TWI755835B - Method of managing surgical article and surgical article managing system of smart surgery room - Google Patents

Abstract

The method of managing surgical article of smart surgery room applied to a surgical article managing system of smart surgery room for managing a surgical article set used during a surgical procedure is disclosed. The surgical article managing system of smart surgery room includes a door. The surgical article set includes a flexible RFID tag. The method includes the steps of: obtaining an info of a tag position of the flexible RFID tag; photographing an image of a patient, to obtain an image position of the patient; determining if the patient passes through the door; if the patient passes through the door, determining if the position of flexible RFID tag and the image position of the patient are overlapped, to determine if the position of flexible RFID tag is in the body of the patient; if the position of flexible RFID tag is in the body of the patient, providing a warning.

Description

Surgical item management method and surgical item management system in smart operating room

The invention relates to a surgical item management method and a surgical item management system in a smart operating room, in particular to a smart operating room surgical item management method and a surgical item management system that can prevent surgical items from being left in a patient.

Usually, surgical instruments such as scalpels, hemostatic clamps, and suture equipment are used when operating on patients, and consumables such as gauze and cotton pads are also used. The general surgical procedure is to first dissect the tissue near the affected area, perform surgical treatment actions such as cutting or suturing the affected area, suturing the affected area, and remove all surgical instruments and consumables from the patient's body, and finally suture the dissected tissue. .

However, some busy or tired doctors forget to completely remove the surgical instruments or consumables from the patient's body. Therefore, after the patient's body is sutured, there will still be instruments and consumables in the body that may damage the body tissue, which is not safe for medical treatment. and have a considerable impact on the health of patients.

Therefore, it is necessary to provide a method and device, which can avoid surgical items left in the patient's body, so as to solve the medical negligence caused by leaving surgical items in the human body with a 10% probability of surgery every year in the world.

The main purpose of the present invention is to provide a method for managing surgical items in a smart operating room that can prevent surgical items from being left in a patient's body.

In order to achieve the above purpose, a method for managing surgical items in a smart operating room of the present invention is used in a smart operating room surgical item management system to manage a surgical item used in an operation. The smart operating room surgical item management system includes a door. , the surgical item includes a flexible electronic label, and the method for managing surgical items in a smart operating room includes the following steps: obtaining a label position of the flexible electronic label; shooting an image of a patient to obtain an image position of the patient; Determine whether the patient passes through the door; if the patient passes through the door, determine whether the position of the flexible electronic label and the image position of the patient overlap to confirm whether the position of the flexible electronic label is in the patient's body; if the flexible electronic label position in the patient's body, a warning is issued. In this way, the information record location can be sent to the blockchain system of the external network to provide the complete surgical procedure and record.

According to an embodiment of the present invention, the step of obtaining the position of the flexible electronic label further comprises: scanning the flexible electronic label and receiving a plurality of return signals.

According to an embodiment of the present invention, the step of obtaining the position of the flexible electronic label further comprises: calculating the position of the flexible electronic label according to a signal strength of each return signal.

According to an embodiment of the present invention, the method for managing surgical items in a smart operating room further includes: transmitting the position of the flexible electronic label to an external computer or a blockchain network.

According to an embodiment of the present invention, wherein the flexible electronic label includes a circulation history record, and the method for managing surgical items in a smart operating room further includes: recording the circulation history in a blockchain network. In this way, the effect of unmodifiable surgical records can be achieved.

Another main objective of the present invention is to provide a surgical item management system in a smart operating room that can avoid surgical items left in a patient's body.

In order to achieve the above purpose, the smart operating room surgical item management system of the present invention is used to manage a surgical item marked with an electronic label used in an operation, wherein the surgical item includes a flexible electronic label, and the smart operating room The surgical item management system includes a door, a scanner, a camera module, a processing module and a warning module. The scanner is arranged on the door and used to scan the flexible electronic label to obtain a label position of the flexible electronic label. The camera module is arranged on the door and is used for capturing an image of a patient to obtain an image position of the patient. The processing module is arranged on the door, and is connected to the scanner and the camera module by signals. The processing module is used for obtaining a position of the flexible electronic label according to the data obtained by scanning the flexible electronic label by the scanner. It is judged whether the patient passes through the door, and if the patient passes through the door, it is judged whether the position of the flexible electronic label and the position of the patient overlap, so as to confirm whether the position of the flexible electronic label is in the patient's body. The signal of the warning module is connected to the processing module, and the warning module is used for sending out a warning signal when the processing module confirms that the position of the flexible electronic label is in the patient's body.

According to an embodiment of the present invention, the scanner is further used to scan the flexible electronic label and receive a plurality of return signals.

According to an embodiment of the present invention, the processing module is further configured to calculate the position of the flexible electronic label according to a signal strength of each return signal.

According to an embodiment of the present invention, the management system for surgical items in a smart operating room further includes a network module, the network module is connected to the scanner with a signal, and the network module is used for transmitting the position of the flexible electronic label to a External computer or blockchain network.

According to an embodiment of the present invention, the smart operating room surgical item management system further includes a blockchain traceability module, the signal of the blockchain traceability module is connected to the scanner, and the blockchain traceability module is used to record a circulation history in A blockchain network.

According to an embodiment of the present invention, the surgical article further includes at least one surgical instrument and at least one surgical consumable.

In order to enable your examiners to better understand the technical content of the present invention, the preferred specific embodiments are described as follows.

Below, please refer to FIG. 1 to FIG. 5 together about a smart operating room surgical item management system and a smart operating room surgical item management method according to an embodiment of the present invention. 1 is a schematic diagram of a patient on an operating table, a smart operating room surgical item management system and surgical items according to an embodiment of the present invention; FIG. 2 is a schematic diagram of a surgical item and a flexible electronic label according to an embodiment of the present invention ; Figure 3 is a schematic diagram of a scanner scanning a patient's chest according to an embodiment of the present invention; Figure 4 is a schematic diagram of a scanner scanning a patient's stomach according to an embodiment of the present invention; Figure 5 is a scan of an embodiment of the present invention. Figure 6 is a schematic diagram of a patient's abdomen being scanned by a device; Figure 6 is a system architecture diagram of a smart operating room surgical item management system, a blockchain network and an external computer according to an embodiment of the present invention; Figure 7 is an embodiment of the present invention's wisdom Schematic illustration of the method for managing surgical items in the operating room.

As shown in FIG. 1 to FIG. 4 , in one embodiment of the present invention, the smart operating room surgical item management system 1 is used to manage a surgical item 900 used in an operation, so as to prevent a surgical item 900 from being left in a In order to reduce medical negligence and medical disputes, avoid re-infection of patients, and reduce medical manpower, this system can be used as a necessary equipment for smart operating rooms after surgery. The patient 100 lies on an operating table 200 for surgery. The surgical article 900 is, for example, a surgical instrument package, which is packaged with a positioning chip and is made of flexible and decomposable plastics. The surgical article 900 includes two flexible electronic tags 901 and 901a, a surgical instrument 910 and a surgical consumable. 920. The surgical instrument 910 is, for example, a scalpel, the handle of which is made of decomposable plastic. The surgical consumable 920 is, for example, gauze, which is made of decomposable plastic. However, the number of surgical instruments 910 and surgical consumables 920 is not limited to the above, and can be changed to any number of at least one or more, and the types of surgical instruments 910 can also be scissors, clips, pull hooks, hemostatic clamps, suturing equipment The type of surgical consumables 920 may also be cloth towels, cotton, cotton pads or other consumables used for surgery.

In one embodiment of the present invention, the two flexible electronic tag members 901 and 901a are sensing chips, which are respectively disposed on the surgical instrument 910 and the surgical consumables 920. The two flexible electronic tags 901 and 901a record the information of the connected surgical instruments 910 and surgical consumables 920 by means of Radio Frequency Identification, such as the types of surgical instruments 910 and surgical consumables 920, the date of manufacture, Information such as delivery process and date; the information recorded by the flexible electronic tags 901 and 901 a can be input by the external computer 800 . However, the information of the surgical instrument 910 and the surgical consumables 920 is not limited to the above, and can be changed according to the design requirements; the number of flexible electronic tags is not limited to plural numbers, which can be matched with the number of surgical instruments and surgical consumables. Change to more than one. It should be noted that the frequency of the radio frequency of the flexible electronic tags 901 and 901a is recommended to be in the high frequency range of 3M~30MHz. According to actual experiments, the radio frequency in the high frequency range can effectively penetrate the human body, and will not Influence on the human body; in one embodiment, the frequency of the radio frequency of the flexible electronic tags 901 and 901a can be 13.56MHz specified by the ISM (Industrial Scientific Medical) frequency band, and the reading distance of the frequency is about 1.5 meters. . The number of flexible electronic tags 901 and 901a is not limited to two, and can be changed to any number of more than one according to the number of surgical instruments 910 and surgical consumables 920 . The external computer 800 is, for example, the computer host of the operation control room, which can be connected to the external blockchain network, so that a complete record of the operation process can be obtained, and the record cannot be modified, so as to achieve decentralization and protect the rights and interests of both doctors and patients .

The smart operating room surgical item management system 1 includes a door 10, a scanner 20, a warning module 30, a network module 40, a blockchain traceability module 50, a processing module 60, a memory 70 and A camera module 80 . As shown in FIG. 1 and FIG. 3 , in one embodiment of the present invention, the door 10 is the entrance and exit of the operating room where the operation is performed; The scanner 20 is a scanning device with a built-in electronic label reader, and is disposed on the top of the door 10 . When the patient 100 passes through the door 10, the scanner 20 scans the flexible electronic label elements 901, 901a downward, and receives the return signals transmitted from the plurality of flexible electronic label elements 901, 901a to the scanner 20, and sends back The signal will be sent to the processing module 60 for subsequent calculation of the label positions of the flexible electronic label elements 901 and 901a. The scanner 20 has a plurality of reading areas 21, 21a, 21b, 21c. As shown in FIG. 3 to FIG. 6 , after the scanner 20 scans the flexible electronic label 901 , the scanned flexible electronic label 901 will send back signals to each reading area 21 of the scanner 20 . , 21a, 21b, 21c; since the distances between the flexible electronic tag member 901 and the reading areas 21, 21a, 21b, 21c are different, each reading area 21, 21a, 21b, 21c will get different signal strengths For example, in FIG. 1 and FIG. 4, when the patient 100 passes through the door 10 along the moving direction A, each reading area 21, 21a, 21b, 21c will scan the flexible electronic label 901, in which the reading The reading area 21b is the closest to the flexible electronic label 901, so the signal strength of the return signal received from the flexible electronic label 901 is the strongest, and the reading area 21 is farthest from the flexible electronic label 901, so the received The signal strength of the returned return signal will be the weakest; the data of the signal strength of the return signal obtained by each reading area 21 , 21 a , 21 b , 21 c will be sent to the processing module 60 for the processing module 60 The label position of the flexible electronic label member 901 is calculated according to different signal strengths. In addition, if none of the flexible electronic tags 901 and 901a are placed on the operating table 200, each reading area 21, 21a, 21b, 21c will scan the flexible electronic tags, but the signal strength is lower than the normal value , even if the flexible electronic label cannot be scanned, it can be confirmed that the flexible electronic label 901 is not in the body of the patient 100 at this time.

In an embodiment of the present invention, the warning module 30 is, for example, a warning light, which is provided on the door 10 and is connected to the scanner 20 with a signal. The warning module 30 is used to identify any flexible electronic label 901 , When the position of 901a is inside the patient 100, a warning in the form of a light is issued. However, the warning module 30 can also be other devices with warning functions, such as a speaker that can generate warning sounds.

In one embodiment of the present invention, the network module 40 is a network card, which is installed on the door 10 and is connected to the scanner 20 by a signal. The network module 40 is used for transmitting the positions of the flexible electronic tags 901 and 901a to an external computer 800 , and the network module 40 can also be used by the external computer 800 to connect and operate the smart operating room surgical item management system 1 .

In an embodiment of the present invention, the blockchain traceability module 50 is disposed on the door 10 and the signal is connected to the scanner 20 . The blockchain traceability module 50 is a computing chip, which is connected with an external blockchain network 700 signal, and the blockchain traceability module 50 is used for a circulation of the flexible electronic tags 901 and 901a. The history is recorded on the external blockchain network 700 . A circulation history record of the flexible electronic tags 901 and 901a includes the place where the operation is performed, the process of storing and transporting the surgical instrument 910 and the surgical consumables 920 of the surgical article 900, and so on. The circulation history of the flexible electronic tags 901 and 901a of the present invention is that medical staff use the external computer 800 to input the circulation history information into the blockchain traceability module 50 to record, and then use the blockchain traceability module 50 to record the circulation process. The history is recorded on the external blockchain network 700. In this way, by utilizing the characteristics of the blockchain that can be traced back and the records are not easily tampered with, the circulation history of the surgical instruments 910 and the surgical consumables 920 of the surgical items 900 can be clearly recorded and managed.

In an embodiment of the present invention, the processing module 60 is, for example, a central processing unit (CPU). The processing module 60 is disposed on the door 10 and is connected to the scanner 20 , the warning module 30 , and the network module by signals. Group 40 , blockchain traceability module 50 , memory 70 and camera module 80 . The processing module 60 is used to coordinate and control the operation of the scanner 20 , the warning module 30 , the network module 40 , the blockchain traceability module 50 , the memory 70 and the camera module 80 . The processing module 60 is also used for calculating the positions of the flexible electronic label elements 901 and 901 a according to a signal strength of each returned signal, and determining whether the positions of the flexible electronic label elements 901 and 901 a and the image position of the patient 100 are not Overlap, to confirm whether the surgical article 900 corresponding to the flexible electronic tags 901 , 901 a is inside the patient 100 .

In an embodiment of the present invention, the memory 70 is disposed on the door 10 and is connected to the processing module 60 by a signal. The memory 70 is used for storing data and software required for implementing the method for managing surgical items in the smart operating room. The camera module 80 is a camera lens, which is installed on the top of the door 10 and used to capture an image of a patient 100 to obtain an image position of the patient 100 .

As shown in FIG. 1 to FIG. 6 , in an embodiment of the present invention, the method for managing surgical items in a smart operating room is programmed as a computer program software and stored in the memory 70 . When the doctor performs the operation on the patient 100 on the operating table 200 to the stage of suturing the body of the patient 100 and pushes the patient 100 out of the operating room, in order to confirm whether the surgical item 900 is left in the body of the patient 100, the nursing staff may use an external The computer 800 is connected to the smart operating room surgical item management system 1, so that the smart operating room surgical item management system 1 executes the software of the smart operating room surgical item management method. At this time, the smart operating room surgical item management system 1 will first execute the steps 101: Scan the flexible electronic label and receive multiple return signals.

1, 3 to 5, in one embodiment of the present invention, when the patient 100 is pushed close to the door 10, the respective reading areas 21, 21a, 21b, 21c of the scanner 20 above the door 10 face the operation The stage 200 scans to scan the flexible electronic label members 901, 901a. The scanned flexible electronic tags 901, 901a will send back signals to the respective reading areas 21, 21a, 21b, 21c of the scanner 20; since the positions of the flexible electronic tags 901, 901a are different , so each reading area 21, 21a, 21b, 21c will obtain different signal strengths.

Next, the smart operating room surgical item management system 1 executes step 102 : calculating a position of the flexible electronic label according to a signal strength of each return signal.

The data of the signal strength of the return signal obtained by each reading area 21, 21a, 21b, 21c will be sent to the processing module 60 for the processing module 60 to calculate the flexible electronic label according to the different signal strengths 901 location. In this embodiment, the reading area 21b is closest to the flexible electronic label 901, so the signal strength of the returned signal from the flexible electronic label 901 is the strongest, and the reading area 21 is far from the flexible electronic label. 901 is the farthest, so the signal strength of the received return signal will be the weakest. In addition, as shown in FIGS. 1 and 3 , when the patient 100 is pushed through the door 10 along the moving direction A, the reading areas 21 , 21 a , 21 b , 21 c will get closer and closer to the flexible electronic tag 901 , so the received return signal will also gradually increase; as shown in FIG. 4 , when the patient 100 passes through the door 10 along the moving direction A, and the flexible electronic tag 901 passes directly under the reading area 21b, the reading The return signal received by the reading area 21b will be the strongest; as shown in FIG. 5 , when the patient 100 continues to pass through the door 10 along the moving direction A, and the flexible electronic tag 901 passes right below the reading area 21b and moves away , the return signal received by the reading area 21b will be weakened. Therefore, the data of different signal strengths of the return signals received by the reading areas 21, 21a, 21b, 21c will be sent to the processing module 60, and the processing module 60 will determine the reading area 21b according to the different signal strengths It is the closest to the flexible electronic tag 901, so it can be calculated that the position of the flexible electronic tag 901 is directly below the reading area 21b.

Next, the smart operating room surgical item management system 1 executes step 103 : photographing a patient to obtain a position of the patient.

The camera module 80 captures the patient 100 on the operating table 200 to obtain an image of a position of the patient 100 . The image of the position of the patient 100 captured by the camera module 80 is sent to the processing module 60 . The video recording module 80 will also record the whole process at important surgical sites, and upload the photos to the blockchain network.

Next, the smart operating room surgical item management system 1 executes step 104 : judging whether the patient passes through the door.

The image of the position of the patient 100 captured by the camera module 80 is sent to the processing module 60 . The processing module 60 determines whether the patient 100 passes through the door 10 according to the image content of the position of the patient 100 . For example, when the camera module 80 captures the head of the patient 100 passing through the door 10, the processing module 60 will determine that the patient 100 is passing through the door 10; otherwise, when the camera module 80 captures the head of the patient 100 When the patient 100 does not pass through the door 10 , the processing module 60 determines that the patient 100 does not pass through the door 10 .

If the processing module 60 judges that the patient passes through the door 10, the smart operating room surgical item management system 1 executes step 105: judging whether the position of the flexible electronic label and the position of the patient overlap, to confirm whether the position of the flexible electronic label is not in the patient.

The processing module 60 calculates the position of the flexible electronic tag 901 according to different signal strengths, and after acquiring the image of the position of the patient 100 transmitted from the camera module 80, the processing module 60 compares the flexible electronic label The position of the electronic label member 901 and the image of the position of the patient 100 transmitted from the camera module 80 are used to confirm whether the position of the flexible electronic label member 901 overlaps with the body position of the patient 100; The position of the flexible electronic tag 901 is inside the patient 100 ; if it does not overlap, it can be known that the position of the flexible electronic tag 901 is not in the patient 100 .

If it is confirmed that the position of the flexible electronic tag 901 is not in the patient 100, the patient 100 can be pushed out of the operating room and the method is ended. On the contrary, if it is confirmed that the position of the flexible electronic tag 901 is within the patient 100, the smart operating room surgical item management system 1 will perform step 106: issue a warning.

The processing module 60 transmits the information confirming the position of the flexible electronic label 901 in the patient's body to the warning module 30, so as to control the warning module 30 to issue a warning in the form of a light, so that the doctor can be reminded immediately, The patient 100 still has the surgical instrument 910 connected with the flexible electronic tag 901 , so the doctor can take the patient 100 back to the operating room and take the surgical instrument 910 connected with the flexible electronic tag 901 out of the patient 100 .

Next, the smart operating room surgical item management system 1 executes step 107: transmits the position of the flexible electronic label to an external computer.

After the processing module 60 calculates the position of the flexible electronic label member 901, it transmits the position of the flexible electronic label member 901 to the network module 40. The network module 40 transmits the position of the flexible electronic label 901 to an external computer 800 for the external computer 800 to record the position of the flexible electronic label 901 as a reference for surgery.

Finally, the smart operating room surgical item management system 1 executes step 108 : recording the circulation history in a blockchain network.

The medical staff can also operate the external computer 800 to input the circulation history of the flexible electronic tags 901 and 901a into the blockchain traceability module 50 , and then use the blockchain traceability module 50 to transfer the flexible electronic tags 901 and 901a to the blockchain traceability module 50 . The circulation history of the token is recorded in the external blockchain network 700. With the function of tracing the circulation of items through the blockchain, the location of the surgery, the process of storage and transportation, etc. corresponding to the surgical instruments 910 and the surgical consumables 920 of the surgical item 900 can be recorded in the external blockchain network 700 . In this way, the circulation history of the surgical instrument 910 and the surgical consumables 920 can be clearly recorded and managed by the traceability of the blockchain and the characteristics that the records are not easily tampered with.

With the smart operating room surgical item management system 1 and the smart operating room surgical item management method of the present invention, when medical staff perform surgery on a patient, surgical items can be avoided to be left in a patient's body, so as to improve medical safety; in addition, traceability can also be achieved. The circulation process of surgical items, and part of the structure of surgical items is made of decomposable plastic, so it also has the effect of environmental protection.

It should be noted that the above are only examples, but are not limited to examples. For example, those that do not deviate from the basic structure of the present invention should all be within the scope of the rights claimed by this patent, and the scope of the patent application shall prevail.

1: Smart operating room surgical item management system 10: Doors 20: Scanner 30: Read area 21 warning module 40: Network Modules 50: Blockchain Traceability Module 60: Processing modules 70: memory 80: Camera module 100: Patient 200: Operating table 700: Blockchain Network 800: External computer 900: Surgical Items 901, 901a: Flexible electronic label 910: Surgical Instruments 920: Surgical Consumables A: moving direction

1 is a schematic diagram of a patient on an operating table, a smart operating room surgical item management system, and surgical items according to an embodiment of the present invention. Fig. 2 is a schematic diagram of a surgical article and a flexible electronic label according to an embodiment of the present invention. FIG. 3 is a schematic diagram of scanning a patient's chest by a scanner according to an embodiment of the present invention. FIG. 4 is a schematic diagram of scanning a patient's stomach with a scanner according to an embodiment of the present invention. FIG. 5 is a schematic diagram of scanning the abdomen of a patient by a scanner according to an embodiment of the present invention. FIG. 6 is a system architecture diagram of a smart operating room surgical item management system, a blockchain network and an external computer according to an embodiment of the present invention. FIG. 7 is a schematic diagram of a method for managing surgical items in a smart operating room according to an embodiment of the present invention.

1: Smart operating room surgical item management system

10: Doors

20: Scanner

30: Warning module

40: Network Modules

50: Blockchain Traceability Module

60: Processing modules

70: memory

80: Camera module

100: Patient

200: Operating table

900: Surgical Items

901, 901a: Flexible electronic label

910: Surgical Instruments

920: Surgical Consumables

Claims (13)

A method for managing surgical items in a smart operating room is used in a smart operating room surgical item management system to manage a surgical item used in an operation. The smart operating room surgical item management system includes a door, a scanner, and a camera. A video module, a processing module and a warning module, the surgical item includes a flexible electronic label, and the method for managing surgical items in a smart operating room includes the following steps: obtaining the flexible electronic label through the scanner A label position of the label; the camera module captures an image of a patient to obtain an image position of the patient; the processing module determines whether the patient passes through the door; if the patient Through the door and through the processing module, it is determined whether a position of the flexible electronic label and the image position of the patient overlap, so as to confirm whether the surgical item corresponding to the flexible electronic label is in the The patient's body; and if the surgical object is in the patient's body, a warning is issued by the warning module. The method for managing surgical items in a smart operating room as claimed in claim 1, wherein the scanner includes a plurality of reading areas, and the step of obtaining the label position of the flexible electronic label further comprises: scanning the flexible electronic label with the scanner A flexible electronic label, and the plurality of reading regions receive a plurality of return signals transmitted by the flexible electronic label. The method for managing surgical items in a smart operating room according to claim 2, wherein the step of obtaining the label position of the flexible electronic label further comprises: using the processing module according to each feedback received by each reading area A signal strength of the signal is used to calculate the label position of the flexible electronic label. The method for managing surgical items in a smart operating room according to claim 3, wherein the reading area that receives the return signal with the strongest signal strength is closest to the flexible electronic label. The method for managing surgical items in a smart operating room according to claim 4, wherein the smart operating room surgical item management system further includes a network module, and the method further includes: using the network module, the flexible The information of the position of the electronic label is transmitted to an external computer. The method for managing surgical items in a smart operating room according to claim 5, wherein the smart operating room surgical item management system further includes a blockchain traceability module, and the flexible electronic label includes a surgical item information and a circulation history record; the surgical item information includes the type and manufacturing date of the surgical item; the circulation history record includes the location where the operation was performed, the process of storing and transporting the surgical item; the circulation history record is a medical staff through the external computer, the Input the circulation history information into the record of the blockchain traceability module, and then use the blockchain traceability module to record the circulation history in a blockchain network; the method further includes: using the blockchain traceability module to record the circulation history group, and record the circulation process in the blockchain network. A surgical item management system for a smart operating room is used to manage a surgical item used in an operation, wherein the surgical item includes a flexible electronic label, and the smart operating room surgical item management system includes: a door; a scanner A device is installed on the door and used to scan the flexible electronic label to obtain a label position of the flexible electronic label; a camera module is installed on the door to photograph a patient's an image to obtain an image position of the patient; a processing module disposed at the door, the signal is connected to the scanner and the camera module, wherein the scanner The obtained data of the flexible electronic label will be sent to the processing module, so that the processing module can obtain the data of the flexible electronic label according to the data obtained by scanning the flexible electronic label by the scanner. a position to determine whether the patient passes through the door, wherein if the patient passes through the door, determine whether a position of the flexible electronic label overlaps with the image position of the patient to confirm the flexible electronic label whether the corresponding surgical item is in the patient's body; and a warning module, the signal is connected to the processing module, and the warning module is used for sending a warning signal when the processing module confirms that the surgical item is in the patient's body . The smart operating room surgical item management system according to claim 7, wherein the scanner includes a plurality of reading areas, and the plurality of reading areas receive a plurality of return signals transmitted by the flexible electronic label. The smart operating room surgical item management system according to claim 8, wherein the processing module is further configured to calculate the label of the flexible electronic label according to a signal strength of each return signal received by each reading area Location. The intelligent operating room surgical item management system according to claim 9, wherein the reading area receiving the return signal with the strongest signal strength is closest to the flexible electronic label. The management system for surgical items in a smart operating room as claimed in claim 10, further comprising a network module, the network module signal connects the scanner and the processing module, wherein the processing module calculates the flexible After the position of the flexible electronic label, the position of the flexible electronic label is transmitted to the network module, and the network module transmits the data of the position of the flexible electronic label to a external computer. The smart operating room surgical item management system as claimed in claim 11, further comprising a blockchain traceability module, the blockchain traceability module signal is connected to the scanner, the flexible electronic label package including a surgical item information and a circulation history record; the surgical item information includes the type and manufacturing date of the surgical item; the circulation history record includes the location where the operation is performed, the process of storing and transporting the surgical item; the circulation history record is a Through the external computer, the medical staff should input the circulation history information into the blockchain traceability module record, and then use the blockchain traceability module to record the circulation history in a blockchain network; the blockchain The traceability module is used to record the circulation history in the blockchain network. The smart operating room surgical item management system according to claim 12, wherein the surgical item further includes at least one surgical instrument and at least one surgical consumable, the number of the flexible electronic tags is plural, and the plural flexible The position of the type electronic label is respectively set on the at least one surgical instrument and the at least one surgical consumable.

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