CN110593706A - Door opening method and door opening device of laryngoscope cabinet - Google Patents

Abstract

The present invention provides a method and device for opening the door of a laryngoscope cabinet, which is used to automatically open the door of the laryngoscope cabinet with at least one laryngoscope built in for the user to use, including: determining the laryngoscope cabinet where the laryngoscope with the largest remaining power is located For the laryngoscope cabinet to be opened; after the current user’s request to take the laryngoscope is confirmed, check whether the current user has a laryngoscope that has not been returned; if the current user does not correspond to a laryngoscope that has not been returned , open the laryngoscope cabinet to be opened. At the same time, a corresponding door opening device is provided, including a first acquisition unit, a screening unit, a establishment unit, a laryngoscope cabinet management system including a power collection device and a distance sensing device, and control equipment supporting the above functions, so as to achieve visual access The laryngoscope personnel are one-on-one, and can control the real-time status of the visual laryngoscope to avoid uneven resource allocation, loss, and insufficient power before surgery.

Description

Door opening method and door opening device of laryngoscope cabinet

technical field

The invention relates to the field of medical auxiliary equipment, in particular to a door opening method and a door opening device for a laryngoscope cabinet.

Background technique

The video laryngoscope is a new type of video intubation system. The intubation system is divided into two parts: the laryngoscope and the color LED screen. The tissue at the front end of the laryngoscope can be clearly displayed on the screen through the video head. Users can observe the clear structure of the throat and glottis through the monitor, which improves the success rate of tracheal intubation. It has the characteristics of small size, easy to carry, and rechargeable use, which is of great clinical significance.

In the daily use of medical staff, because it is easy to carry and applicable to a large number of wards, it is often easy to lose; in addition, because the battery of the video laryngoscope can only support 40 times of intubation, it needs to be charged. For the convenience of use, the sockets that often occupy the office space are numerous, the wiring is messy, and they do not meet the disinfection and storage specifications for precision instruments.

In the prior art, the management of the video laryngoscope is not limited to anyone who can take it arbitrarily, which is prone to uneven resource distribution, loss, and insufficient power before surgery.

Contents of the invention

In order to solve the above problems, the present invention provides a method and device for opening the door of the laryngoscope cabinet, which can realize one-on-one by using the visual laryngoscope personnel, and can control the real-time status of the visual laryngoscope to avoid uneven resource distribution, Lost, insufficient power before surgery, etc.

In the first aspect, the present invention provides a method for opening the door of the laryngoscope cabinet, which is characterized in that it is used to automatically open the door of the laryngoscope cabinet with at least one laryngoscope built in for the user to take, including:

Determine the laryngoscope cabinet where the laryngoscope with the largest remaining power is located is the laryngoscope cabinet to be opened;

After the current user's request to access the laryngoscope is confirmed, detect whether the current user corresponds to a laryngoscope that has not been returned;

When the current user does not have a laryngoscope that has not yet been taken, the laryngoscope cabinet to be opened is opened.

Preferably, the laryngoscope cabinet where the laryngoscope with the largest remaining power is established includes:

Obtain the remaining power of each laryngoscope;

Filter out the laryngoscope with the largest remaining power;

Establish the laryngoscope cabinet in which the laryngoscope with the largest remaining power is located.

Preferably, when the user executes the request action of taking a laryngoscope, it is detected whether the current user corresponds to a laryngoscope that has not been taken yet, including:

When it is sensed that the current user is close to the predetermined area where the laryngoscope cabinet is located, a confirmation message of whether to take the laryngoscope is sent to the user;

When the current user's request instruction for accessing the laryngoscope is obtained, verify whether the current user is an approved user;

When the current user is an approved user, it is detected whether the current user corresponds to a laryngoscope that has not been returned.

Preferably, verifying whether said current user is an approved user comprises

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the match is consistent, the current user is an approved user.

Preferably, verifying whether the current user is an approved user includes:

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the matching is inconsistent, obtain the current biometric feature of the current user;

Match whether the current biometrics are consistent with the biometrics reserved by the approved user;

If the match is consistent, the current user is an approved user.

In the second aspect, a door opening device for a laryngoscope cabinet is provided, which is used to automatically open the door of the laryngoscope cabinet with at least one laryngoscope built in for the user to access, including:

A determination module is used to determine that the laryngoscope cabinet where the laryngoscope with the largest remaining power is located is the laryngoscope cabinet to be opened;

The detection module is used to detect whether the current user corresponds to a laryngoscope that has not been returned when the current user performs the request action of requesting to take the laryngoscope;

The opening module is used for opening the laryngoscope cabinet to be opened when the current user does not have a laryngoscope that has not been taken yet.

Preferably, the establishment module includes:

The first acquisition unit is used to acquire the remaining power of each laryngoscope;

The screening unit is used to screen out the laryngoscope with the largest remaining power;

The determining unit is configured to determine the laryngoscope cabinet in which the laryngoscope with the largest remaining power is located.

Preferably, when the current user performs the request action of requesting to take the laryngoscope, it is detected whether the current user corresponds to a laryngoscope that has not been taken yet, including:

When it is sensed that the current user is close to the predetermined area where the laryngoscope cabinet is located, a confirmation message of whether to take the laryngoscope is sent to the user;

When the current user's request instruction for accessing the laryngoscope is obtained, verify whether the current user is an approved user;

When the current user is an approved user, it is detected whether the current user corresponds to a laryngoscope that has not been returned.

Preferably, verifying whether the current user is an approved user includes:

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the match is consistent, the current user is an approved user.

Preferably, verifying whether the current user is an approved user includes:

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the matching is inconsistent, obtain the current biometric feature of the current user;

Match whether the current biometrics are consistent with the biometrics reserved by the approved user;

If the match is consistent, the current user is an approved user.

In a third aspect, a management system for a laryngoscope cabinet is provided, which is characterized in that it includes:

A power collection device, used to collect the remaining power of the laryngoscope cabinet;

A distance sensing device, used to collect the distance between the user and the area where the laryngoscope cabinet is located

And the door opening device of the laryngoscope cabinet.

In a fourth aspect, there is provided a control device for a laryngoscope cabinet, which includes a processor, wherein the processor stores a program for executing the method according to any one of claims 1-5.

The door opening method and door opening device of a laryngoscope cabinet according to the present invention can analyze user information, realize single authority management, avoid one person borrowing more than one person, and at the same time sort through the electric quantity, give priority to opening the visual laryngoscope with the highest electric quantity , avoiding the situation of insufficient power before the operation and inconvenient use.

Description of drawings

Fig. 1 is the flow chart of the door opening method of a kind of laryngoscope cabinet of the present embodiment;

Fig. 2 is the flow chart of the method for establishing the laryngoscope cabinet where the laryngoscope with the largest remaining power is located in this embodiment;

Fig. 3 is a flow chart of the method for checking whether the current user has access authority in this embodiment.

Detailed ways

The following are specific embodiments of the present invention and in conjunction with the accompanying drawings, the technical solutions of the present invention are further described, but the present invention is not limited to these embodiments.

As shown in Figure 1, a method for opening the door of a laryngoscope cabinet is used to automatically open the door of the laryngoscope cabinet with at least one laryngoscope built in for the user to access, including:

Determine the laryngoscope cabinet where the laryngoscope with the largest remaining power is located is the laryngoscope cabinet to be opened;

After the current user's request to access the laryngoscope is confirmed, detect whether the current user corresponds to a laryngoscope that has not been returned;

When the current user does not have a laryngoscope that has not yet been taken, the laryngoscope cabinet to be opened is opened.

The door opening method of the rear mirror cabinet in this embodiment is mainly to determine whether the user has the lending authority, and at the same time make an optimal choice for the rear mirror cabinet to be opened, so as to avoid the situation that one person borrows more than one person and the power of the borrowed rear mirror cabinet is insufficient .

In addition, establish the laryngoscope cabinet where the laryngoscope with the largest remaining power is located, including:

Obtain the remaining power of each laryngoscope;

Filter out the laryngoscope with the largest remaining power;

Establish the laryngoscope cabinet in which the laryngoscope with the largest remaining power is located.

Specifically, the visual laryngoscope is equipped with a battery-side fuel gauge, which is a well-known coulomb meter in this embodiment. When the battery flows out, a voltage Vsense will be generated at both ends of the resistor. Through Vsense, the current flowing through the battery can be calculated. The integral of the current and time is the changing power. Laryngoscopes are sorted according to the battery level, so as to obtain the laryngoscope with the most battery power, so as to avoid the lack of power of the loaned laryngoscope and affect the use.

In the second aspect, when the user executes the request action of taking a laryngoscope, it is detected whether the current user corresponds to a laryngoscope that has not been returned, including:

When it is sensed that the current user is close to the predetermined area where the laryngoscope cabinet is located, a confirmation message of whether to take the laryngoscope is sent to the user;

When the current user's request instruction for accessing the laryngoscope is obtained, verify whether the current user is an approved user;

When the current user is an approved user, it is detected whether the current user corresponds to a laryngoscope that has not been returned.

Specifically, the predetermined area is an infrared sensing area. When the user enters the predetermined area, an interface is sent whether to use the laryngoscope. In this embodiment, the request command for the user to use the laryngoscope can be fingerprint authentication or work card tile authentication, and the authentication is completed. After that, analyze the information of the authenticated user to see if there is access information. If there is information about accessing the laryngoscope but not returning it, the user has no right to take out the laryngoscope.

In another aspect, verifying whether said current user is an approved user includes

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the match is consistent, the current user is an approved user.

Furthermore, verifying whether the current user is an approved user includes:

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the matching is inconsistent, obtain the current biometric feature of the current user;

Match whether the current biometrics are consistent with the biometrics reserved by the approved user;

If the match is consistent, the current user is an approved user.

Since fingerprint recognition is often unable to be recognized due to peeling of the user's hands or other reasons, this embodiment can also compare the user's biological characteristics with the reserved database information to perform user approval and avoid the occurrence of unrecognizable user information. phenomenon occurs.

In some preferred examples, the present invention provides a door opening device for a laryngoscope cabinet, which is used to automatically open the door of the laryngoscope cabinet with at least one laryngoscope built in for the user to access, including:

A determination module is used to determine that the laryngoscope cabinet where the laryngoscope with the largest remaining power is located is the laryngoscope cabinet to be opened;

The detection module is used to detect whether the current user corresponds to a laryngoscope that has not been returned when the current user performs the request action of requesting to take the laryngoscope;

The opening module is used for opening the laryngoscope cabinet to be opened when the current user does not have a laryngoscope that has not been taken yet.

The determination module and the detection module are connected to the opening module at the same time, and only when the detection module detects qualified user information, the opening module opens the rear mirror cabinet of the most electric laryngoscope screened by the determination module.

In some preferred examples, the establishment module includes:

The first acquisition unit is used to acquire the remaining power of each laryngoscope;

The screening unit is used to screen out the laryngoscope with the largest remaining power;

The determining unit is configured to determine the laryngoscope cabinet in which the laryngoscope with the largest remaining power is located.

Through the coulomb counter and wireless signal transmission established by the first acquisition unit, the power information of the laryngoscope is captured and transmitted to the screening unit, the remaining power of the laryngoscope is sorted, and the mirror cabinet with the most power laryngoscope is established through the establishment unit.

In order to check whether the user has the borrowing authority, when the current user executes the request action of requesting to take the laryngoscope, it is detected whether the current user corresponds to the laryngoscope that has not been returned, including:

When it is sensed that the current user is close to the predetermined area where the laryngoscope cabinet is located, a confirmation message of whether to take the laryngoscope is sent to the user;

When the current user's request instruction for accessing the laryngoscope is obtained, verify whether the current user is an approved user;

When the current user is an approved user, it is detected whether the current user corresponds to a laryngoscope that has not been returned.

In order to avoid unrecognized conditions in the determination module of the video laryngoscope cabinet, verify whether the current user is an approved user, including:

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the match is consistent, the current user is an approved user.

Furthermore, verifying whether the current user is an approved user includes:

Obtain the verification code for the current user's request to access the laryngoscope;

Match whether the verification code is consistent with the verification code reserved by the approved user;

If the matching is inconsistent, obtain the current biometric feature of the current user;

Match whether the current biometrics are consistent with the biometrics reserved by the approved user;

If the match is consistent, the current user is an approved user.

In some preferred embodiments, a management system for a laryngoscope cabinet is also provided, including:

A power collection device, used to collect the remaining power of the laryngoscope cabinet;

A distance sensing device, used to collect the distance between the user and the area where the laryngoscope cabinet is located;

And the door opening device described in claim 6.

The power information of the laryngoscope cabinet is captured by the coulomb meter, and whether the user is in the preset area is sensed by the infrared sensor.

Furthermore, this embodiment also provides a control device for a laryngoscope cabinet, including a processor, wherein the processor stores a program for executing any one of the methods for opening the door of a laryngoscope cabinet .

Everything not involved above is applicable to the prior art.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Those skilled in the art to which the present invention belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the present invention or go beyond the definition of the appended claims range.

Claims (10)

1. A door-opening method for a laryngoscope cabinet, characterized in that, it is used to realize the automatic door opening of the laryngoscope cabinet with at least one laryngoscope built-in for the user to take, including: Determine the laryngoscope cabinet where the laryngoscope with the largest remaining power is located is the laryngoscope cabinet to be opened; After the current user's request to access the laryngoscope is confirmed, detect whether the current user corresponds to a laryngoscope that has not been returned; When the current user does not have any unused laryngoscopes, the laryngoscope cabinet to be opened is opened. 2. The method for opening the door of a laryngoscope cabinet according to claim 1, wherein the laryngoscope cabinet where the laryngoscope with the largest remaining power is established comprises: Obtain the remaining power of each laryngoscope; Filter out the laryngoscope with the largest remaining power; Establish the laryngoscope cabinet in which the laryngoscope with the largest remaining power is located. 3. A method for opening the door of a laryngoscope cabinet according to claim 1, characterized in that, when the user executes the request action of taking the laryngoscope, it is detected whether the current user corresponds to a laryngoscope that has not yet been taken, including: When it is sensed that the current user is close to the predetermined area where the laryngoscope cabinet is located, a confirmation message of whether to take the laryngoscope is sent to the user; When the current user's request instruction for accessing the laryngoscope is obtained, verify whether the current user is an approved user; When the current user is an approved user, it is detected whether the current user corresponds to a laryngoscope that has not been returned. 4. The door opening method of a laryngoscope cabinet according to claim 1, wherein verifying whether the current user is an approved user comprises Obtain the verification code for the current user's request to access the laryngoscope; Match whether the verification code is consistent with the verification code reserved by the approved user; If the match is consistent, the current user is an approved user. 5. The door opening method of a laryngoscope cabinet according to claim 1, wherein verifying whether the current user is an approved user comprises: Obtain the verification code for the current user's request to access the laryngoscope; Match whether the verification code is consistent with the verification code reserved by the approved user; If the matching is inconsistent, obtain the current biometric feature of the current user; Match whether the current biometrics are consistent with the biometrics reserved by the approved user; If the match is consistent, the current user is an approved user. 6. A door opening device for a laryngoscope cabinet, characterized in that it is used to automatically open the door of the laryngoscope cabinet with at least one laryngoscope built in for the user to access, including: A determination module is used to determine that the laryngoscope cabinet where the laryngoscope with the largest remaining power is located is the laryngoscope cabinet to be opened; The detection module is used to detect whether the current user corresponds to a laryngoscope that has not been returned when the current user performs the request action of requesting to take the laryngoscope; The opening module is used for opening the laryngoscope cabinet to be opened when the current user does not have a laryngoscope that has not been taken yet. 7. The door opening device of a laryngoscope cabinet according to claim 6, characterized in that, when the current user executes the request action of requesting to take the laryngoscope, it is detected whether the current user corresponds to a laryngoscope that has not been taken yet, include: When it is sensed that the current user is close to the predetermined area where the laryngoscope cabinet is located, a confirmation message of whether to take the laryngoscope is sent to the user; When the current user's request instruction for accessing the laryngoscope is obtained, verify whether the current user is an approved user; When the current user is an approved user, it is detected whether the current user corresponds to a laryngoscope that has not been returned. 8. The door opening device of a laryngoscope cabinet according to claim 6, wherein verifying whether the current user is an approved user comprises: Obtain the verification code for the current user's request to access the laryngoscope; Match whether the verification code is consistent with the verification code reserved by the approved user; If the match is consistent, the current user is an approved user. 9. A management system for a laryngoscope cabinet, comprising: A power collection device, used to collect the remaining power of the laryngoscope cabinet; A distance sensing device, used to collect the distance between the user and the area where the laryngoscope cabinet is located And the door opening device described in claim 6. 10. A control device for a laryngoscope cabinet, comprising a processor, wherein the processor stores a program for executing the method according to any one of claims 1-5.