The entire process forms an overall closed-loop management system, reducing the chance of cross-infection in the hospital and providing strong guarantees for the management of the operating room. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a block diagram of the working principle of the overall structure of the present invention;

[0015] Figure 2 This is a block diagram of the working principle of the smart clothes-distributing shoes and the smart clothes-storing shoes of the present invention;

[0016] Figure 3 This is a block diagram of the working principle of the RFID handheld terminal of the present invention;

[0017] Figure 4 The figure is a block diagram of the working principle of the intelligent clothes collecting shoes of the present invention. DETAILED DESCRIPTION

[0018] The technical solution of the present invention is described below in conjunction with the accompanying drawings and embodiments.

[0019] like Figure 1As shown, the present invention discloses a single-piece clothing tracing system for hospital operating rooms, including surgical clothing and shoes, an RFID handheld terminal, an identity recognition component, a background management terminal, a central monitoring system, a system server, a smart cabinet for issuing clothing and shoes, a smart cabinet for storing clothing and shoes, and a smart cabinet for recycling clothing and shoes. The surgical clothing and shoes are embedded with ISO18000-6C tags for recording size information, and the RFID handheld terminal is equipped with an RFID high-frequency recognition module that can recognize the ISO18000-6C tag. When the surgical clothing and shoes are stored in the smart cabinet for storing clothing and shoes, the ISO18000-6C tag is recognized by the RFID handheld terminal. 6C tag information, and enter the size information of surgical gowns and shoes into the system server. When the surgical gowns and shoes in the storage smart cabinet are stored in the distribution smart cabinet, the size information of the surgical gowns and shoes is automatically identified by the system server and allocated to the empty slot of the distribution smart cabinet, so that the size information of the surgical gowns and shoes is bound to the slot of the distribution smart cabinet, and the system server feeds back the size information of the surgical gowns and shoes to the central monitoring system. The background management terminal enters the biological information of the medical staff through the identity recognition component, and enters the biological information of the medical staff into the system server, so that the biological information of the medical staff is bound to the surgical gowns and shoes. The size information of the surgical gowns and shoes is bound to the size information of the surgical gowns and shoes, and the system server feeds back the biological information of the medical staff to the central monitoring system. When the medical staff wants to take the surgical gowns and shoes, the smart cabinet for distributing surgical gowns and shoes recognizes the user information that the medical staff has entered into the system server through the identity recognition component, and automatically recognizes the size information of the surgical gowns and shoes required by the medical staff through the system server, and opens the compartment of the smart cabinet for distributing surgical gowns and shoes. When the medical staff takes away the surgical gowns and shoes, the smart cabinet for distributing surgical gowns and shoes will record the information of the medical staff taking away the surgical gowns and shoes, and transmit the data to the system server, and the system server feeds back the information of the medical staff taking away the surgical gowns and shoes to the central monitoring system. The smart cabinet for recycling surgical gowns and shoes is equipped with an RFID reader that can recognize ISO18000-6C tags. When medical staff return surgical gowns and shoes, they place them in the recycling compartment of the smart cabinet for recycling surgical gowns and shoes. The RFID reader inputs information from the system server, identifies the size information of the surgical gowns and shoes, and queries the person who has used the surgical gowns and shoes according to the record of their use. It automatically identifies the person who is returning the gowns and shoes and the items they have returned. The system server feeds back the information on the return of surgical gowns and shoes by medical staff to the central monitoring system, and updates the item information status in the system in real time, thereby realizing automatic return and single-item traceability.

[0020] In this embodiment, the identity recognition component includes a face recognition module, a fingerprint recognition module and an IC card recognition module for identifying medical staff. With such a structural setting, the user (face, fingerprint) and IC card information can be automatically recognized, clothing distribution is automatically allocated, clothing is intelligently recycled, and medical behavior can be traced.

[0021] In this embodiment, the RFID handheld terminal, the backend management terminal, the central monitoring system, the smart cabinet for issuing clothes and shoes, the smart cabinet for storing clothes and shoes, and the smart cabinet for recycling clothes and shoes are all connected to the system server via wireless WIFI. With such a structural setting, unlimited expansion is possible, and deployment is simple regardless of new construction or old renovation.

[0022] like Figure 2 As shown, the operating system is an intelligent clothing distribution and storage system. Users can identify their personal identities through face recognition modules, fingerprint modules and IC card modules, and then feed back the information to the control panel; the server automatically identifies the door status of the electronic lock based on calculations, and automatically identifies the size required by the individual or the storage compartment required; and opens the clothing of that size or the storage compartment required according to the cabinet information. After taking out or storing the clothing, the system will record the information of the user taking out the clothing or the storage compartment information and display it on the touch display, and transmit the data to the server.

[0023] like Figure 3 The operating system is an RFID handheld terminal. Users can touch the RFID module on the display controller; when distributing clothes and shoes, use the RFID handheld terminal to scan the clothes, feed back the size information of the clothes to the CPU of the RFID handheld terminal, and then enter the size information of the clothes into the server; when putting the clothes on the cabinet, use the RFID handheld terminal to scan the clothes, the system automatically identifies the clothing information through server calculation, and allocates the empty slots of the clothes and shoes cabinet, puts the clothes into the slots, and realizes the binding of the clothes and the slots.

[0024] like Figure 4 The operating system is an intelligent clothing and shoe collection system. The clothing and shoe collection cabinet is equipped with an RFID module. When the user places the clothing and shoes at the collection port of the clothing and shoe collection cabinet, the door safety sensor and door status sensor receive the information and feed the door information back to the door controller, which then feeds the information back to the CPU. The RFID module automatically identifies the clothing information based on the system input information and feeds back the clothing size information to the CPU. The user is queried based on the clothing collection record, and then the clothing return record is uploaded to the server. The door control sends a signal to the electric push rod, which realizes the opening and closing of the door group. In this way, the entire process forms an overall closed-loop management system.

[0025] The embodiments of the present invention are described above in conjunction with the accompanying drawings, but the present invention is not limited to the above-mentioned specific implementation methods. The above-mentioned specific implementation methods are merely illustrative and not restrictive. Under the enlightenment of the present invention, ordinary technicians in this field can also make many forms without departing from the scope of protection of the present invention and the claims, which all belong to the protection scope of the present invention.

Claims

1. A hospital operating room clothing single piece tracing system, characterized by: The system comprises surgical gowns and shoes, an RFID handheld terminal, an identity recognition component, a background management terminal, a central monitoring system, a system server, an intelligent cabinet for issuing gowns and shoes, an intelligent cabinet for storing gowns and shoes, and an intelligent cabinet for recycling gowns and shoes. The surgical gowns and shoes are embedded with ISO18000-6C tags for recording size information. The RFID handheld terminal is equipped with an RFID high-frequency recognition module that can recognize the ISO18000-6C tag. When the surgical gowns and shoes are stored in the intelligent cabinet for storing gowns and shoes, the ISO18000-6C tag information is recognized by the RFID handheld terminal, and the size of the surgical gowns and shoes is recorded. The information is entered into the system server. When the surgical gowns and shoes in the smart cabinet for storing clothes and shoes are stored in the smart cabinet for distributing clothes and shoes, the size information of the surgical gowns and shoes is automatically identified by the system server and allocated to the empty slot of the smart cabinet for distributing clothes and shoes, so that the size information of the surgical gowns and shoes is bound to the slot of the smart cabinet for distributing clothes and shoes, and the system server feeds back the size information of the surgical gowns and shoes to the central monitoring system. The background management terminal enters the biological information of the medical staff through the identity recognition component, and enters the biological information of the medical staff into the system server, so that the biological information of the medical staff is bound to the size information of the surgical gowns and shoes, and The system server feeds back the biological information of the medical staff to the central monitoring system. When the medical staff wants to take surgical gowns and shoes, the smart cabinet for distributing clothes and shoes recognizes the user information of the medical staff that has been entered into the system server through the identity recognition component, and automatically recognizes the size information of the surgical gowns and shoes required by the medical staff through the system server, and opens the compartment of the smart cabinet for distributing clothes and shoes. After the medical staff takes away the surgical gowns and shoes, the smart cabinet for distributing clothes and shoes will record the information of the medical staff taking away the surgical gowns and shoes, and transmit the data to the system server, and the system server feeds back the information of the medical staff taking away the surgical gowns and shoes to the central monitoring system. The smart cabinet for recycling surgical clothes and shoes is equipped with an RFID reader that can identify ISO18000-6C tags. When medical staff return surgical clothes and shoes, they place them in the recycling compartment of the smart cabinet for recycling surgical clothes and shoes. The RFID reader enters information from the system server, identifies the size information of the surgical clothes and shoes, and queries the person who has received the surgical clothes and shoes based on the record of their receipt. It automatically identifies the person who is returning the clothes and shoes and the returned items. The system server feeds back the information of the surgical clothes and shoes returned by the medical staff to the central monitoring system, and updates the item information status in the system in real time, thereby realizing automatic return and single-item traceability.

2. A hospital operating room clothing single piece tracing system according to claim 1, characterized in that: The identity recognition component includes a face recognition module, a fingerprint recognition module and an IC card recognition module for identifying medical staff.

3. A hospital operating room clothing single piece tracing system according to claim 1, characterized in that: The RFID handheld terminal, the background management terminal, the central monitoring system, the smart cabinet for issuing clothes and shoes, the smart cabinet for storing clothes and shoes, and the smart cabinet for recycling clothes and shoes are all connected to the system server using wireless WIFI.

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