CN115131873A - Hand hygiene safety monitoring method and device - Google Patents

Abstract

The application provides a hand hygiene safety monitoring method and device. The method comprises the steps of obtaining hand disinfection state parameters of the electronic badge; performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection residual quantity; and sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand dissipation difference so as to adjust the safety monitoring display state of the electronic badge. Through the current disinfection condition of sensing that acquires electronic badge, hand disinfection state parameter promptly, be convenient for confirm the medical personnel's of wearing electronic badge current hand health condition of killing, later compare it with the state of killing of standard, whether the medical personnel's current hand health condition of killing is closed, finally confirm the safe state that electronic badge shows in real time through the hand contrast volume of eliminating, improved medical personnel's current hand effectively and removed the closure rate, thereby be convenient for monitor medical personnel's current hand condition of killing.

Description

Hand hygiene safety monitoring method and device

Technical Field

The invention relates to the technical field of medical care safety monitoring, in particular to a hand hygiene safety monitoring method and device.

Background

With the increase of the importance of medical care safety, the sanitary safety requirements in more and more medical care processes are gradually strengthened, wherein hand hygiene is the first line of defense against the related infection of medical kits, has extremely important requirement standards, and is a prerequisite for effectively solving most infection problems.

However, as medical staff is in short supply, disinfection and cleaning of hand hygiene are basically performed by simple disinfection operation, even without disinfection, so that the hand hygiene compliance is poor, and the treatment effect of patients is seriously influenced.

Disclosure of Invention

The invention aims to overcome the defects in the prior art and provides a hand hygiene safety monitoring method and device for effectively improving hand disinfection and killing compliance rate.

The purpose of the invention is realized by the following technical scheme:

a hand hygiene safety monitoring method, the method comprising:

acquiring hand disinfection state parameters of the electronic badge;

performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection adverse difference quantity;

and transmitting a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand counteraction difference so as to regulate the safety monitoring display state of the electronic badge.

In one embodiment, the acquiring hand disinfection state parameters of the electronic badge comprises: and acquiring badge elimination induction parameters and disinfection and sterilization induction parameters of the electronic badge.

In one embodiment, the acquiring badge and disinfection and sterilization induction parameters of the electronic badge comprises: and acquiring the badge induction distance and the killing liquid level of the electronic badge.

In one embodiment, the subtracting the hand disinfection status parameter from a preset status parameter to obtain a hand disinfection adverse difference value includes: and carrying out badge elimination potential difference operation on the badge induction distance and a preset distance to obtain badge elimination inter-gap difference.

In one embodiment, the performing a badge extinction difference operation on the badge sensing distance and a preset distance to obtain a badge extinction difference value, and then further includes: detecting whether the Huishi delta is less than or equal to 0; and when the Anhui Xiao's difference is less than or equal to 0, performing elimination level difference operation on the elimination liquid level and a preset liquid level to obtain the hand elimination inverse difference.

In one embodiment, the detecting whether the Huishi delta is less than or equal to 0 further includes: and when the badge inter-elimination difference is greater than 0, sending a position checking signal to the health safety monitoring system to determine the number of times of the electronic badges entering and exiting.

In one embodiment, the sending a hand hygiene regulation and control signal to a hygiene monitoring system according to the hand counteraction amount comprises: detecting whether the hand cancellation dispersion is matched with a preset dispersion; and when the hand cancellation difference quantity is matched with the preset contrast quantity, sending a hand hygiene normal signal to the health safety monitoring system.

In one embodiment, the detecting whether the hand cancellation dispersion amount matches a preset dispersion amount further includes: and when the hand cancellation difference quantity is not matched with the preset contrast quantity, sending a hand hygiene abnormal signal to the health safety monitoring system.

In one embodiment, said sending a hand hygiene normality signal to said health safety monitoring system when said amount of hand cancellation difference matches said preset amount of contrast comprises: and when the hand contrast amount is greater than or equal to the preset contrast amount, sending a green light passing signal to the health safety monitoring system so as to enable a monitoring green light of the electronic badge to be turned on.

A hand hygiene safety monitoring device comprising: the electronic badge, the sterilizer and the hand guard monitoring mainboard; disinfectant is stored in the sterilizer, and the sterilizer is used for radio frequency induction connection with the electronic badge; the detection end of the hand-guard monitoring mainboard is respectively connected with the output end of the electronic badge and the output end of the sterilizer, and the hand-guard monitoring mainboard is used for acquiring hand sterilization state parameters of the electronic badge; performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection adverse difference quantity; and sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand dissipation difference so as to adjust the safety monitoring display state of the electronic badge.

Compared with the prior art, the invention has at least the following advantages:

through the current disinfection condition of sensing that acquires electronic badge, hand disinfection state parameter promptly, be convenient for confirm the medical personnel's of wearing electronic badge current hand health condition of killing, later compare it with the state of killing of standard, whether the medical personnel's current hand health condition of killing is closed, finally confirm the safe state that electronic badge shows in real time through the hand contrast volume of eliminating, improved medical personnel's current hand effectively and removed the closure rate, thereby be convenient for monitor medical personnel's current hand condition of killing.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention and therefore should not be considered as limiting the scope, and those skilled in the art can also obtain other related drawings based on the drawings without inventive efforts.

FIG. 1 is a flow chart of a hand hygiene safety monitoring method in an embodiment.

Detailed Description

To facilitate an understanding of the invention, the invention will now be described more fully with reference to the accompanying drawings. Preferred embodiments of the present invention are shown in the drawings. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.

It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present. The terms "vertical," "horizontal," "left," "right," and the like as used herein are for illustrative purposes only and do not represent the only embodiments.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used herein in the description of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

The invention relates to a hand hygiene safety monitoring method. In one embodiment, the hand hygiene safety monitoring method comprises acquiring hand disinfection state parameters of an electronic badge; performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection residual quantity; and sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand dissipation difference so as to adjust the safety monitoring display state of the electronic badge. Through the current disinfection condition of sensing that acquires electronic badge, hand disinfection state parameter promptly, be convenient for confirm the medical personnel's of wearing electronic badge current hand health condition of killing, later compare it with the state of killing of standard, whether the medical personnel's current hand health condition of killing is closed, finally confirm the safe state that electronic badge shows in real time through the hand contrast volume of eliminating, improved medical personnel's current hand effectively and removed the closure rate, thereby be convenient for monitor medical personnel's current hand condition of killing.

Please refer to fig. 1, which is a flowchart illustrating a hand hygiene monitoring method according to an embodiment of the present invention. The hand hygiene safety monitoring method comprises part or all of the following steps.

S100: and acquiring hand disinfection state parameters of the electronic badge.

In this embodiment, the radio frequency inductor has in the badge electronics, the badge electronics passes through the radio frequency inductor and carries out the transmission of disinfection state signal with the sterilizer, the monitoring device that the badge electronics wore medical personnel, the badge electronics gathers medical personnel's hand disinfection condition when business turn over ward, promptly the badge electronics gathers the in service behavior of sterilizer, is convenient for pass through the inductor on the badge electronics acquires medical personnel's real-time hand disinfection state to be convenient for follow-up to medical personnel's hand health condition detects, and then be convenient for follow-up the confirmation the safety monitoring of badge shows the state, in order to reach the real-time supervision to medical personnel's hand disinfection compliance.

S200: and performing difference elimination treatment on the hand disinfection state parameters and preset state parameters to obtain hand disinfection adverse difference quantity.

In this embodiment, hand disinfection state parameter is the in service behavior to the sterilizer that electronics badge sensed, promptly hand disinfection state parameter is corresponding to medical personnel's the condition of using the sterilizer, also promptly hand disinfection state parameter carries out the hand disinfection condition with medical personnel and carries out the relevance and maps, is convenient for confirm medical personnel's current hand health safety state to be convenient for confirm whether medical personnel's hand has disinfected. The preset state parameters are state parameters for the electronic badge to use when being in an area mutually inducted with the disinfection machine, namely the preset state parameters are parameters for medical workers wearing the electronic badge to use the disinfection machine to disinfect, namely the preset state parameters correspond to hand disinfection states of the medical workers using the disinfection machine. Will hand disinfection state parameter and preset state parameter disappear poor processing, are convenient for acquire hand disinfection state parameter with predetermine the difference degree between the state parameter to be convenient for confirm medical personnel and carry out the hand disinfection state, and then be convenient for confirm medical personnel's the hand health condition.

S300: and transmitting a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand counteraction difference so as to regulate the safety monitoring display state of the electronic badge.

In this embodiment, the hand disinfection residual quantity is a difference between the hand disinfection state parameter and the preset state parameter, that is, the hand disinfection residual quantity corresponds to the hand disinfection of the medical staff, that is, the hand disinfection contrast quantity reflects the compliance of the hand hygiene of the medical staff. According to the difference that the hand contrast volume of eliminating reflects, be convenient for confirm medical personnel's current hand disinfection state to be convenient for confirm medical personnel's current hand health safety's compliance, and then be convenient for right the current state of badge is shown, shows medical personnel's hand disinfection compliance in real time promptly.

In the above embodiment, the current sensed disinfection condition of the electronic badge, namely the hand disinfection state parameter, is obtained, so that the current hand hygiene disinfection condition of the medical staff wearing the electronic badge can be conveniently determined, then the current hand hygiene disinfection condition is compared with the standard disinfection state to determine whether the current hand hygiene disinfection of the medical staff is in compliance, finally, the safety state of the electronic badge displayed in real time is determined through the hand disinfection contrast amount, the current hand disinfection compliance rate of the medical staff is effectively improved, and therefore the current hand disinfection compliance of the medical staff can be conveniently monitored. The hand hygiene safety monitoring method is used for hand disinfection detection monitoring in and out of a ward.

In one embodiment, the acquiring hand disinfection state parameters of the electronic badge comprises: acquiring badge elimination induction parameters and disinfection and sterilization induction parameters of the electronic badge. In this embodiment, the hand disinfection state parameters include badge disappear sensing parameters and disinfection and kill sensing parameters, badge disappear sensing parameters are the sensing signal between badge and the sterilizing machine, badge disappear sensing parameters are used for embodying the radio frequency transmission state between badge and the sterilizing machine, not only is signal transmission convenient to carry out, but also the real-time sensing state between badge and sterilizing machine can be confirmed. The disinfection and sterilization induction parameters are use induction signals of the disinfection machine in the radio frequency signals received by the electronic badge, and are used for reflecting the use condition of the disinfection machine, so that the current use state of the disinfection machine is convenient to determine, and whether the disinfection machine executes disinfectant discharge or not is convenient to subsequently determine after the electronic badge induces the disinfection machine. In another embodiment, the hand disinfection status parameter further comprises at least one of a hand image and a body temperature of the healthcare worker, and these parameters can be acquired by an image sensor or a temperature sensor when the healthcare worker uses the disinfection machine, so as to further monitor the disinfection compliance of the healthcare worker.

Further, the acquiring badge and disinfection and sterilization induction parameters of the electronic badge comprises: and acquiring the badge induction distance and the killing liquid level of the electronic badge. In this embodiment, the badge disappears the response parameter and is badge induction distance, badge induction distance is used for embodying the response interval between badge and the sterilizer, promptly badge induction distance is mutual distance between badge and the sterilizer, through right interval between badge and the sterilizer is gathered, is convenient for confirm whether medical personnel get into the ward and carry out the hand disinfection earlier. The liquid level of killing does the current liquid level of the antiseptic solution in the sterilizer, promptly whether the liquid level of killing corresponds with whether medical personnel use the sterilizer, be convenient for according to the situation of change of the liquid level of killing confirms whether medical personnel used the disinfection and disinfect to be convenient for follow-up carry out real-time supervision to medical personnel's hand health safety compliance.

Furthermore, the subtracting the hand disinfection state parameter from a preset state parameter to obtain a hand disinfection adverse difference value includes: and carrying out badge elimination potential difference operation on the badge induction distance and the preset distance to obtain badge inter-elimination difference. In this embodiment, badge inductive distance is used for embodying the inductive distance between badge and the sterilizer, promptly badge inductive distance is badge and sterilizer mutual distance, through to the interval collection between badge and the sterilizer, be convenient for confirm whether medical personnel get into the ward and carry out hand disinfection earlier. The preset distance is a standard distance between the electronic badge and the sterilizer before the electronic badge approaches the sterilizer, namely the preset distance is a sterilization induction standard distance between the electronic badge and the sterilizer, namely the preset distance is a specified distance between the electronic badge and the sterilizer during mutual induction. Badge inductive distance with predetermine the distance and carry out the badge and disappear poor operation, it is right the electronic badge with distance between the sterilizer is confirmed, is convenient for confirm the electronic badge with the difference degree of interval and standard interval between the sterilizer, promptly the badge disappears between the poor volume to whether the position that is convenient for confirm medical personnel to be close to the sterilizer is located appointed induction zone, and then whether the assurance medical personnel carry out the hand disinfection.

Still further, the performing badge extinction difference operation on the badge sensing distance and the preset distance to obtain badge inter-extinction difference, and then further comprising: detecting whether the Huishi delta is less than or equal to; and when the Anhui Xiao's residual quantity is smaller than or equal to the Anhui Xiao's residual quantity, performing elimination level difference operation on the elimination liquid level and a preset liquid level to obtain the hand elimination inverse residual quantity. In this embodiment, the badge inter-elimination difference is a difference degree between the distance between the electronic badge and the sterilizing machine and a standard distance, that is, the badge inter-elimination difference is used for representing a distance between the medical care personnel and the sterilizing machine, that is, indicating whether the electronic badge worn by the medical care personnel is in a sterilization induction area. The badge disappears the difference and is less than or equal to, has shown the badge has sensed the sterilizer, has shown promptly the badge is located the disinfection response region of sterilizer, has also shown medical personnel and is located before the sterilizer and will carry out the hand disinfection, confirms the disinfection liquid level of the antiseptic solution in the sterilizer this moment, and whether follow-up definite medical personnel carry out the hand disinfection operation. In another embodiment, the hand disinfection residual quantity is a liquid level difference between the disinfection liquid level and the preset liquid level, so that whether the disinfection liquid in the disinfection machine changes at the moment is convenient to determine whether the medical staff disinfects hands.

Still further, the detecting whether the Huishi delta is less than or equal to then further comprises: and when the badge inter-consumption difference is larger than the badge inter-consumption difference, sending a position checking signal to the health safety monitoring system to determine the number of times of the electronic badges entering and exiting. In this embodiment, the badge and gap difference is a difference between a distance between the electronic badge and the sterilizing machine and a standard distance, that is, the badge and gap difference is used for representing a distance between the medical staff and the sterilizing machine, that is, indicating whether the electronic badge worn by the medical staff is in a sterilization induction area. The fact that the badge disappears difference is larger than the badge disappearance tolerance range indicates that the electronic badge does not sense the disinfection machine, namely indicates that the electronic badge is located outside the disinfection sensing area of the disinfection machine, namely indicates that medical personnel do not arrive before the disinfection machine or leave a ward. And sending a checking frequency signal to the health safety monitoring system to determine the number of times that the electronic badge enters the current ward, so as to determine whether the medical care personnel need to perform secondary hand disinfection, and further improve the monitoring accuracy of the hand disinfection compliance of the medical care personnel. In another embodiment, the position checking signal is also used for starting a monitoring yellow light of the electronic badge, so that medical staff can be reminded to disinfect hands timely, and the daily hand hygiene and safety compliance rate of the medical staff is improved.

In one embodiment, the sending a hand hygiene regulation and control signal to a hygiene monitoring system according to the hand counteraction amount comprises: detecting whether the hand cancellation dispersion is matched with a preset dispersion; and when the hand cancellation difference quantity is matched with the preset contrast quantity, sending a hand hygiene normal signal to the health safety monitoring system. In this embodiment, the hand disinfection residual quantity is a difference between the hand disinfection state parameter and the preset state parameter, that is, the hand disinfection residual quantity corresponds to the hand disinfection of the medical staff, that is, the hand disinfection contrast quantity reflects the compliance of the hand hygiene of the medical staff. The preset contrast amount is the difference degree of the standard of the hand disinfection state parameter, namely the preset contrast amount is used for embodying whether medical personnel carry out standard hand disinfection, namely the preset contrast amount corresponds to the disinfection state difference degree when carrying out compliant hand disinfection. The hand elimination contrast is matched with the preset contrast, which indicates that the medical personnel starts the disinfection machine and uses the disinfection solution therein, namely indicates that the medical personnel carries out hand disinfection operation, and also indicates the hand hygiene safety compliance of the medical personnel entering a ward. Thus, a hand hygiene normal signal is sent to the health and safety monitoring system at the moment, so that the hand disinfection process of the medical staff is determined to conform to the operation flow, and the medical staff is determined to carry out correct hand disinfection.

Further, the detecting whether the hand cancellation dispersion amount is matched with a preset dispersion amount further comprises: and when the hand cancellation difference quantity is not matched with the preset contrast quantity, sending a hand hygiene abnormal signal to the health safety monitoring system. In this embodiment, the hand-disinfection residual quantity is a difference degree between the hand disinfection state parameter and the preset state parameter, that is, the hand-disinfection residual quantity corresponds to the hand disinfection of the medical staff, that is, the hand-disinfection contrast quantity reflects the compliance of the hand hygiene of the medical staff. The preset contrast amount is the difference degree of the standard of the hand disinfection state parameter, namely the preset contrast amount is used for embodying whether medical personnel carry out standard hand disinfection, namely the preset contrast amount corresponds to the disinfection state difference degree when carrying out compliant hand disinfection. The hand elimination contrast is not matched with the preset contrast, which indicates that the medical staff does not start the disinfection machine, namely, indicates that the medical staff does not carry out hand disinfection operation, namely, indicates that the hand hygiene safety of the medical staff entering the ward is not in compliance. Therefore, the hand hygiene abnormal signal is sent to the health safety monitoring system at the moment, so that the medical staff can be determined not to execute the correct hand disinfection operation flow, and the medical staff can be determined that the hand hygiene condition does not accord with the safety regulation.

Still further, the sending a hand hygiene normal signal to the hygiene safety monitoring system when the hand cancellation difference amount matches the preset contrast amount comprises: and when the hand contrast amount is greater than or equal to the preset contrast amount, sending a green light passing signal to the health safety monitoring system so as to enable a monitoring green light of the electronic badge to be turned on. In this embodiment, the hand disinfection residual quantity is a difference between the hand disinfection state parameter and the preset state parameter, that is, the hand disinfection residual quantity corresponds to the hand disinfection of the medical staff, that is, the hand disinfection contrast quantity reflects the compliance of the hand hygiene of the medical staff. The preset contrast amount is the difference degree of the standard of the hand disinfection state parameter, namely the preset contrast amount is used for embodying whether medical personnel carry out standard hand disinfection, namely the preset contrast amount corresponds to the disinfection state difference degree when carrying out compliant hand disinfection. The hand contrast difference is larger than or equal to the preset reverse difference, which indicates that the medical staff starts the sterilizer and uses the disinfectant therein, namely indicates that the medical staff performs hand sterilization operation, namely indicates that the medical staff enters the ward to meet hand hygiene safety compliance. Like this, this moment to health safety monitoring system sends green light traffic signal to in order to confirm that medical personnel's hand disinfection process accords with operation flow, thereby be convenient for confirm that medical personnel has carried out the disinfection of exact hand, moreover, the green light traffic signal that sends this moment is used for controlling the green light of control of electron badge is opened, makes the electron badge glistens green light, and the patient of being convenient for knows medical personnel's hand health compliance. In other embodiments, when the hand contrast ratio is smaller than the preset contrast ratio, a red light forbidden signal is sent to the health safety monitoring system, so that the monitoring red light of the electronic badge is turned on, and a patient can know that the hand hygiene of the medical staff is not in compliance.

It can be understood that, when medical personnel wear the electronic badge to carry out hand disinfection, there is mutual induction between the electronic badge and the sterilizing machine, promptly when the electronic badge is located the induction zone of sterilizing machine, the electronic badge feedback receives the induction signal that the sterilizing machine sent, according to induction signal's intensity, with confirm the electronic badge with the distance between the sterilizing machine to be convenient for confirm medical personnel's hand disinfection condition.

However, when a medical staff passes through the door of a ward, the medical staff often easily enters a disinfection induction area of the disinfection machine for a short time, so that radio frequency induction between the electronic badge and the disinfection machine is easily triggered, and such triggering will cause the electronic badge to be reset to a state without hand disinfection operation, and cause misjudgment on hand hygiene safety compliance of the medical staff.

In order to reduce the misjudgment probability of the hand hygiene safety compliance, the method also comprises the following steps of sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand counteraction difference so as to regulate the security monitoring display state of the electronic badge:

acquiring the radio frequency induction time of the electronic badge;

performing time-fusion difference processing on the radio frequency induction time and a preset induction time to obtain an induction time difference value;

detecting whether the sensing time difference value is smaller than or equal to a preset time difference value or not;

and when the shooting sense time difference value is less than or equal to the preset time difference value, sending a temporary holding detection signal to the health safety monitoring system so as to interrupt the display of the safety monitor of the electronic badge.

In this embodiment, the radio frequency induction time is induction time when the electronic badge enters an area where the sterilizer is located, that is, the radio frequency induction time is represented as interaction time between radio frequency induction signals between the electronic badge and the sterilizer, that is, the radio frequency induction time corresponds to wireless contact time of the electronic badge and the sterilizer at an effective induction distance. The utility model discloses a disinfection machine, including the electron badge and sterilizer, be in the time of presetting the sense the electronic badge gets into the regional standard response duration of sterilizer place, promptly the demonstration is in the time of presetting the sense the benchmark interaction time between the radio frequency induction signal between the electron badge with the sterilizer, promptly preset the sense during corresponding the electron badge with the sterilizer is at the standard wireless contact time of effective induction distance, be used for showing medical personnel's the shortest time of hand disinfection before the sterilizer during presetting the sense to ensure that medical personnel can accomplish the hand disinfection operation that closes. The radio frequency induction time is subjected to time fusion difference processing with preset induction, namely, the radio frequency induction time is subjected to ablation operation of induction time to remove interference time in the radio frequency induction time, for example, when the electronic badge senses with the disinfection machine, redundant time brought by clutter signal transmission is used, so that the radio frequency induction time more accurately represents the time length of hand disinfection of medical personnel before the disinfection machine. And then, carrying out differential processing on the processed radio frequency induction time and the preset induction time, so that the common mode time between the radio frequency induction time and the preset induction time can be eliminated conveniently, and the time difference degree between the radio frequency induction time and the preset induction time, namely the shooting induction time difference value, can be determined. The sensing time difference value is smaller than or equal to the preset time difference value, which indicates that the sensing time of the electronic badge in front of the sterilizing machine is too short, namely that the time of the electronic badge in a sterilizing area of the sterilizing machine is too short, namely that medical personnel pass the sterilizing machine for a short time. At this time, a temporary non-inspection signal is sent to the health safety monitoring system, so that the safety monitor of the electronic badge interrupts display, specifically, after receiving the temporary non-inspection signal, the health safety monitoring system controls the safety monitor of the electronic badge to be in a pause working state, so as to avoid the situations of monitoring red light of the electronic badge and starting of an alarm, thereby effectively reducing the misjudgment probability of hand health safety compliance.

Further, when the patient appears the proruption state of an illness, in order to carry out timely rescue to the patient, medical personnel can't carry the electron badge stops for a long time before the sterilizer and disinfects in order to accomplish the hand, and this also leads to the safety monitoring ware of electron badge can be restarted once more after interrupting certain number of times to lead to monitoring red light and siren mistake to start, and then influence the on-the-spot rescue of medical personnel.

In order to solve the above problem, when the shooting time difference is smaller than or equal to the preset time difference, a stay check-free signal is sent to the health safety monitoring system to interrupt the display of the safety monitor of the electronic badge, and then the following steps are further included:

acquiring a sickbed distress response value of the electronic badge;

detecting whether the sickbed distress response value is matched with a preset distress response value or not;

and when the sickbed distress response value is matched with the preset distress response value, sending an emergency call inspection-free signal to the health safety monitoring system so as to close the safety monitor of the electronic badge.

In this embodiment, the hospital bed distress response value is a distress signal sent by the hospital bed distress system, and specifically, after the patient presses a distress button, the hospital bed distress system sends the distress signal to the electronic badge, so that the electronic badge can receive a distress request of the patient in time. The electronic badge converts the distress signal into a corresponding sickbed distress response value, the sickbed distress response value corresponds to the current emergency state of the patient, namely the sickbed distress response value is used for reflecting the condition that the sickbed distress system is triggered, and the preset distress response value is a standard sickbed distress response value acquired by the electronic badge after the sickbed distress system is triggered. The sickbed distress response value is matched with the preset distress response value, the condition that the sickbed distress system is triggered at the moment is indicated, namely the electronic badge receives an emergency signal at the moment, namely the medical staff is indicated to rapidly pass through the disinfection machine, the medical staff cannot stay in the disinfection machine for a long time to disinfect hands at the moment, and the operation of killing hands cannot be effectively finished. At the moment, in order to cure the patient as soon as possible, an emergency inspection-free signal is sent to the health safety monitoring system so as to close the safety monitor of the electronic badge, and the situation that the safety monitor in the electronic badge is triggered and started again is avoided, so that the monitoring red light and the alarm of the electronic badge are prevented from being started, and further, the influence of sound and light generated by the safety monitor of the electronic badge on the emergency rescue of on-site medical personnel is avoided.

In another embodiment, some medical staff are only helpers, the medical staff do not need to enter the ward, but the medical staff can stay in front of the disinfection machine for a long time, and the disinfection misjudgment of the medical staff is easy to occur at the moment. In order to further reduce the misjudgment probability of the hand hygiene safety compliance of the medical staff, the method for detecting the radiation sensation time difference value is less than or equal to a preset time difference value, and then comprises the following steps:

when the radio frequency time difference value is larger than the preset time difference value, acquiring the radio frequency magnetic flux of the electronic badge;

detecting whether the radio frequency magnetic flux is smaller than a preset magnetic flux;

and when the radio frequency magnetic flux is smaller than the preset magnetic flux, sending a temporary inspection signal to the health safety monitoring system so that the safety monitor of the electronic badge maintains the current display state.

In this embodiment, the time difference of the missense is regarded as the time difference degree between the time of radio frequency induction time and the time of presetting the sense, missense time difference is greater than, has shown the induction time of electron badge before the sterilizer is enough long, has shown promptly that the time of electron badge in the disinfection region of sterilizer is longer, has also shown medical personnel for long-time stay before the sterilizer, does not get into the medical personnel in ward as the part this moment, can not use the sterilizer to carry out the hand disinfection, just can not be with the electron badge just to the sterilizer. The radio frequency magnetic flux of the electronic badge is acquired in order to acquire the induction intensity between the electronic badge and the sterilizing machine, and the radio frequency magnetic flux is the real-time induction intensity of medical staff in an induction area between the electronic badge and the sterilizing machine. The preset magnetic flux is the minimum induction magnetic flux between the electronic badge and the sterilizing machine, namely the preset magnetic flux is the minimum induction intensity of medical staff for enabling the electronic badge to face the sterilizing machine. The radio frequency magnetic flux is smaller than the preset magnetic flux, which indicates that the induction strength between the electronic badge and the sterilizing machine is weak, namely, the electronic badge and the radio frequency signal of the sterilizer are indicated to encounter obstacles, namely, the medical personnel are indicated to be back to or blocked by other objects, at the moment, the electronic badge is in a weak induction state and sends a temporary detection signal to the health safety monitoring system, the medical staff wearing the electronic badge is unnecessary to carry out corresponding hand safety compliance detection, and the misjudgment probability of hand hygiene safety compliance of the medical staff is effectively reduced.

In one embodiment, the application further provides a hand hygiene safety monitoring device which is implemented by using the hand hygiene safety monitoring method in any one of the above embodiments. In one embodiment, the hand hygiene safety monitoring device is provided with functional modules corresponding to the steps of the hand hygiene safety monitoring method. The hand hygiene safety monitoring device comprises an electronic badge, a sterilizer and a hand hygiene monitoring mainboard; disinfectant is stored in the sterilizer, and the sterilizer is used for radio frequency induction connection with the electronic badge; the detection end of the hand and towel monitoring mainboard is respectively connected with the output end of the electronic badge and the output end of the sterilizer, and the hand and towel monitoring mainboard is used for acquiring hand disinfection state parameters of the electronic badge; performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection adverse difference quantity; and sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand dissipation difference so as to adjust the safety monitoring display state of the electronic badge.

In this embodiment, the disinfection condition of guarding the control mainboard through obtaining the current sensing of electronic badge, hand disinfection state parameter promptly, be convenient for confirm the medical personnel's of wearing electronic badge current hand health condition of killing, later compare it with the state of killing of standard, whether the current hand health of confirming medical personnel is killed the compliance, the final hand guards control mainboard passes through the hand and disappears the safety condition that contrast volume confirms electronic badge real-time display, the current hand of medical personnel is killed the compliance is improved effectively, thereby be convenient for monitor medical personnel's current hand disinfection compliance.

The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims (10)

1. A hand hygiene safety monitoring method is characterized by comprising the following steps:

acquiring hand disinfection state parameters of the electronic badge;

performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection adverse difference quantity;

and sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand dissipation difference so as to adjust the safety monitoring display state of the electronic badge.

2. A hand hygiene safety monitoring method as in claim 1, wherein said obtaining hand disinfection status parameters of electronic badges comprises:

and acquiring badge elimination induction parameters and disinfection and sterilization induction parameters of the electronic badge.

3. The hand hygiene safety monitoring method of claim 2, wherein the acquiring of the badge and disinfection and sterilization sensing parameters of the electronic badge comprises:

and acquiring the badge induction distance and the killing liquid level of the electronic badge.

4. A hand hygiene safety monitoring method according to claim 3, wherein the subtracting the hand disinfection status parameter from a preset status parameter to obtain a hand disinfection residual quantity comprises:

and carrying out badge elimination potential difference operation on the badge induction distance and a preset distance to obtain badge elimination inter-gap difference.

5. The hand hygiene safety monitoring method of claim 4, wherein the badge sensing distance and the preset distance are subjected to a badge extinction difference operation to obtain a badge extinction difference, and then the method further comprises:

detecting whether the Huishi delta is less than or equal to 0;

and when the Anhui Xiao's difference is less than or equal to 0, performing elimination level difference operation on the elimination liquid level and a preset liquid level to obtain the hand elimination inverse difference.

6. A hand hygiene safety monitoring method according to claim 5, wherein the detecting whether the amount of the interdisciplinary difference is less than or equal to 0, then further comprises:

and when the badge inter-elimination difference is greater than 0, sending a position checking signal to the health safety monitoring system to determine the number of times of the electronic badges entering and exiting.

7. A hand hygiene monitoring method according to claim 1, wherein said sending a hand hygiene control signal to a hygiene monitoring system according to said hand counteraction amount comprises:

detecting whether the hand cancellation dispersion quantity is matched with a preset dispersion quantity or not;

and when the hand cancellation difference quantity is matched with the preset contrast quantity, sending a hand hygiene normal signal to the health safety monitoring system.

8. A hand hygiene safety monitoring method according to claim 7, wherein the detecting whether the hand cancellation dispersion amount matches a preset dispersion amount further comprises:

and when the hand-fading residual quantity is not matched with the preset contrast quantity, sending a hand hygiene abnormal signal to the health safety monitoring system.

9. A hand hygiene safety monitoring method according to claim 7, wherein the sending a hand hygiene normal signal to the hygiene safety monitoring system when the hand back difference amount matches the preset contrast amount comprises:

and when the hand contrast amount is greater than or equal to the preset contrast amount, sending a green light passing signal to the health safety monitoring system so as to enable a monitoring green light of the electronic badge to be turned on.

10. A hand hygiene safety monitoring device, comprising:

an electronic badge which is provided with a plurality of electronic badges,

the sterilizing machine is internally stored with a sterilizing liquid and is used for being in radio frequency induction connection with the electronic badge;

the detection end of the hand and towel monitoring mainboard is respectively connected with the output end of the electronic badge and the output end of the sterilizer, and the hand and towel monitoring mainboard is used for acquiring hand disinfection state parameters of the electronic badge; performing difference elimination treatment on the hand disinfection state parameter and a preset state parameter to obtain a hand disinfection adverse difference quantity; and sending a hand hygiene regulation and control signal to a hygiene safety monitoring system according to the hand dissipation difference so as to adjust the safety monitoring display state of the electronic badge.

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