CN108198277B - An operating room personnel behavior management system - Google Patents

Abstract

The invention discloses a personnel behavior management system in an operating room, including an information management system, an access control system, a smart wardrobe, a clothing recycling system, and an information release system; the information management system includes a personnel management system, a verification code management system, and a shift scheduling system and a clothing management system; the access control system includes a processor A and an identification device A; the smart wardrobe includes a cabinet body, a control mechanism and an executive mechanism, the front door of the cabinet body is provided with a clothing outlet, and the clothing outlet is provided with The chip sensing device B; the control mechanism includes a processor B; the clothes recycling system includes a clothes recycling cabinet, a shoe recycling cabinet, and a processor C. The access control system of the present invention is connected with the shift scheduling system, and only the medical staff authorized to participate in the operation in this time period can enter the operating room after passing the identity verification. And the smart wardrobe is connected with the shift scheduling system, which can automatically select the corresponding type of clothing for the medical staff authorized to enter the operating room.

Description

An operating room personnel behavior management system

technical field

The invention belongs to the technical field of intelligent control, and in particular relates to an operating room personnel behavior management system.

Background technique

The existing operating room scheduling management system and access control management system generally only perform functions such as scheduling and billing for medical staff and other working hours and set access control permissions. As long as there is access control authorization, although the operating room has access control, no matter the day. With or without surgery, as long as you swipe your card, you can enter the operating room. There is no time limit and personnel tracking, which is not conducive to personnel management in the operating room.

In addition, medical staff and others need to change into special clean surgical gowns after entering the operating room before entering the operating room to carry out surgery, and after completing the operation, they must change their surgical gowns before leaving. However, at present, the surgical scheduling system, access control management system and smart clothing distribution system of most hospitals have not been connected with data. It is difficult to accurately control the personnel entering and leaving the operating room by manual management. Moreover, there are many people entering and leaving the operating room every day. It also takes time for personnel to find a surgical gown of a suitable size. At present, it is difficult to control and manage the surgical gowns worn by medical personnel. Once the surgical gowns are lost, there is no way to track the return of the surgical gowns. Check.

SUMMARY OF THE INVENTION

In order to solve the above-mentioned technical problem, the present invention provides a kind of operating room personnel behavior management system, and the technical scheme adopted is as follows:

An operating room personnel behavior management system, comprising an information management system, an access control system, a smart wardrobe, a clothing recycling system, and a medical staff's own clothing storage management system;

The information management system includes a personnel management system, a verification code management system, a shift scheduling system and a clothing management system; the verification code management system, the shift scheduling system, and the clothing management system are all connected with the personnel management system;

The access control system includes a processor A and an identification device A, and the identification device A is connected to the processor A;

The smart wardrobe includes a cabinet, a control mechanism and an executive mechanism;

The front door of the cabinet is provided with a clothing outlet, and the clothing outlet is provided with a chip sensing device B; the cabinet is provided with a partition A, which divides the cabinet into a clothing storage room and a clothing temporary storage room ; The clothes temporary storage room is provided with a slideway, and the outlet of the slideway corresponds to the clothes outlet;

The actuator includes a lateral moving device, a vertical moving device, a lifting device, and a fetching device;

The control mechanism includes a processor B; the executive mechanism and the chip sensing device B are connected to the processor B; the processor B is connected to the processor A and the clothing management system;

The clothes recycling system includes a clothes recycling cabinet, a shoe recycling cabinet and a processor C, the clothes recycling cabinet is provided with a clothes inlet, and a chip induction device C and a induction door C are arranged at the clothes inlet; The shoe recycling cabinet is provided with a shoe inlet, and the shoe inlet is provided with a chip induction device D and an induction door D; the chip induction device C, the chip induction device D, the induction door C, and the induction door D are all processed with the same The processor C is connected, and the processor C is connected with the clothes management system;

The medical staff's own clothing storage management system includes its own clothing storage cabinet and a processor D, the self-owned clothing storage cabinet includes a plurality of cabinets, and the cabinet door of the cabinet is provided with an electromagnetic lock to control the switch of the cabinet door. , the self-owned clothes storage cabinet is provided with an identification device B, the identification device B and the electromagnetic lock are connected to the processor D, and the processor D is connected to the clothes management system.

Preferably, the lateral moving device includes a guide rail, a lateral moving mechanism and a connecting shaft, the guide rail includes a front guide rail and a rear guide rail, the lateral moving mechanism includes a front moving mechanism and a rear moving mechanism, and the front and rear moving mechanisms are both It includes a wheel, a motor A, a gear A, a gear B, and a bearing A, the gear B is connected with the output shaft of the motor, the gear A is meshed with the gear B, the connecting shaft passes through the bearing A, and is in the Both ends of the connecting shaft are fixedly installed with wheels;

The vertical moving device includes a vertical moving mechanism and a lead screw, the vertical moving mechanism includes a motor B and a screw rod, the screw rod is linked with the output shaft of the motor B, and the screw rod is meshed with the lead screw; the lead screw It is fixed on the front and rear moving mechanisms through the bearing B, and the two ends of the lead screw are provided with sealing end covers;

The lifting device is an electric telescopic rod, and the electric telescopic rod is fixed on the vertical moving device;

The extracting device includes a vacuum pump, an air pipe, a connecting joint, and a vacuum suction cup which are connected in sequence; the connecting joint is fixed at the end of the last section of the electric telescopic rod, and a pressure sensor is arranged on the surface of the vacuum suction cup.

Preferably, a hose is also provided between the connecting joint and the vacuum suction cup.

Preferably, the trachea is spirally sleeved outside the electric telescopic rod, and a fixed wire is provided on the electric telescopic rod and the vertical moving mechanism to connect and fix the trachea.

Preferably, the picking device can also be a manipulator.

Preferably, the left and right sides of the cabinet are provided with cover plates.

Preferably, the cabinet is provided with a partition B; the partition B divides the clothing storage room into a plurality of clothing storage cavities and shoe storage cavities of different sizes and models.

Preferably, both the identity recognition device A and the identity recognition device B include a card swiping device and/or a face recognition device and/or a fingerprint recognition device.

Preferably, the identity recognition device A and the identity recognition device B further include a verification code acquisition device.

Preferably, the operating room personnel behavior management system further includes a prompting system, the prompting system includes a processor E, a display module and/or an information prompting module, the processor E is connected to the clothing management system, and the display module , The information prompting module is connected with the processor E.

Beneficial effects of the present invention:

(1) The access control system is connected to the scheduling system. Only medical staff during working hours can enter the operating room after passing the identity verification, while other unrelated personnel cannot enter the operating room, which is conducive to the management of personnel in the operating room and guarantees the operating room. security.

(2) The smart wardrobe is connected to the access control system, and the medical staff, etc. after identity verification, the smart wardrobe automatically selects the clothes of suitable size (clothes include surgical gowns and shoes), and medical staff do not need to waste time looking for clothes, thus avoiding the need for Mess with finding clothes helps keep your wardrobe neat and tidy.

(3) Smart wardrobes and clothing recycling cabinets are equipped with chip sensing devices, which can track and manage clothing, and can remind medical staff to return clothing in time, and through the clothing management system, you can also check the return and use of clothing, which is convenient for clothing. manage.

(4) The scheduling system can effectively reduce the workload of managers and improve the efficiency and quality of scheduling.

Description of drawings

Fig. 1 is the overall structure schematic diagram of the present invention;

Fig. 2 is the overall schematic diagram of the intelligent wardrobe in the present invention;

Fig. 3 is the internal schematic diagram of smart wardrobe;

Fig. 4 is an enlarged view of the place in Fig. 3;

Fig. 5 is the right internal structure diagram of Fig. 1;

Figure 6 is an enlarged view at B in Figure 5;

7 is a schematic structural diagram of a lateral movement mechanism;

Fig. 8 is C-C sectional view in Fig. 7;

Fig. 9 is the structural schematic diagram of the vertical movement mechanism (the lifting device is not drawn in the figure);

In the figure, 1 is the information management system, 101 is the personnel management system, 102 is the scheduling system, 103 is the verification code management system, 104 is the clothing management system, 2 is the access control system, 201 is the identification device A, and 202 is the processor A, 203 is a credit card machine, 204 is a face recognition device, 205 is a fingerprint recognition device, 206 is a verification code acquisition device, 3 is a smart wardrobe, 301 is a processor B, 302 is a chip sensing device B, 303 is a motor A, 304 is motor B, 305 is pressure sensor, 306 is clothing outlet, 307 is cover plate, 308 is loose leaf, 309 is vacuum pump, 310 is vacuum suction cup, 311 is small clothes storage chamber, 312 is electric telescopic rod, 313 is medium No. clothing storage chamber, 314 is the partition A, 315 is the fixed line, 316 is the vertical moving mechanism, 317 is the trachea, 318 is the guide rail, 3181 is the front guide rail, 3182 is the rear guide rail, 319 is the lateral moving mechanism, 3191 is the front Moving mechanism, 3192 is a rear moving mechanism, 320 is a connecting shaft, 321 is a large clothes storage cavity, 322 is a large shoe storage cavity, 323 is a lead screw, 324 is a partition B, 325 is a small shoe storage cavity, 326 is Medium shoe storage chamber, 327 is a hose, 328 is a connecting joint, 329 is a chute, 330 is a wheel, 331 is a bearing A, 332 is a gear A, 333 is a gear B, 334 is a bearing B, 335 is a screw, 4 is the clothes recycling system, 401 is the processor C, 402 is the induction door C, 403 is the chip induction device C, 404 is the clothes recycling cabinet, 405 is the induction door D, 406 is the chip induction device D, 407 is the shoe recycling cabinet, 5 is the medical staff's own clothing storage management system, 501 is the processor D, 502 is the electromagnetic lock, 503 is the identification device B, 504 is the own clothing storage cabinet, 6 is the prompt system, 601 is the processor E, 602 is the display module, 603 is the message module.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments.

Example 1

Figure 2 is a schematic diagram of the overall structure of the cabinet in the present invention, the left and right directions in Figure 2 are the left and right directions in this specification, the front door of the cabinet in Figure 2 faces the front of this specification, and the opposite direction of the front door is In the back of this specification, the upper and lower directions of the cabinet in FIG. 2 are the upper and lower directions in this specification.

As shown in Figure 1-8, an operating room personnel behavior management system includes five parts: information management system, access control system, smart wardrobe, clothing recycling system, medical staff's own clothing storage management system and prompt system.

The information management system includes a personnel management system, a verification code management system, a shift scheduling system, and a clothing management system.

The personnel management system: set up an administrator, the administrator can set the authority of personnel in the system, and at the same time, the administrator can enter basic personal information such as doctors and nurses (medical staff, etc.) in the operating room, and the basic personal information includes name, gender, identity. Certificate number, department name, department number, professional title, height, weight, shoe size, contact number, and personal identity information (personal identity information is access control card number or fingerprint information, or face information, etc.). If there are temporary visitors such as leaders who need to visit the operating room temporarily, or exchange and study with peers, the administrator also needs to enter the visitor's personal information in the system in advance. The personal information includes name, gender, ID number, height, weight, shoe size. , Work unit, job position, contact number, reason for visit, visit time, etc. The personnel management system also sends the contact number of the temporary visitor to the verification code management system.

Verification code management system: The administrator operates to generate a verification code, and sends the verification code to the contact number of the temporary visitor and processor A. The verification code is valid during the visit time period of the temporary visitor.

Described shift scheduling system: The shift scheduling system arranges shifts according to the department name, department number, professional title, etc. entered in the personal basic information of medical staff, etc. Form monthly, weekly and daily duty schedules for operating room nurses, anesthesiologists and operating room nurses, etc.

The clothes management system: manages and records the clothes received and recycled by medical staff and the like.

The access control system includes a processor A and an identification device A, and the identification device A is connected to the processor A; the identification device A includes a credit card machine, a face identification device, and a fingerprint identification device. Doctors, nurses, etc. only have During the scheduled time period for which you are authorized to participate in the operation, you can enter the operating room through the access control only by swiping the card with the access card or through face recognition or fingerprint recognition. Fingerprint information, can not pass the access control, can not enter the operating room.

The identity recognition device A further includes a verification code acquisition device. If it is a temporary visitor such as a leader or a colleague who temporarily visits the operating room, the verification code is obtained through the verification code acquisition device and sent to the processor A. The processor A compares the verification code and can enter only after the verification is passed. Effective management of staff in the room.

The smart wardrobe includes a cabinet body, a control mechanism and an executive mechanism.

The front door of the cabinet is provided with two clothing outlets, and the clothing outlet is provided with a chip sensing device B. The left and right sides of the cabinet body are provided with cover plates, and the cover plates are installed on the cabinet body through loose-leaf pages.

The cabinet is provided with a partition A and a partition B; the partition A divides the cabinet into a clothing storage room and a temporary clothing storage room; the partition B divides the clothing storage room into a plurality of different sizes and models. Clothes storage cavity and shoe storage cavity.

In this embodiment, the partition B divides the clothing storage compartment into large, medium and small clothing storage chambers and large, medium and small shoe storage chambers which are connected together.

The clothes temporary storage room is provided with two slideways, one of which is arranged in front of the large, medium and small clothes storage cavities, and the other is arranged in front of the large, medium and small shoe storage cavities. The outlets correspond to two clothing outlets respectively. In this embodiment, the slideway is made of stainless steel, which is beneficial to reduce the frictional resistance between the clothes and the inner wall of the slideway, and achieve the purpose of falling quickly.

The actuator includes a lateral moving device, a vertical moving device, a lifting device, and a fetching device.

The lateral moving device includes a guide rail, a lateral moving mechanism and a connecting shaft, the guide rail includes a front guide rail and a rear guide rail, the lateral moving mechanism includes a front moving mechanism and a rear moving mechanism, and the front and rear moving mechanisms both include wheels, Motor A, gear A, gear B, bearing A, the gear B is connected with the output shaft of the motor, the gear A is meshed with the gear B, the connecting shaft passes through the bearing A, and the connecting shaft Wheels are fixedly installed at both ends. When installing, open the cover, and then clamp the wheels at both ends of the connecting shaft into the left rear guide rail. The motor A drives the gear B, the gear B drives the gear A, the gear A drives the connecting shaft, and the connecting shaft drives the wheel to rotate.

The vertical moving device includes a vertical moving mechanism and a lead screw. The vertical moving mechanism includes a motor B and a screw rod. The screw rod is linked with the output shaft of the motor B, and the screw rod is engaged with the screw rod. The lead screw is fixed on the front and rear moving mechanisms through bearings B, and sealed end covers are provided at both ends of the lead screw. The screw is driven by the motor B to rotate, and the screw is driven by the screw to rotate.

The lifting device is an electric telescopic rod, and the electric telescopic rod is fixed on the vertical moving device.

The extracting device includes a vacuum pump, a gas pipe, a connecting joint, a hose, and a vacuum suction cup connected in sequence, the connecting joint is fixed at the end of the last section of the electric telescopic rod, and a pressure sensor is arranged on the surface of the vacuum suction cup. The trachea is spirally sleeved outside the electric telescopic rod, and a fixed wire is provided on the vertical moving mechanism to connect and fix the trachea, and a fixed wire can also be added on the electric telescopic rod to connect and fix the trachea ( For example, adding a fixed line at the end of the second, fourth and sixth sections of the electric telescopic rod can not only ensure the required length of the trachea when the electric telescopic rod is extended, but also ensure that the trachea will not be retracted when the electric telescopic rod is retracted. fall down. The hose gives the vacuum suction cup a suitable degree of freedom, so that even if the laundry has a suitable inclination, it can be properly sucked.

In this embodiment, one actuator is installed above each of the clothes storage cavity and the shoe storage cavity, or only one actuator may be installed in a wardrobe.

The control mechanism includes a processor B, and the chip induction device B, the electric telescopic rod, the pressure sensor, the motor A, the motor B, and the vacuum pump are all electrically connected to the processor B. The processor B is connected to the processor A and the clothes management system.

After the medical staff and the like verify their identities through the identification device A of the access control system, the processor A sends the corresponding personal identity feature information to the processor B, and the processor B distributes the clothes of the corresponding size (including surgery) according to the received personal identity feature information. Clothes (also called clothes) and shoes, surgical gowns are divided into three types: small, medium and large, and shoes are also divided into three types: small, medium and large, see Table 1 and Table 2 for details), and use the picking device to select the corresponding Large and small clothes are transported to the clothes outlet. The specific clothes selection process is as follows:

For example, when picking up clothes, the processor B sends an instruction to the actuator, and the actuator drives the vacuum suction cup of the picking device to move to the top of the corresponding type of clothing storage cavity, and then the electric telescopic rod extends. When the vacuum suction cup touches the clothes, this When the electric telescopic rod continues to extend, so that the surface of the vacuum suction cup bears a certain pressure. When the pressure sensor detects that the pressure exceeds a certain threshold, the pressure sensor sends a signal to the processing device, and the processing device sends instructions to the electric telescopic rod and vacuum pump. The electric telescopic rod stops extending, the vacuum pump starts, the vacuum suction cup absorbs the clothes, and then the electric telescopic rod retracts. When the electric telescopic rod returns to its original position, the actuator drives the vacuum suction cup of the pick-up device to move to the top of the slideway, and then the vacuum pump stops working , the clothes lose suction and fall, and the clothes slide down the chute to the clothes outlet. At this time, the medical staff can take out the corresponding clothes. At the same time, the chip sensing device B senses the RFID chip in the clothes and transmits the RFID chip information to the processor B. The processor B sends the RFID chip information to the clothing management system. In the same way, the above principles and processes also apply to taking shoes.

Table 1: The corresponding size allocation standard for surgical gowns

Rules for the allocation of surgical gowns: first, check whether the height and weight fall within the standard range. Height and weight are rounded up.

Table 2: Shoe size allocation criteria

The medical staff's own clothing storage management system includes its own clothing storage cabinet and a processor D, the self-owned clothing storage cabinet includes a plurality of cabinets, and the cabinet door of the cabinet is provided with an electromagnetic lock to control the switch of the cabinet door. , the self-owned clothes storage cabinet is provided with an identification device B, the identification device B and the electromagnetic lock are connected to the processor D, and the processor D is connected to the clothes management system. Only after the medical staff has received the clothes automatically issued by the smart wardrobe and passed the identity verification of the identification device B, the medical staff's own clothing storage management system can automatically allocate an empty cabinet to the relevant medical staff, and the medical staff can store their own clothes. Clothes are stored in the cabinet. At this time, the cabinet can only be opened by the medical staff (that is, after the medical staff's access control card or identity features (including face, fingerprint) or verification code is verified by the identification device B. open the cabinet). Until the medical staff collects the clothes received from the smart wardrobe through the clothing recycling system, the medical staff's own clothing storage management system can freely allocate the cabinet to other medical staff for use.

The clothes recycling system includes a clothes recycling cabinet, a shoe recycling cabinet and a processor C, the clothes recycling cabinet is provided with a clothes inlet, and a chip induction device C and a induction door C are arranged at the clothes inlet; The shoe recycling cabinet is provided with a shoe inlet, and the shoe inlet is provided with a chip induction device D and an induction door D; the chip induction device C, the chip induction device D, the induction door C, and the induction door D are all processed with the same The processor C is connected, and the processor C is connected with the clothes management system.

Medical staff need to take off their surgical gowns and shoes after get off work and change back to their own clothes and shoes. The removed surgical gowns and shoes need to be put into the clothes and shoes recycling cabinet. For example, if the medical staff puts the removed clothes into the clothes recycling cabinet, the chip sensing device C is installed at the entrance of the clothes recycling cabinet. The chip sensing device C senses the RFID chip in the surgical gown, and the chip sensing device C sends the information to the processor. C, the processor sends an instruction to the induction door C, and at the same time sends the chip information to the clothing management system. In the same way, the working principle and process of recycling shoes is the same as recycling clothes. If the off-duty time is exceeded and the clothes have not been returned, the clothes management system will send relevant information to the prompting system.

The prompting system includes a processor E, a display module and/or an information prompting module, the processor E is connected with the clothes management system, and the display module and the information prompting module are connected with the processor E.

In this embodiment, the display module is a display screen, and the message module is a short message sending device. If the scheduled get off work time is exceeded and the clothes have not been returned, the clothes management system sends information to the processor E, and the processor E sends instructions to the display module or the message module, which can send the relevant prompt information to the display screen or send a short message to the relevant The mobile phone of the medical staff reminds the medical staff to return the clothes in time.

Example 2

The difference between this embodiment and Embodiment 1 is that the picking device is a manipulator. At the same time, the partition B divides the clothes storage compartment into large, medium and small clothes storage chambers and extra large, large, medium and small shoe storage chambers which are connected together.

In the present embodiment, the shoes are divided into four models: small, medium, large and super large and stored in the corresponding shoe storage cavity. For the specific classification, see 3:

Table 3: Shoe size allocation criteria

The above are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included in the protection scope of the present invention. Inside.

Claims (7)

1. An operating room personnel behavior management system is characterized by comprising an information management system, an access control system, an intelligent wardrobe, a clothes recovery system and a self-owned clothes storage management system of medical personnel; the information management system comprises a personnel management system, a verification code management system, a shift arrangement system and a clothes management system; the verification code management system, the shift arrangement system and the clothes management system are all connected with the personnel management system;

the personnel management system comprises: setting a manager, wherein the manager can set the personnel authority in the system, and simultaneously, the manager inputs personal basic information of doctors, nurses and temporary visitors in an operating room; the personnel management system also sends the contact telephone of the temporary visitor to the verification code management system;

verification code management system: the administrator operates to generate a verification code and sends the verification code to a contact telephone of the temporary visitor and a processor A, wherein the verification code is valid in the visiting time period of the temporary visitor;

the access control system comprises a processor A and an identity recognition device A, wherein the identity recognition device A is connected with the processor A; the intelligent wardrobe comprises a wardrobe body, a control mechanism and an execution mechanism;

a front door of the cabinet body is provided with a clothes outlet, and the clothes outlet is provided with a chip sensing device B; a partition board A is arranged in the cabinet body and divides the cabinet body into a clothes storage chamber and a clothes temporary storage chamber; a slideway is arranged in the clothes temporary storage chamber, and the outlet of the slideway corresponds to the clothes outlet;

the actuating mechanism comprises a transverse moving device, a vertical moving device, a lifting device and a fetching device;

the control mechanism comprises a processor B; the actuating mechanism and the chip sensing device B are connected with the processor B; the processor B is connected with the processor A and the clothes management system;

the clothes recycling system comprises a clothes recycling cabinet, a shoe recycling cabinet and a processor C, wherein the clothes recycling cabinet is provided with a clothes placing opening, and a chip sensing device C and a sensing door C are arranged at the clothes placing opening; the shoe recovery cabinet is provided with a shoe placing opening, and a chip sensing device D and a sensing door D are arranged at the shoe placing opening; the chip sensing device C, the chip sensing device D, the sensing door C and the sensing door D are all connected with the processor C, and the processor C is connected with a clothes management system;

the medical staff own clothes storage management system comprises an own clothes storage cabinet and a processor D, the own clothes storage cabinet comprises a plurality of cabinets, an electromagnetic lock is arranged on a cabinet door of each cabinet to control opening and closing of the cabinet door, an identity recognition device B is arranged on the own clothes storage cabinet, the identity recognition device B and the electromagnetic lock are connected with the processor D, and the processor D is connected with the clothes management system;

the transverse moving device comprises a guide rail, a transverse moving mechanism and a connecting shaft, the guide rail comprises a front guide rail and a rear guide rail, the transverse moving mechanism comprises a front moving mechanism and a rear moving mechanism, the front moving mechanism and the rear moving mechanism respectively comprise wheels, a motor A, a gear B and a bearing A, the gear B is connected with an output shaft of the motor, the gear A is meshed with the gear B, the connecting shaft penetrates through the bearing A, and the wheels are fixedly mounted at two ends of the connecting shaft;

the vertical moving device comprises a vertical moving mechanism and a lead screw, the vertical moving mechanism comprises a motor B and a screw rod, the screw rod is connected with an output shaft of the motor B, and the screw rod is meshed with the lead screw; the lead screw is fixed on the front and rear moving mechanisms through a bearing B; the lifting device is an electric telescopic rod which is fixed on the vertical moving device; the fetching device comprises a vacuum pump, an air pipe, a connecting joint and a vacuum sucker which are connected in sequence; the connecting joint is fixed at the tail end of the last section of the electric telescopic rod, a hose is further arranged between the connecting joint and the vacuum chuck, and a pressure sensor is arranged in the disc surface of the vacuum chuck; the air pipe is spirally sleeved outside the electric telescopic rod, and fixing wires are additionally arranged at the tail ends of the second section, the fourth section and the sixth section of the electric telescopic rod to be connected and fixed with the air pipe.

2. The operating room personnel behavior management system of claim 1 wherein said extractor means is further a robotic arm.

3. The operating room personnel behavior management system of any of claims 1-2, wherein cover plates are provided on the left and right sides of the cabinet.

4. The operating room personnel behavior management system according to any of the claims 1-2, characterized in that a partition B is provided in the cabinet; the partition board B divides the clothes storage chamber into a plurality of clothes storage chambers and shoe storage chambers of different sizes and models.

5. Operating room personnel behavior management system according to any of claims 1-2, characterized in that the identification means a and the identification means B each comprise a card swipe means and/or a face recognition means and/or a fingerprint recognition means.

6. The operating room personnel behavior management system of claim 5 wherein said identification means A and B further comprise verification code acquisition means.

7. The operating room personnel behavior management system according to any one of claims 1-2, further comprising a prompt system, wherein the prompt system comprises a processor E, a display module and/or an information prompt module, the processor E is connected with the clothes management system, and the display module and the information prompt module are connected with the processor E.

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