WO2020177058A1 - Control method for output device of medical equipment, patient monitor system and patient monitor equipment - Google Patents

Control method for output device of medical equipment, patient monitor system and patient monitor equipment Download PDF

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Publication number
WO2020177058A1
WO2020177058A1 PCT/CN2019/076875 CN2019076875W WO2020177058A1 WO 2020177058 A1 WO2020177058 A1 WO 2020177058A1 CN 2019076875 W CN2019076875 W CN 2019076875W WO 2020177058 A1 WO2020177058 A1 WO 2020177058A1
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WIPO (PCT)
Prior art keywords
output device
user object
distance value
output
environment
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PCT/CN2019/076875
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French (fr)
Chinese (zh)
Inventor
赵亮
谈琳
陈巍
罗军
Original Assignee
深圳迈瑞生物医疗电子股份有限公司
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Application filed by 深圳迈瑞生物医疗电子股份有限公司 filed Critical 深圳迈瑞生物医疗电子股份有限公司
Priority to CN201980092352.5A priority Critical patent/CN113439254A/en
Priority to PCT/CN2019/076875 priority patent/WO2020177058A1/en
Publication of WO2020177058A1 publication Critical patent/WO2020177058A1/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons

Definitions

  • This application relates to the technical field of medical equipment, and in particular to a method for controlling an output device of a medical device, a medical device that executes the method, and a monitoring system and a monitoring device including the monitoring system.
  • the output devices of current medical equipment usually include a display and an audio playback device. Therefore, the output state of the output device includes the output state of the display and the output state of the audio playback device.
  • the output status usually includes display brightness parameters, display size parameters and other content; for audio playback devices, its output status usually includes volume parameters and other content.
  • the output state of the output device in medical equipment is usually fixed, and cannot be adjusted or automatically adjusted. It requires manual adjustment by the user object to change accordingly.
  • the output state of the output device cannot meet the needs of the user object. If the user object is far away from the display or audio playback device, it is easy to be unable to see the display content or hear the audio content; on the contrary, if the user object is close to the display or audio playback device, the displayed image is likely to be too loud or the volume Too strong, etc., cause discomfort to the user object.
  • This application proposes a medical equipment output device control method, monitoring system and medical equipment that can automatically adjust the output state.
  • the output state of the output device can be automatically adjusted according to the distance between the user object and the output device, which specifically includes the following technical solutions:
  • the medical equipment output device control method involved in this application includes the following steps:
  • the output state of the output device is adjusted according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
  • the adjusting the output state of the output device according to the distance value further includes:
  • the change amount of the output state is adjusted according to the change amount of the distance value.
  • the detecting the distance value between the user object and the output device includes:
  • the adjusting the output state of the output device according to the distance value includes:
  • the detecting the distance value between the user object and the output device includes:
  • the adjusting the output state of the output device according to the distance value includes:
  • the output state of the output device is adjusted according to the distance value in combination with the identity.
  • the output state also includes display detail parameters and alarm limit parameters.
  • the identifying the identity of the user object and detecting the distance value between the user object and the output device includes:
  • the adjusting the output state of the output device according to the distance value in combination with the identity includes:
  • the adjusting the output state of the output device according to the distance value includes:
  • the method further includes:
  • the medical device output device control method of the present application determines that there is a user object in the environment, and then adjusts the output state of the output device according to the distance value by detecting the distance value between the user object and the output device.
  • the output state includes at least one of a display brightness parameter, a display size parameter, and a volume parameter. Therefore, the control method of the present application can automatically adjust the display brightness of the display, the size of the displayed image, and the volume of the audio playback device according to the distance between the user object and the output device.
  • the medical device output device control method of the present application can automatically adjust the output state of the output device according to the distance of the user object, so that the user object
  • the information provided by the medical equipment can be received more accurately at any distance from the output device of the medical equipment, and it will not bear the discomfort caused by the excessive output of the output device (excessive brightness, excessive picture or excessive volume). Improved the intelligent interaction capabilities of medical equipment.
  • the present application also relates to a medical device, including a processor, an input device, an output device, and a storage device.
  • the processor, input device, output device, and storage device are connected to each other, wherein the storage device is used for A computer program is stored, the computer program includes program instructions, and the processor is configured to call the program instructions to execute the above-mentioned method for controlling the medical device output device.
  • this application also relates to a monitoring system, including:
  • the acquisition module is used to determine whether there is a user object in the environment.
  • the distance measurement module is used to detect the distance value between the user object and the output device of the monitoring system when the acquisition module determines that there is a user object in the environment.
  • the control module is configured to adjust the output state of the output device according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
  • the monitoring system further includes an identification module for identifying the identity of the user object.
  • the monitoring system further includes a comparison module, which is used to compare the priority of the identities of multiple user objects.
  • the acquiring module determines whether there is a user object in the environment by detecting characteristic information in the environment.
  • the acquisition module is a video acquisition module
  • the video acquisition module is used to acquire a video image in an environment, and determine whether there is a user object in the environment by detecting image feature information in the video image.
  • the image feature information includes facial feature information or identification feature patterns.
  • the distance measurement module detects the distance value by detecting the size of the image feature information.
  • the acquisition module is an infrared acquisition module, and the infrared acquisition module is used to send infrared light into the environment, and to determine whether there is a user object in the environment by detecting the recovered infrared light.
  • the distance measuring module detects the distance value by detecting the recovery time of the infrared light.
  • the acquisition module is a wireless signal acquisition module
  • the wireless signal acquisition module is used to acquire wireless signals in the environment to determine whether there is a user object in the environment.
  • the control module is used to adjust the change amount of the output state according to the change amount of the distance value if the distance value is a change value.
  • the distance measuring module detects the distance value between the user object and the output device, it is also used to separately detect the display distance value of the user object and the display in the output device, and the sound distance of the audio playback device in the output device. value;
  • the control module is configured to adjust the display brightness parameter and the display size parameter according to the display distance value when adjusting the output state of the output device according to the distance value, and adjust the volume parameter according to the sound distance value .
  • the identification module when detecting the distance value between the user object and the output device, is used to identify the identity of the user object, and the distance measuring module is used to detect the distance value between the user object and the output device;
  • the control module is configured to adjust the output state of the output device according to the distance value in combination with the identity when adjusting the output state of the output device according to the distance value.
  • control output status of the control module also includes display detailed parameters and alarm limit parameters.
  • the identification module is also used to identify the identities of the multiple user objects, and the distance measuring module is also used to detect the distance values of the multiple user objects from the output device;
  • the comparison module is also used to compare the priority between the plurality of identified identities or compare the size between the plurality of distance values;
  • the control module is configured to adjust the output state of the output device according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
  • control module when adjusting the output state of the output device according to the distance value, is configured to receive a parameter lock instruction
  • the control module is further configured to adjust the remaining output states of the output device except for the output state corresponding to the parameter locking instruction according to the distance value.
  • the acquisition module determines that the user object in the environment disappears, and the control module is used to maintain the current output state of the output device or restore to the initial output state.
  • a monitoring device related to this application includes the above-mentioned monitoring system.
  • the monitoring equipment can be a monitor or a central monitoring station.
  • the output status of the output device can be specifically adjusted by real-time detection of the distance value of the user object and the analysis and judgment of the identity of the user object, thereby ensuring the medical treatment.
  • the information output by the device can accurately reach the user object under different distances of the user object, thereby improving the user experience of the user object.
  • FIG. 1 is a flowchart of a control method of a medical device output device in an embodiment of the present application
  • Figure 2 is a schematic diagram of a medical device in an embodiment of the present application.
  • Fig. 3 is a schematic diagram of an output device of a medical device in an embodiment of the present application.
  • FIG. 4 is a flowchart of a method for controlling a medical device output device in another embodiment of the present application.
  • FIG. 5 is a flowchart of a control method of a medical equipment output device in another embodiment of the present application.
  • FIG. 6 is a flowchart of a control method of a medical device output device in another embodiment of the present application.
  • FIG. 7 is a flowchart of a control method of a medical equipment output device in another embodiment of the present application.
  • FIG. 8 is a flowchart of step S30 of the method for controlling the output device of a medical device in an embodiment of the present application
  • FIG. 9 is a flowchart of a method for controlling a medical device output device in another embodiment of the present application.
  • Fig. 10 is a schematic diagram of a monitoring system in an embodiment of the present application.
  • control method of the medical equipment output device includes the following steps:
  • the medical device 100 continuously monitors through sensors to determine whether a user object exists in the environment, or recognizes whether there is a user object in the environment by acquiring a start instruction of the user object.
  • sensors There are many types of sensors that can recognize user objects.
  • the more common technologies such as infrared sensing, distance sensing, thermal sensing, sound sensing, or image recognition can be used to detect whether there are user objects in the environment.
  • the user object can also actively activate the corresponding function of the medical device 100 by inputting a startup instruction that matches the medical device 100, so that the medical device 100 enters the working state while executing the medical device output device control method.
  • the medical device 100 uses a built-in distance sensor to measure the distance of the user object, and obtain the distance value of the user object relative to the output device 103. Since there are many implementations of distance sensors, the method of this application does not limit the specific way of detecting the distance value, and distance sensors commonly used in the prior art can be used in the control method of the medical device output device of this application.
  • the medical device 100 adjusts the output state of the output device 103 according to the detected distance value.
  • the output device 103 may include a display 1031 and an audio playback device 1032.
  • the display 1031 is used to display images, and can feed back parameters such as physical sign data obtained by the medical device 100 to the user object in the form of video images to the user object.
  • the audio playback device 1032 is used to play audio, and parameters such as physical sign data and alarm information obtained by the monitoring of the medical device 100 can also be fed back to the user object through audio. Therefore, the output state of the output device 103 may include at least one of a display brightness parameter, a display size parameter, and a volume parameter.
  • the medical equipment output device control method in this embodiment adjusts the output state of the output device 103 based on the distance between the user object and the output device 103. Specifically, the brightness and display size of the display 1031 can be adjusted, and the audio playback can be adjusted. The volume of the device 1032.
  • the medical device 100 can adjust the display brightness of the display 1031 and the size of the display screen based on the distance between the user object and the display 1031.
  • the medical device 100 can control the display 1031 to reduce the size of the display screen, or reduce the brightness of the display screen, so that the user object can be protected from background light when the medical device 100 is used at close range
  • the strong visual stimulus may make the screen provided to the user object by the display 1031 suitable for the user object to observe, and will not cause inconvenience to the user object due to the large display screen.
  • the medical device 100 can control the display 1031 to enlarge the size of the display screen, or increase the brightness of the display screen, so that the user object can see clearly when using the medical device 100 at a distance Display content on the display 1031.
  • the medical device 100 adjusts the volume of the audio playback device 1032 based on the distance between the user object and the audio playback device 1032. In this way, when the user object is close to the medical device 100, the audio playback device 1032 only needs to use a small volume to play audio information, so that the user object can receive the audio information. It will not cause hearing discomfort to the user object due to excessive volume. Conversely, when the user object is far away from the medical device 100, the medical device appropriately increases the volume so that the user object can clearly receive audio information and avoid omission.
  • the method for controlling a medical device output device can be applied to a scenario where the medical device 100 only includes the display 1031 or only includes the audio playback device 1032.
  • the medical device 100 can individually adjust the screen display size or screen display brightness of the display 1031 according to the detected distance value, and can also adjust the display size and display brightness of the display 1031 at the same time.
  • the medical device 100 includes a display 1031 and an audio playback device 1032 at the same time, the medical device 100 can simultaneously adjust the display brightness, display size, and volume according to the detected distance value.
  • the medical device 100 may also only adjust any one or a combination of any multiple of the output states, which all fall within the scope of protection required by the medical device output device control method of the present application.
  • the output device 103 can be used not only for the medical device 100 to provide feedback to the user object after monitoring parameters such as the physical sign data of the user object, but also for the medical device 100 to interact with the user object before monitoring the physical sign data.
  • the medical device output device control method can be used to ensure that the user object effectively receives the information sent by the output device 103, thereby ensuring the effective interaction between the medical device 100 and the user object and improving the medical equipment 100's intelligent deployment function.
  • the content output by the output device 103 may also include the content that the medical device 100 alarms the user object and raises a warning after monitoring and obtaining parameters such as the user object's physical sign data.
  • the medical device 100 monitors and obtains parameters such as the user object's physical sign data, it can compare the monitored user object's physical sign data and other parameters with the built-in early warning threshold to determine if the currently monitored user object's physical sign data and other parameters exceed When the early warning threshold is set, the medical device 100 can alert the user object through the output device 103.
  • the alert reminder can be sent to the user object in the form of video images, and can also be sent out to the user object in the form of alarm sounds.
  • the user object can also be fed back according to this method to ensure that the user object can effectively receive the feedback information and take corresponding countermeasures accordingly. Avoid the omission of important information.
  • the user object mentioned in this application can be a medical staff or an actual subject (such as a patient).
  • the information output by the output device 103 can be effectively received within a relatively large range from the medical device 100, thereby clearly Obtain the relevant physical parameters of the subject.
  • the subject uses the medical device 100 of the present application for himself, he can also collect physical sign parameters at any location that is conducive to testing, and accurately obtain his own current physical sign information.
  • the medical device output control method includes the following steps:
  • S20a Detect the distance value between the user object and the output device 103.
  • the method when adjusting the output state of the output device according to the distance value, the method further includes:
  • the distance between the user object and the output device 103 may change. That is, the user object may use the medical device 100 while on the move.
  • the medical staff can perform other medical operations simultaneously during the process of collecting the physical signs and parameters of the subject, or adjust the subject according to the guidance of the medical device 100 to the subject as described above. The position of the tester himself.
  • the medical device 100 adjusts the output state of the output device 103 in real time according to the amount of change.
  • the medical device 100 detecting the change value of the distance value of the user object from the output device 103, and adjusts the change amount of the output state of the output device 103 according to the change value of the distance value.
  • the medical device 100 can adjust the output state corresponding to the change in the distance value of the user object from the output device 103 in real time to match the change in the distance value of the user object, ensuring that the user object can effectively receive at any time during the use of the medical device 100 Information output to the medical device 100.
  • control method of the medical device output device includes the following steps:
  • S20b Detect the display distance value of the user object and the display 1031 in the output device 103 and the sound distance value of the audio playback device 1032 in the output device 103 respectively.
  • this embodiment when adjusting the output state of the output device according to the distance value, this embodiment further includes:
  • the distance between the display 1031 and the audio playback device 1032 in the medical device 100 is relatively close, the distance between the user object and the output device 103 can take into account the distance between the display 1031 and the audio playback device 1032 at the same time. This allows the two to adjust the output state based on the same detected distance value.
  • the distance between the display 1031 and the audio playback device 1032 in the medical equipment 100 are far apart, the distance between the display 1031 and the audio playback device 1032 needs to be considered to adjust the output states of the display 1031 and the audio playback device 1032 respectively.
  • the medical device 100 can adjust the display brightness parameter and the display size parameter of the display 1031 according to the display distance value, so that the output of the display 1031 is The state matches the display distance value of the user object and the display 1031.
  • the medical device based on the sound distance value between the user object and the audio playback device 1032 detected by the distance sensor, the medical device correspondingly adjusts the volume parameters of the audio playback device 1032 according to the sound distance value to make the output state of the audio playback device 1032 Matches the sound distance value between the user object and the audio playback device 1032.
  • the distance value is subdivided into the display distance value and the sound distance value.
  • Figure 6 provides another embodiment of a method for controlling an output device of a medical device, which specifically includes:
  • detecting the distance value between the user object and the output device further includes:
  • S20c Identify the identity of the user object and detect the distance value between the user object and the output device 103.
  • this embodiment when adjusting the output state of the output device 103 according to the distance value, this embodiment further includes:
  • S30c Adjust the output state of the output device 103 according to the distance value in combination with the identity.
  • the distance value for identifying the user object is the same as the solution in the foregoing embodiment, and it is also the distance value between identifying the user object and the output device 103. Further, when the distance between the display 1031 and the audio playback device 1032 is relatively far, the display distance value of the user object and the display 1031 in the output device 103 and the audio in the output device 103 can also be detected respectively. The sound distance value of the playback device 1032.
  • the medical device 100 also needs to recognize the identity of the user object at the same time. Furthermore, when adjusting the output state of the output device 103, the combination of the distance value and the identity of the user object is completed together.
  • the usage scenario corresponding to this embodiment can correspond to a situation where a single medical device 100 needs to perform physical sign data monitoring on multiple people separately. That is, in a scenario where different medical personnel use the same medical device 100 to collect physical sign data of the same subject, or different subjects use the medical device 100 sequentially. For a single medical device 100, because the identity of the user object monitored each time is different, the output state of the output device 103 can be adjusted in an adaptive manner.
  • the output state of the output device 103 can be individually adjusted according to the usage habits or usage needs of different user objects.
  • the user object A wants to receive an output state with a display size parameter of d1, a display brightness parameter of d2, and a volume parameter of d3 when the distance value is d.
  • the user object B sets the display size parameter to d1', the display brightness parameter to d2', and the volume parameter to d3'.
  • the medical device 100 can adjust the output state according to the user object identity after recognizing the user object identity.
  • the medical device 100 can adjust the corresponding display size parameter and the change amount of the display brightness parameter of the distance between the user object A and the display 1031 through the preset setting of the user object A.
  • the user object A needs to adjust the volume of the volume with the change of the distance value to relatively stimulate a larger amount of change, the user object A can also set the amount of change of the volume parameter through a preset.
  • this scenario can deal with situations where different medical staff take turns to take care of the testee, or the medical device 100 shared by a family or unit needs to be used by different testees.
  • the medical device 100 of the present application can identify the identity of the user object while detecting the distance value between the user object and the output device 103, and determine the output status of the output device 103 according to the usage habits or preset conditions of user objects with different identities. Individualized adjustments are made to ensure that the medical device 100 implements accurate information output for different user objects when the user object is used, and improves the intelligent ability of the medical device 100.
  • the output state further includes display detail parameters and alarm limit parameters.
  • the specific details displayed on the display 1031 can be adjusted correspondingly according to the identification of the user object, and the pre-warning thresholds in the medical device 100 can be adjusted.
  • the use scenario corresponding to this embodiment is a situation where multiple subjects use the same medical device 100. That is, the user object is multiple people, and multiple people use the medical device 100 involved in this application in turn. Since the physical sign data of the user object that can be monitored by the medical device 100 may include multiple types, the physical sign data monitored by different user objects may also be different due to different user objects during the process of using the medical device 100.
  • the medical device 100 can correspondingly adjust the details and entries of the physical sign data displayed by the output device 103 based on the identity of the user object after recognizing the identity of the user object.
  • the different monitored physical sign data details of different user objects are presented in different combinations, so that the user object can only obtain the physical sign data corresponding to its identity, and the user object does not need to pass all the unmonitored or unconcerned physical sign data through the display 1031 To present, make the output information more suitable for specific user needs. As a result, the information output efficiency of the display 1031 is improved, and the interaction efficiency between the medical device 100 and the user object is also improved.
  • the display detail parameters can also include different manifestations of the same physical sign data. That is, for the same physical sign data, the display details can also be different. For example, when the user is far away, the display 1031 only displays a large font, and its display content only includes parameter values. When the user is close, the display 1031 simultaneously displays the parameter value in small font and the waveform corresponding to the parameter value.
  • the alarm limits corresponding to their physical sign data may also be different.
  • the medical device 100 can also adjust the alarm limit parameters according to the identity of the user object, and make adaptive adjustments to the pre-prepared early warning threshold according to the identity of the user object. Therefore, the control method of the medical device output device can avoid the erroneous output defect of the output device 103 based on the identity recognition of the user object, and improve the accuracy of the output state based on the identity of the user object.
  • FIG. 7 provides another embodiment of a method for controlling an output device of a medical device. Specifically, it includes the following steps: S10d. It is determined that there are multiple user objects in the environment.
  • detecting the identity of the user object and detecting the distance value between the user object and the output device 103 further includes:
  • S21d Recognizing the identities of multiple user objects and respectively detecting the distance values of the multiple user objects from the output device.
  • this embodiment when adjusting the output state of the output device 103 according to the distance value in combination with the identity, this embodiment further includes:
  • S30d Adjust the output state of the output device 103 according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
  • this embodiment corresponds to a situation where there are multiple people in the monitoring environment of the medical device 100.
  • the medical device 100 needs to determine the only user object that the output device 103 needs to serve, and then adjust the output state of the output device 103 based on the unique user object.
  • the output device 103 also outputs according to the monitoring result of the medical device 100 on a user object Corresponding to the physical data related information of the user object. Therefore, when multiple people exist in the environment, multiple user objects need to be identified first, and the user objects that need to be monitored are extracted to adjust the output state of the output device 103 accordingly.
  • the medical device 100 when multiple medical personnel are present in the environment, it is necessary to determine which medical personnel is actually output by the current medical device 100, and adjust the output device 103 according to the detected distance value of the medical personnel.
  • the output status After the medical device 100 recognizes multiple user objects in the environment, it can filter out the user objects that need to be monitored according to the preset priorities of the multiple user objects, and use the medical device output device control method of this application to output
  • the output state of the device 103 is controlled, and the user objects that need to be monitored can also be identified directly according to the distance value of the distance output device 103.
  • the user object closest to the output device 103 can be regarded as the user object that is using the medical device 100 for monitoring. According to the identity information of the user object Adjusting the output state of the output device 103 can enable the control method of the medical device output device of the present application to be carried out in a targeted and orderly manner, avoiding the uncontrolled output state caused by the phenomenon of multiple user objects in the environment.
  • FIG. 8 is a sub-step of step S30 in the control method of the medical device output device in FIG. 1.
  • adjusting the output state of the output device 103 according to the distance value includes:
  • the medical equipment output device control method also provides the user object with the authority to lock the parameter adjustment function of one or several output states.
  • the user object can lock part of the output state of the output device 103 by inputting a parameter lock command based on its actual use needs. That is, the user object can specify that one or more of the display brightness parameter, display size parameter, volume parameter, display detail parameter, and alarm limit parameter corresponding to the output state are fixed values during the interaction with the medical device 100.
  • the adjustment of the output state according to this method does not involve the adjustment of the corresponding parameter defined as a fixed value.
  • the remaining parameters other than the output state corresponding to the unlocked instruction are designated as the output state parameters that need to be adjusted correspondingly with the distance value. Therefore, the user object can freely adjust the output state corresponding to the output device 103 of the medical device 100 to obtain a personalized setting function that is more suitable for the user object's usage habits.
  • FIG. 9 is another embodiment provided by a method for controlling an output device of a medical device according to the present application. After adjusting the output state of the output device according to the distance value, the method further includes the following steps:
  • the user object determined in the environment disappears. At this time, no user object may appear within the monitoring range of the medical device 100, but at this time, the user object still has a requirement to control the output device 103 of the medical device 100 to provide information output. If the user object is inconvenient to move into the monitoring environment, and the medical device 100 is required to monitor or provide previously monitored physical sign data, the user object can continue to obtain information through the output device 103 of the medical device 100. At this time, since the user object in the environment disappears, the distance value cannot be detected.
  • the medical device 100 can use the latest output state to output, that is, keep the current output state and continue to output information to the user object; or the medical device 100 can restore the output device 103 to the initial output state for output, thereby ensuring
  • the medical equipment 100 can also have the function of providing information output to the user object through the output device 103 when the user object is not detected in the environment.
  • FIG. 2 is a schematic diagram of a medical device 100 involved in this application.
  • the medical device 100 includes a processor 101, an input device 102, an output device 103 and a storage device 104.
  • the processor 101, the input device 102, the output device 103, and the storage device 104 are connected to each other, wherein the storage device 104 is used to store a computer program, the computer program includes program instructions, and the processor 101 is configured to The program instructions are called to execute the above-mentioned control method of the medical equipment output device.
  • the processor 101 calls the program instructions stored in the storage device 104 to perform the following operations:
  • the output state of the output device is adjusted according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
  • the medical device 100 can execute the above-mentioned method for controlling the output device of the medical device because the processor 101 calls the program of the storage device 104, so that when the user object uses the medical device 100, it can be based on the user object and the output device 103 The distance between them is used to adjust the output state of the output device 103 accordingly, so that the information output by the output device 103 can better reach the user object, and the interaction between the medical device 100 and the user object is more intelligent.
  • the storage device 104 may include a volatile memory device, such as a random-access memory (RAM); the storage device 104 may also include a non-volatile memory device (non-volatile memory), for example A flash memory (flash memory), a solid-state drive (SSD), etc.; the storage device 104 may also include a combination of the foregoing types of storage devices.
  • RAM random-access memory
  • non-volatile memory for example A flash memory (flash memory), a solid-state drive (SSD), etc.
  • SSD solid-state drive
  • the processor 101 may be a central processing unit (CPU).
  • the processor 101 may also be other general-purpose processors, digital signal processors (Digital Signal Processor, DSP), application specific integrated circuits (ASIC), ready-made programmable gate arrays (Field-Programmable Gate Array, FPGA) Or other programmable logic devices, discrete gates or transistor logic devices, discrete hardware components, etc.
  • the general-purpose processor may be a microprocessor or the processor may also be any conventional processor or the like.
  • the processor 101 calls the program instructions stored in the storage device 104, and when adjusting the output state of the output device according to the distance value, performs the following operations:
  • the change amount of the output state is adjusted according to the change amount of the distance value.
  • the processor 101 calls the program instructions stored in the storage device 104, and when detecting the distance value between the user object and the output device, performs the following operations:
  • the processor 101 calls the program instructions stored in the storage device 104, and when detecting the distance value between the user object and the output device, performs the following operations:
  • the output state of the output device is adjusted according to the distance value in combination with the identity.
  • the processor 101 calls the program instructions stored in the storage device 104, and when adjusting the output state of the output device according to the distance value, performs the following operations:
  • the output state also includes display detail parameters and alarm limit parameters.
  • the processor 101 calls the program instructions stored in the storage device 104 to identify the identity of the user object and detect the distance between the user object and the output device when it is determined that there are multiple user objects in the environment. Value, do the following:
  • the processor 101 calls the program instructions stored in the storage device 104, and when adjusting the output state of the output device according to the distance value, performs the following operations:
  • the processor 101 calls the program instructions stored in the storage device 104, and after adjusting the output state of the output device according to the distance value, performs the following operations:
  • the program can be stored in a computer readable storage medium. During execution, it may include the procedures of the above-mentioned method embodiments.
  • the storage medium may be a magnetic disk, an optical disc, a read-only memory (Read-Only Memory, ROM), or a random access memory (Random Access Memory, RAM), etc.
  • FIG. 10 is a schematic diagram of a monitoring system 200 provided by this application.
  • the monitoring system 200 includes:
  • the obtaining module 201 is used to determine that a user object exists in the environment
  • the distance measurement module 202 is used to detect the distance value between the user object and the output device 103 of the monitoring system 200;
  • the control module 203 is configured to adjust the output state of the output device 103 according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
  • the monitoring system 200 of this application is also used to execute the control method of the medical device output device of this application. Specifically, after the acquisition module 201 recognizes that the user object exists in the environment, the distance measurement module 202 starts the distance measurement function to obtain the distance value of the user object relative to the output device 103 of the monitoring system 200. The control module 203 controls the output state of the output device 103 based on the distance value.
  • the output state includes at least one of a display brightness parameter, a display size parameter, and a volume parameter.
  • the monitoring system 200 of the present application can adjust the output state of the output device 103 according to the distance of the user object, so that the information output by the output device 103 can reach the user object better, and the interaction between the monitoring system 200 and the user object is more intelligent.
  • the monitoring system 200 further includes an identification module 204 for identifying the identity of the user object.
  • the monitoring system 200 recognizes the identity of the user object, and then adjusts the output state of the output device 103 by combining the distance value with the identity of the user object. According to the identity of the user object monitored each time, the output state of the output device 103 can be adjusted in an adaptive manner. According to the usage habits or preset conditions of user objects with different identities, the output state of the output device 103 is individually adjusted to ensure that the monitoring system 200 implements accurate information output for the user objects when used by different user objects, thereby improving the monitoring system 200 Intelligent ability.
  • the monitoring system 200 further includes a comparison module 205 configured to compare the priorities of the identities of the multiple user objects when there are multiple user objects in the environment. Specifically, because the monitoring system 200 generally can only monitor physical sign data of one user object at a time, its output device 103 also outputs the physical sign data related information corresponding to the user object according to the monitoring result of the monitoring system 200 on one user object. Therefore, when multiple people exist in the environment, multiple user objects need to be identified first, and the user objects that need to be monitored are extracted to adjust the output state of the output device 103 accordingly.
  • the monitoring system 200 After the monitoring system 200 recognizes multiple user objects in the environment, it can compare the respective priorities of the multiple user objects through the comparison module 205 to screen out the user objects that need to be monitored and use the medical device output device control method of this application to The output state of the output device 103 is controlled.
  • the comparison module 205 can also directly identify the user object that needs to be monitored based on the distance value of the distance output device 103.
  • the user object closest to the output device 103 can be regarded as the user object being monitored by the monitoring system 200, and the output state of the output device 103 is adjusted according to the identity information of the user object, so that the medical device output device of the present application can control
  • the method is carried out in a targeted and orderly manner to avoid uncontrolled output status due to the phenomenon of multi-user objects in the environment.
  • the acquisition module 201 determines the existence of user objects in the environment by detecting characteristic information in the environment. There are many ways to detect whether there is a user object in the corresponding environment. Therefore, the acquisition module 201 can detect whether there is a user in the environment through the current common infrared sensing, distance sensing, thermal sensing, sound sensing, or image recognition technology. Object. Alternatively, the user object can also actively activate the corresponding function of the monitoring system 200 by inputting a start instruction matching the monitoring system 200, so that the monitoring system 200 enters the working state while executing the medical device output device control method.
  • the acquisition module 201 detects the existence of the user object by detecting feature information matching the user object, such as contour information, temperature information, sound information, or image information. Based on different detection methods, the acquisition module 201 can correspondingly detect the presence or absence of the user object in the environment according to the matching between the preset feature information and the user object.
  • the acquisition module is a video acquisition module.
  • the video acquisition module is used to acquire a video image in the environment, and determine that there is a user object in the environment by detecting the presence of image feature information in the video image.
  • the image feature information may be the image information of the user object itself acquired by the video acquisition module, or it may be the image information of the user object with a specific pattern or identification item held or worn by the user object.
  • the user object may wear a badge with a specific pattern or logo as the identification feature information, or wear clothing with a specific pattern or logo as the identification feature information, and the specific pattern or logo is also preset in the monitoring system 200 in.
  • the video acquisition module When the video acquisition module detects that an image matching the preset pattern or logo appears in the environment, it determines that the identification feature information has been detected in the environment, that is, the user object is determined in the environment, and then the distance measurement module 202 and the control module 203 To execute the subsequent control method of medical equipment output device.
  • the image feature information may also include facial feature information.
  • the user object does not need to prepare a specific pattern or logo, as long as it enters the environment of the monitoring system 200 and makes the face in a recognizable state, the video acquisition module can determine the facial features of the user object. To the information that the user object exists in the environment.
  • the distance measurement module 202 detects the distance value by detecting the size of the image feature information. Specifically, the ranging module 202 analyzes the video images acquired by the video acquisition module, and extracts image feature information that matches the preset. Further, the distance measurement module 202 also calls the distance reference value corresponding to the initial size of the image feature information preset in the monitoring system 200 to compare and determine the size ratio relationship between the extracted image feature information and the preset image feature information. Combining the size proportional relationship with the distance reference value can easily determine the proportional relationship of the user object in the environment relative to the distance reference value, thereby determining the distance value to the user object in the environment.
  • the acquisition module 201 is an infrared acquisition module.
  • the infrared acquisition module is used for sending infrared light into the environment, and detecting the recovered infrared light to determine that there is a user object in the environment. Using infrared light to monitor user objects in the environment can ensure the effective operation of the monitoring system 200 even in a relatively dark environment.
  • the distance measurement module 202 also uses infrared technology, so that the distance value can be detected by detecting the recovery time of the infrared light even in a relatively dark environment.
  • the acquisition module 201 may also be a wireless signal acquisition module, and the wireless signal acquisition module is configured to acquire wireless signals in the environment to determine that there is a user object in the environment.
  • the user object needs to carry a device with a wireless signal transmission function to interact with the monitoring system 200.
  • the distance between the user object and the medical equipment is determined by the round trip time between the wireless signal acquisition module and the device with the wireless signal transceiving function carried by the user object by the communication data.
  • the wireless signal acquisition module also performs a ranging function.
  • the control module 203 when the distance measurement module 202 adjusts the output state of the output device 103 according to the distance value, if the distance value is a change value, the control module 203 is configured to adjust the output state according to the distance value change. The amount of change in the output state.
  • the distance measurement module 202 when the distance measurement module 202 detects the distance value between the user object and the output device 103, it is also used to detect the display distance value of the user object and the display 1031 in the output device 103, and the output device 103 The sound distance value of the audio playback device 1032 in
  • the control module 203 is configured to adjust the display brightness parameter and the display size parameter of the display 1031 according to the display distance value when adjusting the output state of the output device 103 according to the distance value, and according to the sound
  • the distance value adjusts the volume parameter of the audio playback device 1032.
  • the identification module 204 is also used to identify the identity of the user object
  • the control module 203 is configured to adjust the output state of the output device 103 according to the distance value in combination with the identity when adjusting the output state of the output device 103 according to the distance value.
  • control output state of the control module 203 further includes display detail parameters and alarm limit parameters.
  • the acquisition module 201 determines multiple user objects in the environment
  • the identification module 204 is used to identify the identities of the multiple user objects respectively
  • the ranging module 202 is used to detect the distances of the multiple user objects respectively.
  • the comparison module 205 is further configured to compare the priorities between the multiple identified identities or compare the magnitudes between the multiple distance values;
  • control module 203 When adjusting the output state of the output device 103 according to the distance value combined with the identity, the control module 203 is configured to combine the distance value with the identity with the highest priority or the identity with the smallest distance value.
  • the identity adjusts the output state of the output device 103.
  • control module 203 when adjusting the output state of the output device 103 according to the distance value, is configured to receive a parameter lock instruction;
  • the control module 203 is further configured to adjust the remaining output states of the output device 103 except for the output state corresponding to the parameter locking instruction according to the distance value.
  • control module 203 after adjusting the output state of the output device 103 according to the distance value, if the user object disappears from the environment, the control module 203 is used to maintain the current output state of the output device 103 or change the output state of the output device 103 Restore to the initial state.
  • the monitoring system 200 of this application does not specify the specific implementation subject of each component module. Except that the acquisition module 201 and the ranging module 202 need to be set in the environment, other modules such as the control module 203 can also be set on a remote server. That is, the monitoring system 200 of the present application is composed of two separate main bodies: a front-end device and a back-end server.
  • the front-end device completes the functions of acquiring physical sign data, monitoring distance values, and outputting to users.
  • the control of the output mode, identification, threshold adjustment, etc. can be completed by the background server.
  • the back-end server and the front-end device communicate through a wired or wireless network, so as to achieve the implementation effect of the monitoring system 200.
  • a monitoring device related to this application includes the monitoring system 200 described above.
  • the monitoring equipment can be a monitor or a central monitoring station. Because the monitoring device implements the medical device output device control method of the application through the monitoring system 200 of the application, it has the ability to adjust the output state of the output device 103 according to the distance of the user object, so that the information output by the output device 103 can better reach the user object. effect.

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Abstract

The preset application relates to a control method for an output device of medical equipment: once a user object is determined in an environment, a distance value between the user object and an output device will be detected, and the output state of the output device is correspondingly adjusted by means of the detected distance value. The output state at least comprises at least one among display brightness parameters, display dimension parameters and volume parameters. Thus, by employing the control method for the output device of the medical equipment of the present application, parameters of the output device such as brightness, display dimensions and volume may be adjusted according to the distance between the user object and the output device, so that the user object may more accurately receive information outputted by the medical equipment, thus increasing the intelligent interactive capabilities of the medical equipment. The present application also relates to medical equipment (such as a patient monitor) which implements the present control method, a patient monitor system, etc.

Description

医疗设备输出装置控制方法、监护***和监护设备Medical equipment output device control method, monitoring system and monitoring equipment 技术领域Technical field
本申请涉及医疗设备技术领域，尤其涉及一种用于医疗设备输出装置控制方法，执行此方法的医疗设备，以及一种监护***和包括此监护***的监护设备。This application relates to the technical field of medical equipment, and in particular to a method for controlling an output device of a medical device, a medical device that executes the method, and a monitoring system and a monitoring device including the monitoring system.
背景技术Background technique
当前医疗设备的输出装置通常包括有显示器和音频播放装置。由此输出装置的输出状态包括有显示器的输出状态以及音频播放装置的输出状态。对于显示器，其输出状态通常包括有显示亮度参数、显示尺寸参数等内容；对于音频播放装置，其输出状态通常包括音量参数等内容。The output devices of current medical equipment usually include a display and an audio playback device. Therefore, the output state of the output device includes the output state of the display and the output state of the audio playback device. For a display, its output status usually includes display brightness parameters, display size parameters and other content; for audio playback devices, its output status usually includes volume parameters and other content.
目前，医疗设备中输出装置的输出状态通常是固定的，无法调整或无法自动调整，需要用户对象手动调整才会相应变化。而随着用户对象距离医疗设备的远近不同，输出装置的输出状态存在无法适应用户对象需求的情况。若用户对象距离显示器或音频播放装置较远时，容易看不清显示内容，或听不清音频内容；反之，若用户对象距离显示器或音频播放装置较近，容易出现显示图像过大，或音量过强等情况，造成用户对象的不适。At present, the output state of the output device in medical equipment is usually fixed, and cannot be adjusted or automatically adjusted. It requires manual adjustment by the user object to change accordingly. However, as the distance between the user object and the medical device is different, the output state of the output device cannot meet the needs of the user object. If the user object is far away from the display or audio playback device, it is easy to be unable to see the display content or hear the audio content; on the contrary, if the user object is close to the display or audio playback device, the displayed image is likely to be too loud or the volume Too strong, etc., cause discomfort to the user object.
发明内容Summary of the invention
本申请提出一种可自动调整输出状态的医疗设备输出装置控制方法、监护***和医疗设备，可以根据用户对象与输出装置的距离来自动调整输出装置的输出状态，具体包括如下技术方案：This application proposes a medical equipment output device control method, monitoring system and medical equipment that can automatically adjust the output state. The output state of the output device can be automatically adjusted according to the distance between the user object and the output device, which specifically includes the following technical solutions:
第一方面，本申请涉及的医疗设备输出装置控制方法，包括以下步骤：In the first aspect, the medical equipment output device control method involved in this application includes the following steps:
确定到环境中存在用户对象；It is determined that there are user objects in the environment;
检测用户对象与输出装置的距离值；Detect the distance value between the user object and the output device;
根据所述距离值调整所述输出装置的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。The output state of the output device is adjusted according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
其中，所述根据所述距离值调整所述输出装置的输出状态，还包括：Wherein, the adjusting the output state of the output device according to the distance value further includes:
若所述距离值为变化值，则根据所述距离值的变化量调整所述输出状态的变化量。If the distance value is a change value, the change amount of the output state is adjusted according to the change amount of the distance value.
其中，所述检测用户对象与输出装置的距离值，包括：Wherein, the detecting the distance value between the user object and the output device includes:
分别检测用户对象与所述输出装置中的显示器的显示距离值，以及所述输出装置中的音频播放装置的声音距离值；Respectively detecting the display distance value of the user object and the display in the output device, and the sound distance value of the audio playback device in the output device;
所述根据所述距离值调整所述输出装置的输出状态，包括：The adjusting the output state of the output device according to the distance value includes:
根据所述显示距离值调整所述显示亮度参数和所述显示尺寸参数，根据所述声音距离值调整所述音量参数。Adjust the display brightness parameter and the display size parameter according to the display distance value, and adjust the volume parameter according to the sound distance value.
其中，所述检测用户对象与输出装置的距离值，包括：Wherein, the detecting the distance value between the user object and the output device includes:
识别用户对象的身份和检测用户对象与输出装置之间的距离值；Identify the identity of the user object and detect the distance between the user object and the output device;
所述根据所述距离值调整所述输出装置的输出状态，包括：The adjusting the output state of the output device according to the distance value includes:
根据所述距离值结合所述身份调整所述输出装置的输出状态。The output state of the output device is adjusted according to the distance value in combination with the identity.
其中，所述输出状态还包括显示明细参数和报警界限参数。Wherein, the output state also includes display detail parameters and alarm limit parameters.
其中，当确定到环境中存在多个用户对象时，所述识别用户对象的身份和检测用户对象与输出装置之间的距离值，包括：Wherein, when it is determined that there are multiple user objects in the environment, the identifying the identity of the user object and detecting the distance value between the user object and the output device includes:
分别识别多个用户对象的身份并分别检测多个用户对象距离所述输出装置的距离值；Respectively identifying the identities of multiple user objects and respectively detecting the distance values of the multiple user objects from the output device;
比较识别到的多个所述身份之间的优先级或比较多个所述距离值之间的大小；Comparing the priority between the plurality of identified identities or comparing the magnitude between the plurality of distance values;
所述根据所述距离值结合所述身份调整所述输出装置的输出状态，包括：The adjusting the output state of the output device according to the distance value in combination with the identity includes:
根据所述距离值结合所述优先级最高的所述身份或所述距离值最小的所述身份调整所述输出装置的输出状态。Adjust the output state of the output device according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
其中，所述根据所述距离值调整所述输出装置的输出状态，包括：Wherein, the adjusting the output state of the output device according to the distance value includes:
接收参数锁定指令；Receive parameter lock command;
根据所述距离值调整除所述参数锁定指令对应的输出状态以外的所述输出装置其余的输出状态。Adjusting the remaining output states of the output device other than the output state corresponding to the parameter locking instruction according to the distance value.
其中，所述根据所述距离值调整所述输出装置的输出状态之后，还包括：Wherein, after adjusting the output state of the output device according to the distance value, the method further includes:
确定到环境中的用户对象消失；It is determined that the user object in the environment disappears;
保持所述输出装置的当前输出状态或恢复为初始输出状态。Maintain the current output state of the output device or restore to the initial output state.
本申请医疗设备输出装置控制方法，在确定到环境中存在用户对象之后，通过检测用户对象与输出装置的距离值，来根据距离值调整输出装置的输出状态。其中输出状态至少包括显示亮度参数、显示尺寸参数以及音量参数中的至少一项。由此，本申请控制方法可以根据用户对象与输出装置的距离来自动调整显示器的显示亮度、显示图像尺寸大小、以及音频播放装置的音量大小。使得用户对象在距离输出装置较近时能够实时调整显示亮度降低、显示图像尺寸缩小、以及音量减小等相关参数，或用户对象在距离输出装置较远时能实时调整显示亮度升高、显示图像尺寸放大、音量调大等相关参数。相较于现有技术中固定的输出状态、或者需要手动调整输出状态的方式而言，本申请医疗设备输出装置控制方法可以根据用户对象的距离远近来自动调整输出装置的输出状态，使得用户对象在相对医疗设备输出装置任意距离的情况下都能较为准确的接收到医疗设备提供的信息，且不会承受输出装置过度输出(亮度过高、画面过大或音量过大)而造成的不适，提升了医疗设备的智能交互能力。The medical device output device control method of the present application determines that there is a user object in the environment, and then adjusts the output state of the output device according to the distance value by detecting the distance value between the user object and the output device. The output state includes at least one of a display brightness parameter, a display size parameter, and a volume parameter. Therefore, the control method of the present application can automatically adjust the display brightness of the display, the size of the displayed image, and the volume of the audio playback device according to the distance between the user object and the output device. Allows the user object to adjust the display brightness reduction, display image size reduction, and volume reduction in real time when the user object is closer to the output device, or the user object can adjust the display brightness increase and display image in real time when the user object is far away from the output device Relevant parameters such as size enlargement and volume increase. Compared with the fixed output state in the prior art or the method that requires manual adjustment of the output state, the medical device output device control method of the present application can automatically adjust the output state of the output device according to the distance of the user object, so that the user object The information provided by the medical equipment can be received more accurately at any distance from the output device of the medical equipment, and it will not bear the discomfort caused by the excessive output of the output device (excessive brightness, excessive picture or excessive volume). Improved the intelligent interaction capabilities of medical equipment.
第二方面，本申请还涉及一种医疗设备，包括处理器、输入装置、输出装置和存储装置，所述处理器、输入装置、输出装置和存储装置相互连接，其中，所述存储装置用于存储计算机程序，所述计算机程序包括程序指令，所述处理器被配置用于调用所述程序指令，执行上述的医疗设备输出装置控制方法。In the second aspect, the present application also relates to a medical device, including a processor, an input device, an output device, and a storage device. The processor, input device, output device, and storage device are connected to each other, wherein the storage device is used for A computer program is stored, the computer program includes program instructions, and the processor is configured to call the program instructions to execute the above-mentioned method for controlling the medical device output device.
第三方面，本申请还涉及一种监护***，包括：In the third aspect, this application also relates to a monitoring system, including:
获取模块，用于确定环境中是否存在用户对象。The acquisition module is used to determine whether there is a user object in the environment.
测距模块，用于在获取模块确定到环境中存在用户对象时，检测用户对象与监护***的输出装置的距离值。The distance measurement module is used to detect the distance value between the user object and the output device of the monitoring system when the acquisition module determines that there is a user object in the environment.
控制模块，用于根据所述距离值调整所述输出装置的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。The control module is configured to adjust the output state of the output device according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
其中，所述监护***还包括识别模块，所述识别模块用于识别用户对象的身份。Wherein, the monitoring system further includes an identification module for identifying the identity of the user object.
其中，所述监护***还包括比较模块，所述比较模块用于比较多个用户对象的所述身份的优先级。Wherein, the monitoring system further includes a comparison module, which is used to compare the priority of the identities of multiple user objects.
其中，所述获取模块通过检测环境中的特征信息以确定环境中是否存在用户对象。Wherein, the acquiring module determines whether there is a user object in the environment by detecting characteristic information in the environment.
其中，所述获取模块为视频获取模块，所述视频获取模块用于获取环境中的视频图像，并通过检测所述视频图像中的图像特征信息来确定环境中是否存在用户对象。Wherein, the acquisition module is a video acquisition module, and the video acquisition module is used to acquire a video image in an environment, and determine whether there is a user object in the environment by detecting image feature information in the video image.
其中，所述图像特征信息包括人脸特征信息或标识特征图案。Wherein, the image feature information includes facial feature information or identification feature patterns.
其中，所述测距模块通过检测所述图像特征信息的大小以检测所述距离值。Wherein, the distance measurement module detects the distance value by detecting the size of the image feature information.
其中，所述获取模块为红外获取模块，所述红外获取模块用于向取环境中发送红外光，并通过检测回收的所述红外光以确定环境中是否存在用户对象。Wherein, the acquisition module is an infrared acquisition module, and the infrared acquisition module is used to send infrared light into the environment, and to determine whether there is a user object in the environment by detecting the recovered infrared light.
其中，所述测距模块通过检测所述红外光的回收时长以检测所述距离值。Wherein, the distance measuring module detects the distance value by detecting the recovery time of the infrared light.
其中，所述获取模块为无线信号获取模块，所述无线信号获取模块用于获取环境中的无线信号来确定环境中是否存在用户对象。Wherein, the acquisition module is a wireless signal acquisition module, and the wireless signal acquisition module is used to acquire wireless signals in the environment to determine whether there is a user object in the environment.
其中，测距模块在根据所述距离值调整所述输出装置的输出状态时，若所述距离值为变化值，控制模块用于根据所述距离值的变化量调整所述输出状态的变化量。Wherein, when the distance measuring module adjusts the output state of the output device according to the distance value, if the distance value is a change value, the control module is used to adjust the change amount of the output state according to the change amount of the distance value .
其中，测距模块在检测用户对象与输出装置的距离值时，还用于分别检测用户对象与所述输出装置中的显示器的显示距离值，以及所述输出装置中的音频播放装置的声音距离值；Wherein, when the distance measuring module detects the distance value between the user object and the output device, it is also used to separately detect the display distance value of the user object and the display in the output device, and the sound distance of the audio playback device in the output device. value;
控制模块用于根据所述距离值调整所述输出装置的输出状态时，根据所述显示距离值调整所述显示亮度参数和所述显示尺寸参数，以及根据所述声音距离值调整所述音量参数。The control module is configured to adjust the display brightness parameter and the display size parameter according to the display distance value when adjusting the output state of the output device according to the distance value, and adjust the volume parameter according to the sound distance value .
其中，若环境中存在用户对象，则检测用户对象与输出装置的距离值时，识别模块用于识别用户对象的身份，测距模块用于检测用户对象与输出装置的距离值；Wherein, if there is a user object in the environment, when detecting the distance value between the user object and the output device, the identification module is used to identify the identity of the user object, and the distance measuring module is used to detect the distance value between the user object and the output device;
控制模块用于根据所述距离值调整所述输出装置的输出状态时，根据所述距离值结合所述身份调整所述输出装置的输出状态。The control module is configured to adjust the output state of the output device according to the distance value in combination with the identity when adjusting the output state of the output device according to the distance value.
其中，控制模块的控制输出状态还包括显示明细参数和报警界限参数。Among them, the control output status of the control module also includes display detailed parameters and alarm limit parameters.
其中，确定到环境中存在多个用户对象时，识别模块还用于分别识别多个用户对象的身份，测距模块还用于分别检测多个用户对象距离所述输出装置的距离值；Wherein, when it is determined that there are multiple user objects in the environment, the identification module is also used to identify the identities of the multiple user objects, and the distance measuring module is also used to detect the distance values of the multiple user objects from the output device;
比较模块还用于比较识别到的多个所述身份之间的优先级或比较多个所 述距离值之间的大小；The comparison module is also used to compare the priority between the plurality of identified identities or compare the size between the plurality of distance values;
控制模块用于根据所述距离值结合所述优先级最高的所述身份或所述距离值最小的所述身份调整所述输出装置的输出状态。The control module is configured to adjust the output state of the output device according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
其中，在根据所述距离值调整所述输出装置的输出状态时，控制模块用于接收参数锁定指令；Wherein, when adjusting the output state of the output device according to the distance value, the control module is configured to receive a parameter lock instruction;
控制模块还用于根据所述距离值调整除所述参数锁定指令对应的输出状态以外的所述输出装置其余的输出状态。The control module is further configured to adjust the remaining output states of the output device except for the output state corresponding to the parameter locking instruction according to the distance value.
其中，在根据所述距离值调整所述输出装置的输出状态之后，获取模块确定到环境中的用户对象消失，则控制模块用于保持所述输出装置的当前输出状态或恢复为初始输出状态。Wherein, after adjusting the output state of the output device according to the distance value, the acquisition module determines that the user object in the environment disappears, and the control module is used to maintain the current output state of the output device or restore to the initial output state.
第四方面，本申请涉及的一种监护设备，包括上述监护***。该监护设备可以为监护仪或中央监护站。In a fourth aspect, a monitoring device related to this application includes the above-mentioned monitoring system. The monitoring equipment can be a monitor or a central monitoring station.
可见，在上述各个方面，在医疗设备输出装置输出信息的过程中，都可以通过实时对用户对象距离值的检测和对用户对象身份的分析判断，来具体调整输出装置的输出状态，进而保证医疗设备输出的信息能在用户对象距离远近的不同情况下均准确到达用户对象，提升用户对象的使用体验。It can be seen that in the above aspects, in the process of outputting information from the output device of medical equipment, the output status of the output device can be specifically adjusted by real-time detection of the distance value of the user object and the analysis and judgment of the identity of the user object, thereby ensuring the medical treatment. The information output by the device can accurately reach the user object under different distances of the user object, thereby improving the user experience of the user object.
附图说明Description of the drawings
图1是本申请一实施例中医疗设备输出装置控制方法的流程图；FIG. 1 is a flowchart of a control method of a medical device output device in an embodiment of the present application;
图2是本申请一实施例中医疗设备的示意图；Figure 2 is a schematic diagram of a medical device in an embodiment of the present application;
图3是本申请一实施例中医疗设备的输出装置的示意图；Fig. 3 is a schematic diagram of an output device of a medical device in an embodiment of the present application;
图4是本申请另一实施例中医疗设备输出装置控制方法的流程图；4 is a flowchart of a method for controlling a medical device output device in another embodiment of the present application;
图5是本申请另一实施例中医疗设备输出装置控制方法的流程图；FIG. 5 is a flowchart of a control method of a medical equipment output device in another embodiment of the present application;
图6是本申请另一实施例中医疗设备输出装置控制方法的流程图；FIG. 6 is a flowchart of a control method of a medical device output device in another embodiment of the present application;
图7是本申请另一实施例中医疗设备输出装置控制方法的流程图；FIG. 7 is a flowchart of a control method of a medical equipment output device in another embodiment of the present application;
图8是本申请一实施例中医疗设备输出装置控制方法步骤S30子步骤的流程图；FIG. 8 is a flowchart of step S30 of the method for controlling the output device of a medical device in an embodiment of the present application;
图9是本申请另一实施例中医疗设备输出装置控制方法的流程图；FIG. 9 is a flowchart of a method for controlling a medical device output device in another embodiment of the present application;
图10是本申请一实施例中监护***的示意图。Fig. 10 is a schematic diagram of a monitoring system in an embodiment of the present application.
具体实施方式detailed description
下面将结合本申请实施例中的附图，对本申请实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本申请的一部分实施例，而不是全部的实施例。基于本申请中的实施例，本领域普通技术人员在没有做出创造性劳动的前提下所获得的所有其它实施例，都属于本申请保护的范围。The technical solutions in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in this application, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of this application.
请参阅图1所示的医疗设备输出装置控制方法流程图，以及图2所示的医疗设备输出装置控制方法所对应的医疗设备100。在一实施例中，医疗设备输出装置控制方法包括以下步骤：Please refer to the flowchart of the control method of the medical equipment output device shown in FIG. 1 and the medical equipment 100 corresponding to the control method of the medical equipment output device shown in FIG. 2. In an embodiment, the control method of the medical equipment output device includes the following steps:
S10、确定到环境中存在用户对象。S10. It is determined that a user object exists in the environment.
具体的，医疗设备100通过传感器持续监测以确定到环境中存在用户对象，或者通过获取用户对象的启动指令来识别到环境中是否存在用户对象。可以识别到用户对象的传感器种类较多，当前较为常见的红外线传感、距离传感、热传感、声音传感或者图像识别等技术都可以用于检测环境中是否存在用户对象。或者，用户对象也可以通过输入与医疗设备100匹配的启动指令，来主动开启医疗设备100的对应功能，从而使得医疗设备100进入工作状态的同时，执行医疗设备输出装置控制方法。Specifically, the medical device 100 continuously monitors through sensors to determine whether a user object exists in the environment, or recognizes whether there is a user object in the environment by acquiring a start instruction of the user object. There are many types of sensors that can recognize user objects. Currently, the more common technologies such as infrared sensing, distance sensing, thermal sensing, sound sensing, or image recognition can be used to detect whether there are user objects in the environment. Alternatively, the user object can also actively activate the corresponding function of the medical device 100 by inputting a startup instruction that matches the medical device 100, so that the medical device 100 enters the working state while executing the medical device output device control method.
S20、检测用户对象与输出装置103的距离值。S20: Detect the distance value between the user object and the output device 103.
具体的，当医疗设备100识别到环境中存在用户对象之后，通过内置的距离传感器对用户对象进行测距，并获得用户对象相对于输出装置103的距离值。因为距离传感器的实施方式较多，本申请方法不对距离值检测的具体方式做限定，现有技术中常用的距离传感器均可用于本申请医疗设备输出装置控制方法中来。Specifically, after the medical device 100 recognizes that there is a user object in the environment, it uses a built-in distance sensor to measure the distance of the user object, and obtain the distance value of the user object relative to the output device 103. Since there are many implementations of distance sensors, the method of this application does not limit the specific way of detecting the distance value, and distance sensors commonly used in the prior art can be used in the control method of the medical device output device of this application.
S30、根据所述距离值调整所述输出装置103的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。S30. Adjust the output state of the output device 103 according to the distance value, where the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
具体的，医疗设备100根据检测到的距离值，来调整输出装置103的输出状态。请参见图3，输出装置103可以包括显示器1031和音频播放装置1032。显示器1031用于显示图像，可以将医疗设备100对用户对象监测得到的体征数据等参数采用视频图像的方式反馈给用户对象。音频播放装置1032用于播 放音频，医疗设备100监测得到的体征数据等参数以及报警信息等同样可以通过音频的方式反馈给用户对象。因此，输出装置103的输出状态可以包括显示亮度参数、显示尺寸参数以及音量参数中的至少一项。即本实施例中医疗设备输出装置控制方法是基于用户对象与输出装置103之间的距离值来调整输出装置103的输出状态的，具体可以调整显示器1031的亮度和显示尺寸，以及可以调整音频播放装置1032的音量大小。Specifically, the medical device 100 adjusts the output state of the output device 103 according to the detected distance value. Referring to FIG. 3, the output device 103 may include a display 1031 and an audio playback device 1032. The display 1031 is used to display images, and can feed back parameters such as physical sign data obtained by the medical device 100 to the user object in the form of video images to the user object. The audio playback device 1032 is used to play audio, and parameters such as physical sign data and alarm information obtained by the monitoring of the medical device 100 can also be fed back to the user object through audio. Therefore, the output state of the output device 103 may include at least one of a display brightness parameter, a display size parameter, and a volume parameter. That is, the medical equipment output device control method in this embodiment adjusts the output state of the output device 103 based on the distance between the user object and the output device 103. Specifically, the brightness and display size of the display 1031 can be adjusted, and the audio playback can be adjusted. The volume of the device 1032.
可以理解的，当医疗设备100的输出装置103包括显示器1031时，基于用户对象与显示器1031的距离远近，医疗设备100可以调整显示器1031的显示亮度以及显示画面的尺寸大小。当用户对象距离输出装置103较近时，医疗设备100可以控制显示器1031缩小显示画面的尺寸，或者调低显示画面的亮度，以使得用户对象在近距离使用本医疗设备100时能免受背景光较强而造成的视觉刺激，或使得显示器1031提供给用户对象的画面适于用户对象观测，不会因为显示画面过大而造成用户对象观测不便等情况。反之，当用户对象距离输出装置103较远时，医疗设备100可以控制显示器1031放大显示画面的尺寸，或调高显示画面的亮度，以使得用户对象在远距离使用本医疗设备100时能看清显示器1031上的显示内容。It is understandable that when the output device 103 of the medical device 100 includes the display 1031, the medical device 100 can adjust the display brightness of the display 1031 and the size of the display screen based on the distance between the user object and the display 1031. When the user object is close to the output device 103, the medical device 100 can control the display 1031 to reduce the size of the display screen, or reduce the brightness of the display screen, so that the user object can be protected from background light when the medical device 100 is used at close range The strong visual stimulus may make the screen provided to the user object by the display 1031 suitable for the user object to observe, and will not cause inconvenience to the user object due to the large display screen. Conversely, when the user object is far away from the output device 103, the medical device 100 can control the display 1031 to enlarge the size of the display screen, or increase the brightness of the display screen, so that the user object can see clearly when using the medical device 100 at a distance Display content on the display 1031.
或者，医疗设备100的输出装置103包括音频播放装置1032时，基于用户对象与音频播放装置1032的距离远近，医疗设备100调整音频播放装置1032的音量大小。这样可以使得用户对象在距离医疗设备100较近时，音频播放装置1032只需要使用较小的音量播放音频信息，即可使得用户对象接收该音频信息。不会因为音量过大而造成用户对象听觉不适。反之，用户对象距离医疗设备100较远时，医疗设备适当提高音量，使得用户对象能够清晰的接收到音频信息，避免遗漏。Alternatively, when the output device 103 of the medical device 100 includes the audio playback device 1032, the medical device 100 adjusts the volume of the audio playback device 1032 based on the distance between the user object and the audio playback device 1032. In this way, when the user object is close to the medical device 100, the audio playback device 1032 only needs to use a small volume to play audio information, so that the user object can receive the audio information. It will not cause hearing discomfort to the user object due to excessive volume. Conversely, when the user object is far away from the medical device 100, the medical device appropriately increases the volume so that the user object can clearly receive audio information and avoid omission.
在一实施例中，医疗设备输出装置控制方法可以应用于医疗设备100只包括显示器1031或只包括音频播放装置1032的场景下。其中在医疗设备100包括显示器1031时，医疗设备100可以根据检测得到的距离值单独调整显示器1031的画面显示尺寸大小，或画面显示亮度，也可以同时调整显示器1031的显示尺寸大小和显示亮度。相应的，当医疗设备100同时包括显示器1031和音频播放装置1032时，医疗设备100可以根据检测得到的距离值同时调整 显示亮度、显示尺寸以及音量大小。在一些实施例中，医疗设备100也可以只对输出状态中的任意一项或任意多项的组合进行调整，都属于本申请医疗设备输出装置控制方法所要求保护的范围。In an embodiment, the method for controlling a medical device output device can be applied to a scenario where the medical device 100 only includes the display 1031 or only includes the audio playback device 1032. When the medical device 100 includes the display 1031, the medical device 100 can individually adjust the screen display size or screen display brightness of the display 1031 according to the detected distance value, and can also adjust the display size and display brightness of the display 1031 at the same time. Correspondingly, when the medical device 100 includes a display 1031 and an audio playback device 1032 at the same time, the medical device 100 can simultaneously adjust the display brightness, display size, and volume according to the detected distance value. In some embodiments, the medical device 100 may also only adjust any one or a combination of any multiple of the output states, which all fall within the scope of protection required by the medical device output device control method of the present application.
输出装置103不仅可以用于医疗设备100在监测用户对象体征数据等参数后对用户对象的反馈，同样还可以用于医疗设备100在监测体征数据之前与用户对象的交互。诸如引导用户对象如何使用医疗设备100等方面，都可以通过医疗设备输出装置控制方法来保证用户对象对输出装置103发出信息的有效接收，从而保证医疗设备100与用户对象交互的有效以及提升医疗设备100的智能调配功能。另一方面，输出装置103输出的内容，也可以包括医疗设备100在监测得到用户对象体征数据等参数后对用户对象报警、提出警示的内容。具体的，当医疗设备100在监测得到用户对象体征数据等参数后，可以将监测得到的用户对象体征数据等参数与内置的预警阈值进行比较判断，若当前监测得到的用户对象体征数据等参数超出预警阈值时，医疗设备100可以通过输出装置103对用户对象进行警戒提醒。该警戒提醒可以通过视频图像的方式向用户对象发出，也可以通过报警声的方式向用户对象发出。在采用本申请医疗设备输出装置控制方法后，对于相对紧急的输出内容，也可以根据本方法对用户对象进行反馈，保证用户对象能有效接收到反馈的信息，并依此采取相应的应对措施，避免重要信息的遗漏。The output device 103 can be used not only for the medical device 100 to provide feedback to the user object after monitoring parameters such as the physical sign data of the user object, but also for the medical device 100 to interact with the user object before monitoring the physical sign data. For example, to guide the user object how to use the medical device 100, the medical device output device control method can be used to ensure that the user object effectively receives the information sent by the output device 103, thereby ensuring the effective interaction between the medical device 100 and the user object and improving the medical equipment 100's intelligent deployment function. On the other hand, the content output by the output device 103 may also include the content that the medical device 100 alarms the user object and raises a warning after monitoring and obtaining parameters such as the user object's physical sign data. Specifically, after the medical device 100 monitors and obtains parameters such as the user object's physical sign data, it can compare the monitored user object's physical sign data and other parameters with the built-in early warning threshold to determine if the currently monitored user object's physical sign data and other parameters exceed When the early warning threshold is set, the medical device 100 can alert the user object through the output device 103. The alert reminder can be sent to the user object in the form of video images, and can also be sent out to the user object in the form of alarm sounds. After adopting the medical device output device control method of this application, for relatively urgent output content, the user object can also be fed back according to this method to ensure that the user object can effectively receive the feedback information and take corresponding countermeasures accordingly. Avoid the omission of important information.
需要提出的是，在本申请中所提及到的用户对象，可以为医护人员，也可以为实际被测者(例如患者)。当医护人员在使用本申请涉及的医疗设备100时，基于本申请医疗设备输出控制方法，可以在距离医疗设备100相对较大的范围内均有效接收到输出装置103所输出的信息，从而清晰的获得被测者的相关体征参数。而在被测者自用本申请医疗设备100时，也可以在任意利于测试的位置来采集体征参数，并准确的获得自己的当前体征信息。It should be pointed out that the user object mentioned in this application can be a medical staff or an actual subject (such as a patient). When medical personnel use the medical device 100 involved in this application, based on the medical device output control method of this application, the information output by the output device 103 can be effectively received within a relatively large range from the medical device 100, thereby clearly Obtain the relevant physical parameters of the subject. When the subject uses the medical device 100 of the present application for himself, he can also collect physical sign parameters at any location that is conducive to testing, and accurately obtain his own current physical sign information.
请参看图4，图4提供了本申请医疗设备输出装置控制方法的另一种实施例，在本实施例中，所述医疗设备输出控制方法包括以下步骤：Please refer to FIG. 4, which provides another embodiment of the control method of the medical device output device of the present application. In this embodiment, the medical device output control method includes the following steps:
S10a、确定到环境中存在用户对象。S10a. It is determined that a user object exists in the environment.
S20a、检测用户对象与输出装置103的距离值。S20a: Detect the distance value between the user object and the output device 103.
基于上述步骤，在根据所述距离值调整所述输出装置的输出状态时，还包 括：Based on the above steps, when adjusting the output state of the output device according to the distance value, the method further includes:
S30a、若所述距离值为变化值，则根据所述距离值的变化量调整所述输出状态的变化量。S30a: If the distance value is a change value, adjust the change amount of the output state according to the change amount of the distance value.
具体的，用户对象在使用医疗设备100的过程中，其相对于输出装置103的距离可能是变化的。即用户对象可能在行进间使用医疗设备100，例如医护人员在被测者进行体征参数采集的过程中同步进行其它医护操作，或如上述的遵循医疗设备100对被测者的引导过程中调整被测者自身站位等情况。此时，基于用户对象与输出设备103的距离值的变化量，医疗设备100根据该变化量来实时调整输出装置103的输出状态。也可以描述为医疗设备100检测到用户对象距离输出装置103的距离值变化值，并根据该距离值的变化值来调整输出装置103输出状态的变化量。由此，医疗设备100可以实时根据用户对象距离输出装置103的距离值变化，来对应调整输出状态以配合用户对象的距离值变化，保证用户对象在使用医疗设备100的过程中随时都能有效接收到医疗设备100输出的信息。Specifically, in the process of using the medical device 100, the distance between the user object and the output device 103 may change. That is, the user object may use the medical device 100 while on the move. For example, the medical staff can perform other medical operations simultaneously during the process of collecting the physical signs and parameters of the subject, or adjust the subject according to the guidance of the medical device 100 to the subject as described above. The position of the tester himself. At this time, based on the amount of change in the distance value between the user object and the output device 103, the medical device 100 adjusts the output state of the output device 103 in real time according to the amount of change. It can also be described as the medical device 100 detecting the change value of the distance value of the user object from the output device 103, and adjusts the change amount of the output state of the output device 103 according to the change value of the distance value. As a result, the medical device 100 can adjust the output state corresponding to the change in the distance value of the user object from the output device 103 in real time to match the change in the distance value of the user object, ensuring that the user object can effectively receive at any time during the use of the medical device 100 Information output to the medical device 100.
请参看图5，图5提供了本申请医疗设备输出装置控制方法另一种实施例，在本实施例中，所述医疗设备输出装置控制方法包括以下步骤：Please refer to FIG. 5, which provides another embodiment of the control method of the medical device output device of the present application. In this embodiment, the control method of the medical device output device includes the following steps:
S10b、确定到环境中存在用户对象。S10b. It is determined that there is a user object in the environment.
S20b、分别检测用户对象与所述输出装置103中的显示器1031的显示距离值，以及所述输出装置103中的音频播放装置1032的声音距离值。S20b: Detect the display distance value of the user object and the display 1031 in the output device 103 and the sound distance value of the audio playback device 1032 in the output device 103 respectively.
基于上述步骤，在根据所述距离值调整所述输出装置的输出状态时，本实施例还包括：Based on the above steps, when adjusting the output state of the output device according to the distance value, this embodiment further includes:
S30b、根据所述显示距离值调整所述显示亮度参数和所述显示尺寸参数，根据所述声音距离值调整所述音量参数。S30b. Adjust the display brightness parameter and the display size parameter according to the display distance value, and adjust the volume parameter according to the sound distance value.
具体的，当医疗设备100中的显示器1031和音频播放装置1032的距离相对较近时，用户对象与输出装置103之间的距离值可以同时兼顾显示器1031和音频播放装置1032之间的距离值，使得二者在基于同一检测到的距离值条件下进行输出状态的调整。但当医疗设备100中的显示器1031和音频播放装置1032相互距离较远时，需要考虑显示器1031和音频播放装置1032之间的距离，来分别对显示器1031和音频播放装置1032的输出状态进行调整。此时， 基于距离传感器检测到的用户对象与显示器1031之间的显示距离值，医疗设备100可以根据该显示距离值来分别调整显示器1031的显示亮度参数和显示尺寸参数，以使得显示器1031的输出状态与用户对象与显示器1031的显示距离值相匹配。同样的，基于距离传感器检测到的用户对象与音频播放装置1032之间的声音距离值，医疗设备根据该声音距离值来对应调整音频播放装置1032的音量参数，以使得音频播放装置1032的输出状态与用户对象与音频播放装置1032的声音距离值相匹配。将距离值细分为显示距离值和声音距离值，可以在显示器1031与音频播放装置1032相对距离较远时，提供用户对象更精细的信息输出状态，保证用户对象对视频图像信息和音频信息分别有效接收。Specifically, when the distance between the display 1031 and the audio playback device 1032 in the medical device 100 is relatively close, the distance between the user object and the output device 103 can take into account the distance between the display 1031 and the audio playback device 1032 at the same time. This allows the two to adjust the output state based on the same detected distance value. However, when the display 1031 and the audio playback device 1032 in the medical equipment 100 are far apart, the distance between the display 1031 and the audio playback device 1032 needs to be considered to adjust the output states of the display 1031 and the audio playback device 1032 respectively. At this time, based on the display distance value between the user object and the display 1031 detected by the distance sensor, the medical device 100 can adjust the display brightness parameter and the display size parameter of the display 1031 according to the display distance value, so that the output of the display 1031 is The state matches the display distance value of the user object and the display 1031. Similarly, based on the sound distance value between the user object and the audio playback device 1032 detected by the distance sensor, the medical device correspondingly adjusts the volume parameters of the audio playback device 1032 according to the sound distance value to make the output state of the audio playback device 1032 Matches the sound distance value between the user object and the audio playback device 1032. The distance value is subdivided into the display distance value and the sound distance value. When the display 1031 and the audio playback device 1032 are relatively far away, it can provide the user object with a finer information output state, and ensure that the user object has a separate video image information and audio information. Effective reception.
请参看图6，图6提供了医疗设备输出装置控制方法的另一种实施例，具体包括：Please refer to Figure 6. Figure 6 provides another embodiment of a method for controlling an output device of a medical device, which specifically includes:
S10c、确定到环境中存在用户对象。S10c. It is determined that a user object exists in the environment.
在本实施例中，检测用户对象与输出装置的距离值，还包括：In this embodiment, detecting the distance value between the user object and the output device further includes:
S20c、识别用户对象的身份和检测用户对象与输出装置103之间的距离值。S20c: Identify the identity of the user object and detect the distance value between the user object and the output device 103.
基于上述步骤，在根据所述距离值调整所述输出装置103的输出状态时，本实施例还包括：Based on the foregoing steps, when adjusting the output state of the output device 103 according to the distance value, this embodiment further includes:
S30c、根据所述距离值结合所述身份调整所述输出装置103的输出状态。S30c: Adjust the output state of the output device 103 according to the distance value in combination with the identity.
具体的，步骤S20c中，识别用户对象的距离值与上述实施例的方案相同，也为识别用户对象与输出装置103之间的距离值。进一步的，当显示器1031与音频播放装置1032之间的距离相对较远时，也可以分别检测用户对象与所述输出装置103中的显示器1031的显示距离值，以及所述输出装置103中的音频播放装置1032的声音距离值。Specifically, in step S20c, the distance value for identifying the user object is the same as the solution in the foregoing embodiment, and it is also the distance value between identifying the user object and the output device 103. Further, when the distance between the display 1031 and the audio playback device 1032 is relatively far, the display distance value of the user object and the display 1031 in the output device 103 and the audio in the output device 103 can also be detected respectively. The sound distance value of the playback device 1032.
同时，在本实施例中，医疗设备100还需要同时对用户对象的身份进行识别。进而在调整输出装置103的输出状态时，结合距离值和用户对象的身份共同完成。本实施例对应的使用场景可以对应到单个医疗设备100需要对多人分别进行体征数据监测的情况。即不同医护人员使用同一医疗设备100对同一被测者进行体征数据采集，或者不同被测者依次使用医疗设备100的场景下。对于单个医疗设备100，因为每次监测的用户对象身份不同，其输出装置103的输出状态可以采取适应性的区别调整的方式。即根据不同用户对象的使用习惯 或使用需求，来对输出装置103的输出状态进行个性化调整。例如，用户对象A想要在距离值为d的时候接收显示尺寸参数为d1、显示亮度参数为d2、音量参数为d3的输出状态。而用户对象B在距离值同样为d的时候将显示尺寸参数设定为d1’、显示亮度参数为d2’、音量参数为d3’。根据用户对象A和用户对象B的使用习惯差异，医疗设备100可以在识别到用户对象身份后将输出状态进行对应该用户对象身份的适应调整。进一步，如果用户对象A的视力较好，可以在显示尺寸相对变化不大的情况下准确的获得显示器1031输出的图像信息。此时医疗设备100可以通过用户对象A的预设置，来调整用户对象A相对于显示器1031之间的距离值所述对应的显示尺寸参数、显示亮度参数的变化量。而当用户对象A需要音量大小随距离值的变化而相对激发较大变化量的调整时，用户对象A也可以通过预设置来对音量参数的变化量来进行设定。通常的，该场景可以应对不同医护人员因为轮值看护被测者，或者家庭或单位共用的医疗设备100需要对应不同被测者使用的情况。由此，本申请医疗设备100可以根据检测用户对象与输出装置103的距离值的同时对用户对象身份的辨别，来针对不同身份用户对象的使用习惯或预设条件，对输出装置103的输出状态进行个性化调整，保证医疗设备100在不同用户对象使用时对该用户对象实施精确的信息输出，提高了医疗设备100的智能化能力。At the same time, in this embodiment, the medical device 100 also needs to recognize the identity of the user object at the same time. Furthermore, when adjusting the output state of the output device 103, the combination of the distance value and the identity of the user object is completed together. The usage scenario corresponding to this embodiment can correspond to a situation where a single medical device 100 needs to perform physical sign data monitoring on multiple people separately. That is, in a scenario where different medical personnel use the same medical device 100 to collect physical sign data of the same subject, or different subjects use the medical device 100 sequentially. For a single medical device 100, because the identity of the user object monitored each time is different, the output state of the output device 103 can be adjusted in an adaptive manner. That is, the output state of the output device 103 can be individually adjusted according to the usage habits or usage needs of different user objects. For example, the user object A wants to receive an output state with a display size parameter of d1, a display brightness parameter of d2, and a volume parameter of d3 when the distance value is d. When the distance value is also d, the user object B sets the display size parameter to d1', the display brightness parameter to d2', and the volume parameter to d3'. According to the difference in the usage habits of the user object A and the user object B, the medical device 100 can adjust the output state according to the user object identity after recognizing the user object identity. Further, if the vision of the user object A is good, the image information output by the display 1031 can be accurately obtained under the condition that the display size does not change much. At this time, the medical device 100 can adjust the corresponding display size parameter and the change amount of the display brightness parameter of the distance between the user object A and the display 1031 through the preset setting of the user object A. When the user object A needs to adjust the volume of the volume with the change of the distance value to relatively stimulate a larger amount of change, the user object A can also set the amount of change of the volume parameter through a preset. Generally, this scenario can deal with situations where different medical staff take turns to take care of the testee, or the medical device 100 shared by a family or unit needs to be used by different testees. Therefore, the medical device 100 of the present application can identify the identity of the user object while detecting the distance value between the user object and the output device 103, and determine the output status of the output device 103 according to the usage habits or preset conditions of user objects with different identities. Individualized adjustments are made to ensure that the medical device 100 implements accurate information output for different user objects when the user object is used, and improves the intelligent ability of the medical device 100.
一种实施例，所述输出状态还包括显示明细参数和报警界限参数。医疗设备100适配不同用户对象的个性化过程中，还可以根据对用户对象身份的辨别，来对应调整显示器1031所显示的具体明细，以及调整医疗设备100内预制的预警阈值。具体的，本实施例对应的使用场景在于多个被测者使用同一医疗设备100的情况。即用户对象为多人，且多人依次使用本申请涉及的医疗设备100。由于医疗设备100可监测的用户对象体征数据可以包括多种，因此不同用户对象在使用医疗设备100的过程中，其监测的体征数据也可能因为用户对象的不同而存在差异。或者描述为不同用户对象在使用医疗设备100时，其监测的内容会出现差异。为此，医疗设备100可以在识别到用户对象身份后，基于用户对象的身份来对应调整输出装置103所显示的体征数据的明细和条目。将不同用户对象的不同监测体征数据明细以不同的组合方式呈现，使得该用户对象只获取与其身份对应的体征数据即可，不用将该用户对象将未监测或不关 注的体征数据全部通过显示器1031来呈现，使得输出的信息更贴合具体用户对象的使用需求。由此提高显示器1031的信息输出效率，也提高了医疗设备100与用户对象的交互效率。In an embodiment, the output state further includes display detail parameters and alarm limit parameters. In the process of personalization of the medical device 100 adapting to different user objects, the specific details displayed on the display 1031 can be adjusted correspondingly according to the identification of the user object, and the pre-warning thresholds in the medical device 100 can be adjusted. Specifically, the use scenario corresponding to this embodiment is a situation where multiple subjects use the same medical device 100. That is, the user object is multiple people, and multiple people use the medical device 100 involved in this application in turn. Since the physical sign data of the user object that can be monitored by the medical device 100 may include multiple types, the physical sign data monitored by different user objects may also be different due to different user objects during the process of using the medical device 100. Or it may be described that when different user objects use the medical device 100, the monitored content will be different. To this end, the medical device 100 can correspondingly adjust the details and entries of the physical sign data displayed by the output device 103 based on the identity of the user object after recognizing the identity of the user object. The different monitored physical sign data details of different user objects are presented in different combinations, so that the user object can only obtain the physical sign data corresponding to its identity, and the user object does not need to pass all the unmonitored or unconcerned physical sign data through the display 1031 To present, make the output information more suitable for specific user needs. As a result, the information output efficiency of the display 1031 is improved, and the interaction efficiency between the medical device 100 and the user object is also improved.
同时，显示明细参数还可以包括对同一体征数据的不同表现形式。即对于同一体征数据，其显示明细也可以不同。例如当用户距离较远时，显示器1031只显示大字体，其显示内容只包括参数值。当用户距离较近时，显示器1031同时显示小字体的参数值和该参数值对应的波形。At the same time, the display detail parameters can also include different manifestations of the same physical sign data. That is, for the same physical sign data, the display details can also be different. For example, when the user is far away, the display 1031 only displays a large font, and its display content only includes parameter values. When the user is close, the display 1031 simultaneously displays the parameter value in small font and the waveform corresponding to the parameter value.
另一方面，在不同被测者使用同一医疗设备100的场景下，不同用户对象之间因为年龄差异，或体质的差异，其体征数据所对应的报警界限也可能存在差异。本医疗设备100在辨别出用户对象身份之后，还可以根据用户对象身份来调整报警界限参数，对其内预制的预警阈值根据用户对象身份做出适应性调整。由此，本医疗设备输出装置控制方法可以根据用户对象的身份辨识来避免输出装置103的错误输出缺陷，并基于用户对象身份提高输出状态的准确度。On the other hand, in a scenario where different subjects use the same medical device 100, due to age differences or physical differences between different user objects, the alarm limits corresponding to their physical sign data may also be different. After identifying the identity of the user object, the medical device 100 can also adjust the alarm limit parameters according to the identity of the user object, and make adaptive adjustments to the pre-prepared early warning threshold according to the identity of the user object. Therefore, the control method of the medical device output device can avoid the erroneous output defect of the output device 103 based on the identity recognition of the user object, and improve the accuracy of the output state based on the identity of the user object.
请参看图7，图7提供了医疗设备输出装置控制方法的另一种实施例。具体包括以下步骤：S10d、确定到环境中存在多个用户对象。Please refer to FIG. 7. FIG. 7 provides another embodiment of a method for controlling an output device of a medical device. Specifically, it includes the following steps: S10d. It is determined that there are multiple user objects in the environment.
基于上述情况，检测用户对象的身份和检测用户对象与输出装置103之间的距离值，还包括：Based on the foregoing, detecting the identity of the user object and detecting the distance value between the user object and the output device 103 further includes:
S21d、分别识别多个用户对象的身份并分别检测多个用户对象距离所述输出装置的距离值。S21d: Recognizing the identities of multiple user objects and respectively detecting the distance values of the multiple user objects from the output device.
S22d、比较识别到的多个所述身份之间的优先级或比较多个所述距离值之间的大小。S22d. Compare the priorities between the multiple identified identities or compare the magnitudes between the multiple distance values.
基于上述步骤，在根据所述距离值结合所述身份调整所述输出装置103的输出状态时，本实施例还包括：Based on the above steps, when adjusting the output state of the output device 103 according to the distance value in combination with the identity, this embodiment further includes:
S30d、根据所述距离值结合所述优先级最高的所述身份或所述距离值最小的所述身份调整所述输出装置103的输出状态。S30d: Adjust the output state of the output device 103 according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
具体的，本实施例对应医疗设备100的监测环境中有多人的情况。此时医疗设备100需要先确定到输出装置103所需要服务的唯一用户对象，然后再基于该唯一用户对象来调整输出装置103的输出状态。例如在被测者使用本申请医疗设备100的时候，因为医疗设备100通常一次只能对一个用户对象进行体 征数据的监测，其输出装置103也根据医疗设备100对一个用户对象的监测结果而输出对应该用户对象的体征数据相关信息。因此在环境中多人存在时，需要先对多个用户对象进行身份识别，并提取到需要监测的用户对象来对应调整输出装置103的输出状态。或者，在多个医护人员均出现于环境中时，需要确定到当前医疗设备100所输出的内容实际对应其中哪一位医护人员，并根据检测到的该医护人员的距离值来调整输出装置103的输出状态。医疗设备100在识别环境中的多个用户对象之后，可以根据预设的多个用户对象各自对应的优先级，来筛选出需要进行监测的用户对象并采用本申请医疗设备输出装置控制方法对输出装置103的输出状态进行控制，也可以直接根据距离输出装置103的距离值的大小来对需要进行监测的用户对象进行辨别。通常的，对于被测者自用的场景或医护人员使用医疗设备100的场景，距离输出装置103最近的用户对象都可以认为是正在使用医疗设备100进行监测的用户对象，根据该用户对象的身份信息来调整输出装置103的输出状态，可以使得本申请医疗设备输出装置控制方法有针对性的有序开展，避免因为环境中出现多用户对象的现象而导致输出状态的不受控。Specifically, this embodiment corresponds to a situation where there are multiple people in the monitoring environment of the medical device 100. At this time, the medical device 100 needs to determine the only user object that the output device 103 needs to serve, and then adjust the output state of the output device 103 based on the unique user object. For example, when the subject uses the medical device 100 of the present application, because the medical device 100 usually can only monitor the physical sign data of one user object at a time, the output device 103 also outputs according to the monitoring result of the medical device 100 on a user object Corresponding to the physical data related information of the user object. Therefore, when multiple people exist in the environment, multiple user objects need to be identified first, and the user objects that need to be monitored are extracted to adjust the output state of the output device 103 accordingly. Or, when multiple medical personnel are present in the environment, it is necessary to determine which medical personnel is actually output by the current medical device 100, and adjust the output device 103 according to the detected distance value of the medical personnel. The output status. After the medical device 100 recognizes multiple user objects in the environment, it can filter out the user objects that need to be monitored according to the preset priorities of the multiple user objects, and use the medical device output device control method of this application to output The output state of the device 103 is controlled, and the user objects that need to be monitored can also be identified directly according to the distance value of the distance output device 103. Generally, for a scene where the subject uses the medical device 100 for personal use or a scene where the medical staff uses the medical device 100, the user object closest to the output device 103 can be regarded as the user object that is using the medical device 100 for monitoring. According to the identity information of the user object Adjusting the output state of the output device 103 can enable the control method of the medical device output device of the present application to be carried out in a targeted and orderly manner, avoiding the uncontrolled output state caused by the phenomenon of multiple user objects in the environment.
请参看图8，图8为图1中医疗设备输出装置控制方法中步骤S30的子步骤，在图8中，根据所述距离值调整所述输出装置103的输出状态，包括：Please refer to FIG. 8. FIG. 8 is a sub-step of step S30 in the control method of the medical device output device in FIG. 1. In FIG. 8, adjusting the output state of the output device 103 according to the distance value includes:
S31、接收参数锁定指令。S31. Receive a parameter lock instruction.
S32、根据所述距离值调整除所述参数锁定指令对应的输出状态以外的所述输出装置其余的输出状态。S32. Adjust the remaining output states of the output device except for the output state corresponding to the parameter locking instruction according to the distance value.
具体的，医疗设备输出装置控制方法，还提供用户对象锁定某一项或某几项输出状态的参数调整功能的权限。用户对象可以基于自身的实际使用需要，对输出装置103的部分输出状态通过输入参数锁定指令来进行锁定。即用户对象可以在与医疗设备100的交互过程中，指定输出状态所对应的显示亮度参数、显示尺寸参数、音量参数、显示明细参数和报警界限参数中的一种或多种参数为固定值，其根据本方法对输出状态的调整不涉及被定义为固定值的对应参数的调整。而其余未受锁定指令对应的输出状态之外的参数，则划定为需要随距离值对应调整的输出状态的参数。由此，用户对象可以自由对医疗设备100的输出装置103所对应的输出状态进行组合调整，以获得更切合用户对象使用 习惯的个性化设置功能。Specifically, the medical equipment output device control method also provides the user object with the authority to lock the parameter adjustment function of one or several output states. The user object can lock part of the output state of the output device 103 by inputting a parameter lock command based on its actual use needs. That is, the user object can specify that one or more of the display brightness parameter, display size parameter, volume parameter, display detail parameter, and alarm limit parameter corresponding to the output state are fixed values during the interaction with the medical device 100. The adjustment of the output state according to this method does not involve the adjustment of the corresponding parameter defined as a fixed value. The remaining parameters other than the output state corresponding to the unlocked instruction are designated as the output state parameters that need to be adjusted correspondingly with the distance value. Therefore, the user object can freely adjust the output state corresponding to the output device 103 of the medical device 100 to obtain a personalized setting function that is more suitable for the user object's usage habits.
请参看图9，图9为本申请医疗设备输出装置控制方法提供的另一实施例。在根据所述距离值调整所述输出装置的输出状态之后，本方法还包括如下步骤：Please refer to FIG. 9, which is another embodiment provided by a method for controlling an output device of a medical device according to the present application. After adjusting the output state of the output device according to the distance value, the method further includes the following steps:
S40、确定到环境中的用户对象消失。S40. It is determined that the user object in the environment disappears.
S50、保持所述输出装置的当前输出状态或恢复为初始输出状态。S50. Maintain the current output state of the output device or restore to the initial output state.
具体的，当用户对象移动至医疗设备100可监测的环境之外时，造成环境中确定到的用户对象消失。此时医疗设备100监测的范围内可能没有用户对象出现，但此时用户对象依然具有控制医疗设备100的输出装置103提供信息输出的需求。如用户对象不便于移动到监测环境内，而需要医疗设备100进行监测或提供之前监测到的体征数据时，用户对象可以继续通过医疗设备100的输出装置103来获得信息。此时，由于环境内的用户对象消失，无法检测到距离值。医疗设备100可以采用最近一次的输出状态来进行输出，即保持当前的输出状态继续输出向用户对象输出信息；或者医疗设备100可以将输出装置103恢复为初始的输出状态来进行输出，由此保证医疗设备100在未检测到环境中存在用户对象时，也能够具备通过输出装置103对用户对象提供信息输出的功能Specifically, when the user object moves outside the environment that can be monitored by the medical device 100, the user object determined in the environment disappears. At this time, no user object may appear within the monitoring range of the medical device 100, but at this time, the user object still has a requirement to control the output device 103 of the medical device 100 to provide information output. If the user object is inconvenient to move into the monitoring environment, and the medical device 100 is required to monitor or provide previously monitored physical sign data, the user object can continue to obtain information through the output device 103 of the medical device 100. At this time, since the user object in the environment disappears, the distance value cannot be detected. The medical device 100 can use the latest output state to output, that is, keep the current output state and continue to output information to the user object; or the medical device 100 can restore the output device 103 to the initial output state for output, thereby ensuring The medical equipment 100 can also have the function of providing information output to the user object through the output device 103 when the user object is not detected in the environment.
请看回图2，图2为本申请涉及的一种医疗设备100的示意图。在图2的实施例中，医疗设备100包括处理器101、输入装置102、输出装置103和存储装置104。所述处理器101、输入装置102、输出装置103和存储装置104相互连接，其中，所述存储装置104用于存储计算机程序，所述计算机程序包括程序指令，所述处理器101被配置用于调用所述程序指令，执行上述的医疗设备输出装置控制方法。Please refer back to FIG. 2, which is a schematic diagram of a medical device 100 involved in this application. In the embodiment of FIG. 2, the medical device 100 includes a processor 101, an input device 102, an output device 103 and a storage device 104. The processor 101, the input device 102, the output device 103, and the storage device 104 are connected to each other, wherein the storage device 104 is used to store a computer program, the computer program includes program instructions, and the processor 101 is configured to The program instructions are called to execute the above-mentioned control method of the medical equipment output device.
具体的，处理器101调用存储装置104中存储的程序指令，执行以下操作：Specifically, the processor 101 calls the program instructions stored in the storage device 104 to perform the following operations:
确定到环境中存在用户对象；It is determined that there are user objects in the environment;
检测用户对象与输出装置的距离值；Detect the distance value between the user object and the output device;
根据所述距离值调整所述输出装置的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。The output state of the output device is adjusted according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
可以理解的，医疗设备100因为通过处理器101调用存储装置104的程序，可以执行上述的医疗设备输出装置控制方法，从而在用户对象使用医疗设备 100的过程中，可以根据用户对象与输出装置103之间的距离，来对应调整输出装置103的输出状态，使得输出装置103输出的信息能更好的到达用户对象，医疗设备100与用户对象的交互更加智能化。It is understandable that the medical device 100 can execute the above-mentioned method for controlling the output device of the medical device because the processor 101 calls the program of the storage device 104, so that when the user object uses the medical device 100, it can be based on the user object and the output device 103 The distance between them is used to adjust the output state of the output device 103 accordingly, so that the information output by the output device 103 can better reach the user object, and the interaction between the medical device 100 and the user object is more intelligent.
存储装置104可以包括易失性存储装置(volatile memory)，例如随机存取存储装置(random-access memory，RAM)；存储装置104也可以包括非易失性存储装置(non-volatile memory)，例如快闪存储装置(flash memory)，固态硬盘(solid-state drive，SSD)等；存储装置104还可以包括上述种类的存储装置的组合。The storage device 104 may include a volatile memory device, such as a random-access memory (RAM); the storage device 104 may also include a non-volatile memory device (non-volatile memory), for example A flash memory (flash memory), a solid-state drive (SSD), etc.; the storage device 104 may also include a combination of the foregoing types of storage devices.
处理器101可以是中央处理器(central processing unit，CPU)。该处理器101还可以是其他通用处理器、数字信号处理器(Digital Signal Processor，DSP)、专用集成电路(Application Specific Integrated Circuit，ASIC)、现成可编程门阵列(Field-Programmable Gate Array，FPGA)或者其他可编程逻辑器件、分立门或者晶体管逻辑器件、分立硬件组件等。通用处理器可以是微处理器或者该处理器也可以是任何常规的处理器等。The processor 101 may be a central processing unit (CPU). The processor 101 may also be other general-purpose processors, digital signal processors (Digital Signal Processor, DSP), application specific integrated circuits (ASIC), ready-made programmable gate arrays (Field-Programmable Gate Array, FPGA) Or other programmable logic devices, discrete gates or transistor logic devices, discrete hardware components, etc. The general-purpose processor may be a microprocessor or the processor may also be any conventional processor or the like.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在根据所述距离值调整所述输出装置的输出状态时，执行以下操作：In an implementation manner, the processor 101 calls the program instructions stored in the storage device 104, and when adjusting the output state of the output device according to the distance value, performs the following operations:
若所述距离值为变化值，则根据所述距离值的变化量调整所述输出状态的变化量。If the distance value is a change value, the change amount of the output state is adjusted according to the change amount of the distance value.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在检测用户对象与输出装置的距离值时，执行以下操作：In one embodiment, the processor 101 calls the program instructions stored in the storage device 104, and when detecting the distance value between the user object and the output device, performs the following operations:
分别检测用户对象与所述输出装置中的显示器的显示距离值，以及所述输出装置中的音频播放装置的声音距离值；Respectively detecting the display distance value of the user object and the display in the output device, and the sound distance value of the audio playback device in the output device;
然后，在根据所述距离值调整所述输出装置的输出状态时，还执行以下操作：Then, when adjusting the output state of the output device according to the distance value, the following operations are also performed:
根据所述显示距离值调整所述显示亮度参数和所述显示尺寸参数，根据所述声音距离值调整所述音量参数。Adjust the display brightness parameter and the display size parameter according to the display distance value, and adjust the volume parameter according to the sound distance value.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在检测用户对象与输出装置的距离值时，执行以下操作：In one embodiment, the processor 101 calls the program instructions stored in the storage device 104, and when detecting the distance value between the user object and the output device, performs the following operations:
识别用户对象的身份和检测用户对象与输出装置之间的距离值；Identify the identity of the user object and detect the distance between the user object and the output device;
然后，在根据所述距离值调整所述输出装置的输出状态时，还执行以下操作：Then, when adjusting the output state of the output device according to the distance value, the following operations are also performed:
根据所述距离值结合所述身份调整所述输出装置的输出状态。The output state of the output device is adjusted according to the distance value in combination with the identity.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在根据所述距离值调整所述输出装置的输出状态时，执行以下操作：In an implementation manner, the processor 101 calls the program instructions stored in the storage device 104, and when adjusting the output state of the output device according to the distance value, performs the following operations:
所述输出状态还包括显示明细参数和报警界限参数。The output state also includes display detail parameters and alarm limit parameters.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在确定到环境中存在多个用户对象的情况下，在识别用户对象的身份和检测用户对象与输出装置之间的距离值时，执行以下操作：In one embodiment, the processor 101 calls the program instructions stored in the storage device 104 to identify the identity of the user object and detect the distance between the user object and the output device when it is determined that there are multiple user objects in the environment. Value, do the following:
分别识别多个用户对象的身份并分别检测多个用户对象距离所述输出装置的距离值；Respectively identifying the identities of multiple user objects and respectively detecting the distance values of the multiple user objects from the output device;
比较识别到的多个所述身份之间的优先级或比较多个所述距离值之间的大小；Comparing the priority between the plurality of identified identities or comparing the magnitude between the plurality of distance values;
然后，在根据所述距离值结合所述身份调整所述输出装置的输出状态时，还执行以下操作：Then, when adjusting the output state of the output device according to the distance value in combination with the identity, the following operations are also performed:
根据所述距离值结合所述优先级最高的所述身份或所述距离值最小的所述身份调整所述输出装置的输出状态。Adjust the output state of the output device according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在根据所述距离值调整所述输出装置的输出状态时，执行以下操作：In an implementation manner, the processor 101 calls the program instructions stored in the storage device 104, and when adjusting the output state of the output device according to the distance value, performs the following operations:
接收参数锁定指令；Receive parameter lock command;
根据所述距离值调整除所述参数锁定指令对应的输出状态以外的所述输出装置其余的输出状态。Adjusting the remaining output states of the output device other than the output state corresponding to the parameter locking instruction according to the distance value.
在一种实施方式中，处理器101调用存储装置104存储的程序指令，在根据所述距离值调整所述输出装置的输出状态之后，执行以下操作：In an implementation manner, the processor 101 calls the program instructions stored in the storage device 104, and after adjusting the output state of the output device according to the distance value, performs the following operations:
确定到环境中的用户对象消失；It is determined that the user object in the environment disappears;
保持所述输出装置的当前输出状态或恢复为初始输出状态。Maintain the current output state of the output device or restore to the initial output state.
需要说明的是，图2中的各个操作的实现还可以对应参照上述各方法实施例的相应描述。It should be noted that the implementation of each operation in FIG. 2 may also refer to the corresponding description of the foregoing method embodiments.
本领域普通技术人员可以理解实现上述实施例方法中的全部或部分流程， 是可以通过计算机程序来指令相关的硬件来完成，所述的程序可存储于一计算机可读取存储介质中，该程序在执行时，可包括如上述各方法的实施例的流程。其中，所述的存储介质可为磁碟、光盘、只读存储记忆体(Read-Only Memory，ROM)或随机存储记忆体(Random Access Memory，RAM)等。A person of ordinary skill in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be implemented by instructing relevant hardware through a computer program. The program can be stored in a computer readable storage medium. During execution, it may include the procedures of the above-mentioned method embodiments. Wherein, the storage medium may be a magnetic disk, an optical disc, a read-only memory (Read-Only Memory, ROM), or a random access memory (Random Access Memory, RAM), etc.
请参见图10，图10为本申请提供的一种监护***200的示意图。在图10的实施例中，监护***200包括：Please refer to FIG. 10, which is a schematic diagram of a monitoring system 200 provided by this application. In the embodiment of FIG. 10, the monitoring system 200 includes:
获取模块201，用于确定到环境中存在用户对象；The obtaining module 201 is used to determine that a user object exists in the environment;
测距模块202，用于检测用户对象与监护***200的输出装置103的距离值；The distance measurement module 202 is used to detect the distance value between the user object and the output device 103 of the monitoring system 200;
控制模块203，用于根据所述距离值调整所述输出装置103的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。The control module 203 is configured to adjust the output state of the output device 103 according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
可以理解的，本申请监护***200同样用于执行本申请医疗设备输出装置控制方法。具体的，获取模块201在识别到环境中存在用户对象之后，测距模块202启动测距功能，以获得用户对象相对于监护***200的输出装置103的距离值。控制模块203基于该距离值控制输出装置103的输出状态。输出状态包括显示亮度参数、显示尺寸参数以及音量参数中的至少一项。由此，本申请监护***200可以对应用户对象的距离来调整输出装置103的输出状态，使得输出装置103输出的信息能更好的到达用户对象，监护***200与用户对象的交互更加智能化。It is understandable that the monitoring system 200 of this application is also used to execute the control method of the medical device output device of this application. Specifically, after the acquisition module 201 recognizes that the user object exists in the environment, the distance measurement module 202 starts the distance measurement function to obtain the distance value of the user object relative to the output device 103 of the monitoring system 200. The control module 203 controls the output state of the output device 103 based on the distance value. The output state includes at least one of a display brightness parameter, a display size parameter, and a volume parameter. Therefore, the monitoring system 200 of the present application can adjust the output state of the output device 103 according to the distance of the user object, so that the information output by the output device 103 can reach the user object better, and the interaction between the monitoring system 200 and the user object is more intelligent.
一种实施例，所述监护***200还包括识别模块204，所述识别模块204用于识别用户对象的身份。监护***200对用户对象的身份进行识别，进而在调整输出装置103的输出状态时，结合距离值和用户对象的身份共同完成。根据每次监测的用户对象身份不同，输出装置103的输出状态可以采取适应性的区别调整的方式。针对不同身份用户对象的使用习惯或预设条件，对输出装置103的输出状态进行个性化调整，保证监护***200在不同用户对象使用时对该用户对象实施精确的信息输出，提高了监护***200的智能化能力。In an embodiment, the monitoring system 200 further includes an identification module 204 for identifying the identity of the user object. The monitoring system 200 recognizes the identity of the user object, and then adjusts the output state of the output device 103 by combining the distance value with the identity of the user object. According to the identity of the user object monitored each time, the output state of the output device 103 can be adjusted in an adaptive manner. According to the usage habits or preset conditions of user objects with different identities, the output state of the output device 103 is individually adjusted to ensure that the monitoring system 200 implements accurate information output for the user objects when used by different user objects, thereby improving the monitoring system 200 Intelligent ability.
一种实施例，所述监护***200还包括比较模块205，所述比较模块205用于在环境中存在多个用户对象时，比较多个用户对象的所述身份的优先级。 具体的，因为监护***200通常一次只能对一个用户对象进行体征数据的监测，其输出装置103也根据监护***200对一个用户对象的监测结果而输出对应该用户对象的体征数据相关信息。因此在环境中多人存在时，需要先对多个用户对象进行身份识别，并提取到需要监测的用户对象来对应调整输出装置103的输出状态。监护***200在识别环境中的多个用户对象之后，可以通过比较模块205比较多个用户对象各自对应的优先级，来筛选出需要进行监测的用户对象并采用本申请医疗设备输出装置控制方法对输出装置103的输出状态进行控制。比较模块205也可以直接根据距离输出装置103的距离值的大小来对需要进行监测的用户对象进行辨别。通常的，距离输出装置103最近的用户对象可以认为是正在使用监护***200进行监测的用户对象，根据该用户对象的身份信息来调整输出装置103的输出状态，可以使得本申请医疗设备输出装置控制方法有针对性的有序开展，避免因为环境中出现多用户对象的现象而导致输出状态的不受控。In an embodiment, the monitoring system 200 further includes a comparison module 205 configured to compare the priorities of the identities of the multiple user objects when there are multiple user objects in the environment. Specifically, because the monitoring system 200 generally can only monitor physical sign data of one user object at a time, its output device 103 also outputs the physical sign data related information corresponding to the user object according to the monitoring result of the monitoring system 200 on one user object. Therefore, when multiple people exist in the environment, multiple user objects need to be identified first, and the user objects that need to be monitored are extracted to adjust the output state of the output device 103 accordingly. After the monitoring system 200 recognizes multiple user objects in the environment, it can compare the respective priorities of the multiple user objects through the comparison module 205 to screen out the user objects that need to be monitored and use the medical device output device control method of this application to The output state of the output device 103 is controlled. The comparison module 205 can also directly identify the user object that needs to be monitored based on the distance value of the distance output device 103. Generally, the user object closest to the output device 103 can be regarded as the user object being monitored by the monitoring system 200, and the output state of the output device 103 is adjusted according to the identity information of the user object, so that the medical device output device of the present application can control The method is carried out in a targeted and orderly manner to avoid uncontrolled output status due to the phenomenon of multi-user objects in the environment.
一种实施例，所述获取模块201通过检测环境中的特征信息以确定环境中存在用户对象。对应环境中是否存在用户对象的检测方式较多，因此获取模块201可以通过当前较为常见的红外线传感、距离传感、热传感、声音传感或者图像识别等技术来检测环境中是否存在用户对象。或者，用户对象也可以通过输入与监护***200匹配的启动指令，来主动开启监护***200的对应功能，从而使得监护***200进入工作状态的同时，执行医疗设备输出装置控制方法。而对于上述的检测方式，获取模块201都是通过检测到与用户对象匹配的特征信息，如轮廓信息、温度信息、声音信息或图像信息等特征信息的方式来感知用户对象存在的。基于不同的检测方式，根据预设特征信息与用户对象的匹配，获取模块201可以对应检测到用户对象在环境中的存在与否。In an embodiment, the acquisition module 201 determines the existence of user objects in the environment by detecting characteristic information in the environment. There are many ways to detect whether there is a user object in the corresponding environment. Therefore, the acquisition module 201 can detect whether there is a user in the environment through the current common infrared sensing, distance sensing, thermal sensing, sound sensing, or image recognition technology. Object. Alternatively, the user object can also actively activate the corresponding function of the monitoring system 200 by inputting a start instruction matching the monitoring system 200, so that the monitoring system 200 enters the working state while executing the medical device output device control method. Regarding the above detection methods, the acquisition module 201 detects the existence of the user object by detecting feature information matching the user object, such as contour information, temperature information, sound information, or image information. Based on different detection methods, the acquisition module 201 can correspondingly detect the presence or absence of the user object in the environment according to the matching between the preset feature information and the user object.
一种实施例，所述获取模块为视频获取模块。所述视频获取模块用于获取环境中的视频图像，并通过检测到所述视频图像中存在图像特征信息来确定到环境中存在用户对象。该图像特征信息可以为视频获取模块获取到的用户对象自身的图像信息，也可以为用户对象持有或佩戴的具有特定图案或标识物品的图像信息。一种实施例，用户对象可以通过佩戴具有特定图案或标识的徽章作为标识特征信息，或穿戴具有特定图案或标识的衣物作为标识特征信息，而该 特定的图案或标识也预设于监护***200中。当视频获取模块检测到环境中出现与预设的图案或标识匹配的图像时，则判定环境中已经检测到标识特征信息，即环境中确定到用户对象，进而通过测距模块202以及控制模块203来执行后续的医疗设备输出装置控制方法。In an embodiment, the acquisition module is a video acquisition module. The video acquisition module is used to acquire a video image in the environment, and determine that there is a user object in the environment by detecting the presence of image feature information in the video image. The image feature information may be the image information of the user object itself acquired by the video acquisition module, or it may be the image information of the user object with a specific pattern or identification item held or worn by the user object. In one embodiment, the user object may wear a badge with a specific pattern or logo as the identification feature information, or wear clothing with a specific pattern or logo as the identification feature information, and the specific pattern or logo is also preset in the monitoring system 200 in. When the video acquisition module detects that an image matching the preset pattern or logo appears in the environment, it determines that the identification feature information has been detected in the environment, that is, the user object is determined in the environment, and then the distance measurement module 202 and the control module 203 To execute the subsequent control method of medical equipment output device.
一种实施例，该图像特征信息还可以包括人脸特征信息。在本实施例中，用户对象无需准备特定的图案或标识，只要进入到监护***200的环境中，并使得脸部处于可识别状态，视频获取模块就可以通过对用户对象面部特征的捕捉而确定到环境中存在用户对象的信息。In an embodiment, the image feature information may also include facial feature information. In this embodiment, the user object does not need to prepare a specific pattern or logo, as long as it enters the environment of the monitoring system 200 and makes the face in a recognizable state, the video acquisition module can determine the facial features of the user object. To the information that the user object exists in the environment.
一种实施例，通过视频获取模块检测到图像特征信息，进而判定环境中存在用户对象之后，所述测距模块202通过检测所述图像特征信息的大小来检测所述距离值。具体的，测距模块202对视频获取模块所获取到的视频图像进行分析，提取出与预设相匹配的图像特征信息。进一步，测距模块202还调用监护***200中预设的图像特征信息的初始大小所对应的距离基准值，来比较判断提取到的图像特征信息与预设图像特征信息的大小比例关系。将该大小比例关系与距离基准值进行结合，可以较为便捷的判断出用户对象在环境中相对于距离基准值的比例关系，从而确定到用户对象在环境中的距离值。In one embodiment, after the video acquisition module detects the image feature information, and then determines that there is a user object in the environment, the distance measurement module 202 detects the distance value by detecting the size of the image feature information. Specifically, the ranging module 202 analyzes the video images acquired by the video acquisition module, and extracts image feature information that matches the preset. Further, the distance measurement module 202 also calls the distance reference value corresponding to the initial size of the image feature information preset in the monitoring system 200 to compare and determine the size ratio relationship between the extracted image feature information and the preset image feature information. Combining the size proportional relationship with the distance reference value can easily determine the proportional relationship of the user object in the environment relative to the distance reference value, thereby determining the distance value to the user object in the environment.
一种实施例，所述获取模块201为红外获取模块。所述红外获取模块用于向取环境中发送红外光，并通过检测回收的所述红外光以确定环境中存在用户对象。采用红外光来监测环境中的用户对象，可以在光线相对阴暗的环境中也保证到监护***200的有效运行。In an embodiment, the acquisition module 201 is an infrared acquisition module. The infrared acquisition module is used for sending infrared light into the environment, and detecting the recovered infrared light to determine that there is a user object in the environment. Using infrared light to monitor user objects in the environment can ensure the effective operation of the monitoring system 200 even in a relatively dark environment.
一种实施例，所述测距模块202也采用红外技术，从而在光线相对阴暗的环境中也能通过检测所述红外光的回收时长以检测所述距离值。In an embodiment, the distance measurement module 202 also uses infrared technology, so that the distance value can be detected by detecting the recovery time of the infrared light even in a relatively dark environment.
一种实施例，所述获取模块201还可以为无线信号获取模块，所述无线信号获取模块用于获取环境中的无线信号来确定到环境中存在用户对象。相应的，用户对象需要携带具备无线信号发射功能的装置来与监护***200进行交互。具体的，通过通讯数据在无线信号获取模块和用户对象携带的具备无线信号收发功能的装置之间的往返时间来判断用户对象与医疗设备之间的距离。此时无线信号获取模块也行使了测距的功能。In an embodiment, the acquisition module 201 may also be a wireless signal acquisition module, and the wireless signal acquisition module is configured to acquire wireless signals in the environment to determine that there is a user object in the environment. Correspondingly, the user object needs to carry a device with a wireless signal transmission function to interact with the monitoring system 200. Specifically, the distance between the user object and the medical equipment is determined by the round trip time between the wireless signal acquisition module and the device with the wireless signal transceiving function carried by the user object by the communication data. At this time, the wireless signal acquisition module also performs a ranging function.
一种实施例，测距模块202在根据所述距离值调整所述输出装置103的输 出状态时，若所述距离值为变化值，控制模块203用于根据所述距离值的变化量调整所述输出状态的变化量。In an embodiment, when the distance measurement module 202 adjusts the output state of the output device 103 according to the distance value, if the distance value is a change value, the control module 203 is configured to adjust the output state according to the distance value change. The amount of change in the output state.
一种实施例，测距模块202在检测用户对象与输出装置103的距离值时，还用于分别检测用户对象与所述输出装置103中的显示器1031的显示距离值，以及所述输出装置103中的音频播放装置1032的声音距离值；In one embodiment, when the distance measurement module 202 detects the distance value between the user object and the output device 103, it is also used to detect the display distance value of the user object and the display 1031 in the output device 103, and the output device 103 The sound distance value of the audio playback device 1032 in
控制模块203用于根据所述距离值调整所述输出装置103的输出状态时，根据所述显示距离值调整所述显示器1031的所述显示亮度参数和所述显示尺寸参数，以及根据所述声音距离值调整所述音频播放装置1032的所述音量参数。The control module 203 is configured to adjust the display brightness parameter and the display size parameter of the display 1031 according to the display distance value when adjusting the output state of the output device 103 according to the distance value, and according to the sound The distance value adjusts the volume parameter of the audio playback device 1032.
一种实施例，测距模块202在检测用户对象距离所述输出装置103的距离值时，识别模块204还用于识别用户对象的身份；In an embodiment, when the distance measurement module 202 detects the distance value of the user object from the output device 103, the identification module 204 is also used to identify the identity of the user object;
控制模块203用于根据所述距离值调整所述输出装置103的输出状态时，根据所述距离值结合所述身份调整所述输出装置103的输出状态。The control module 203 is configured to adjust the output state of the output device 103 according to the distance value in combination with the identity when adjusting the output state of the output device 103 according to the distance value.
一种实施例，控制模块203的控制输出状态还包括显示明细参数和报警界限参数。In an embodiment, the control output state of the control module 203 further includes display detail parameters and alarm limit parameters.
一种实施例，若获取模块201在环境中确定到多个用户对象时，识别模块204用于分别识别多个用户对象的身份，测距模块202用于分别检测多个用户对象距离所述输出装置103的距离值；In one embodiment, if the acquisition module 201 determines multiple user objects in the environment, the identification module 204 is used to identify the identities of the multiple user objects respectively, and the ranging module 202 is used to detect the distances of the multiple user objects respectively. The distance value of the device 103;
比较模块205还用于比较识别到的多个所述身份之间的优先级或比较多个所述距离值之间的大小；The comparison module 205 is further configured to compare the priorities between the multiple identified identities or compare the magnitudes between the multiple distance values;
在根据所述距离值结合所述身份调整所述输出装置103的输出状态时，控制模块203用于根据所述距离值结合所述优先级最高的所述身份或所述距离值最小的所述身份调整所述输出装置103的输出状态。When adjusting the output state of the output device 103 according to the distance value combined with the identity, the control module 203 is configured to combine the distance value with the identity with the highest priority or the identity with the smallest distance value. The identity adjusts the output state of the output device 103.
一种实施例，在根据所述距离值调整所述输出装置103的输出状态时，控制模块203用于接收参数锁定指令；In an embodiment, when adjusting the output state of the output device 103 according to the distance value, the control module 203 is configured to receive a parameter lock instruction;
控制模块203还用于根据所述距离值调整除所述参数锁定指令对应的输出状态以外的所述输出装置103其余的输出状态。The control module 203 is further configured to adjust the remaining output states of the output device 103 except for the output state corresponding to the parameter locking instruction according to the distance value.
一种实施例，在根据距离值调整输出装置103的输出状态之后，若用户对象从环境中消失，则控制模块203用于保持所述输出装置103的当前输出状态 或将输出装置103的输出状态恢复为初始状态。In one embodiment, after adjusting the output state of the output device 103 according to the distance value, if the user object disappears from the environment, the control module 203 is used to maintain the current output state of the output device 103 or change the output state of the output device 103 Restore to the initial state.
需要提出的是，图10中的各个操作的实现也可以对应参照上述的方法实施例的相应描述。It should be pointed out that the implementation of each operation in FIG. 10 can also refer to the corresponding description of the above method embodiment.
另一方面，本申请监护***200，不指定各组成模块的具体实施主体。除获取模块201和测距模块202需要设定在环境中之外，其余模块如控制模块203等还可以设置于远端服务器上。即本申请监护***200由前端设备和后台服务器两个分离的主体组成，前端设备完成体征数据的获取、距离值监测和向用户输出的功能。而对于输出方式的控制、身份识别，阈值调整等可由后台服务器来完成。后台服务器和前端设备通过有线或无线网络进行通讯，从而达到本监护***200的实施效果。本申请涉及的一种监护设备，包括上述监护***200。该监护设备可以为监护仪或中央监护站。监护设备因为通过本申请监护***200执行本申请医疗设备输出装置控制方法，具备了对应用户对象的距离来调整输出装置103的输出状态，使得输出装置103输出的信息能更好的到达用户对象的效果。On the other hand, the monitoring system 200 of this application does not specify the specific implementation subject of each component module. Except that the acquisition module 201 and the ranging module 202 need to be set in the environment, other modules such as the control module 203 can also be set on a remote server. That is, the monitoring system 200 of the present application is composed of two separate main bodies: a front-end device and a back-end server. The front-end device completes the functions of acquiring physical sign data, monitoring distance values, and outputting to users. The control of the output mode, identification, threshold adjustment, etc. can be completed by the background server. The back-end server and the front-end device communicate through a wired or wireless network, so as to achieve the implementation effect of the monitoring system 200. A monitoring device related to this application includes the monitoring system 200 described above. The monitoring equipment can be a monitor or a central monitoring station. Because the monitoring device implements the medical device output device control method of the application through the monitoring system 200 of the application, it has the ability to adjust the output state of the output device 103 according to the distance of the user object, so that the information output by the output device 103 can better reach the user object. effect.
以上所述的实施方式，并不构成对该技术方案保护范围的限定。任何在上述实施方式的精神和原则之内所作的修改、等同替换和改进等，均应包含在该技术方案的保护范围之内。The above-mentioned embodiments do not constitute a limitation on the protection scope of the technical solution. Any modifications, equivalent replacements and improvements made within the spirit and principles of the above implementation manners should be included in the protection scope of the technical solution.

Claims (20)

  1. 一种医疗设备输出装置控制方法，其特征在于，包括以下步骤：A method for controlling an output device of a medical equipment is characterized by comprising the following steps:
    确定到环境中存在用户对象，检测所述用户对象与输出装置的距离值；It is determined that there is a user object in the environment, and the distance value between the user object and the output device is detected;
    根据所述距离值调整所述输出装置的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。The output state of the output device is adjusted according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
  2. 根据权利要求1所述的医疗设备输出装置控制方法，其特征在于，所述根据所述距离值调整所述输出装置的输出状态，还包括：The method for controlling an output device of a medical equipment according to claim 1, wherein the adjusting the output state of the output device according to the distance value further comprises:
    若所述距离值为变化值，则根据所述距离值的变化量调整所述输出状态的变化量。If the distance value is a change value, the change amount of the output state is adjusted according to the change amount of the distance value.
  3. 根据权利要求1所述的医疗设备输出装置控制方法，其特征在于，所述检测用户对象与输出装置的距离值，包括：The control method of the medical equipment output device according to claim 1, wherein the detecting the distance value between the user object and the output device comprises:
    分别检测用户对象与所述输出装置中的显示器的显示距离值，以及所述输出装置中的音频播放装置的声音距离值；Respectively detecting the display distance value of the user object and the display in the output device, and the sound distance value of the audio playback device in the output device;
    所述根据所述距离值调整所述输出装置的输出状态，包括：The adjusting the output state of the output device according to the distance value includes:
    根据所述显示距离值调整所述显示亮度参数和所述显示尺寸参数，根据所述声音距离值调整所述音量参数。Adjust the display brightness parameter and the display size parameter according to the display distance value, and adjust the volume parameter according to the sound distance value.
  4. 根据权利要求1所述的医疗设备输出装置控制方法，其特征在于，所述检测用户对象与输出装置的距离值，包括：The control method of the medical equipment output device according to claim 1, wherein the detecting the distance value between the user object and the output device comprises:
    识别用户对象的身份和检测用户对象与输出装置之间的距离值；Identify the identity of the user object and detect the distance between the user object and the output device;
    所述根据所述距离值调整所述输出装置的输出状态，包括：The adjusting the output state of the output device according to the distance value includes:
    根据所述距离值结合所述身份调整所述输出装置的输出状态。The output state of the output device is adjusted according to the distance value in combination with the identity.
  5. 根据权利要求4所述的医疗设备输出装置控制方法，其特征在于，所述输出状态还包括显示明细参数和报警界限参数。The control method of the medical equipment output device according to claim 4, wherein the output state further comprises display detailed parameters and alarm limit parameters.
  6. 根据权利要求4所述的医疗设备输出装置控制方法，其特征在于，当确定到环境中存在多个用户对象时，所述识别用户对象的身份和检测用户对象与输出装置之间的距离值，包括：The medical equipment output device control method of claim 4, wherein when it is determined that there are multiple user objects in the environment, the identifying the identity of the user object and detecting the distance value between the user object and the output device, include:
    分别识别多个用户对象的身份并分别检测多个用户对象距离所述输出装置的距离值；Respectively identifying the identities of multiple user objects and respectively detecting the distance values of the multiple user objects from the output device;
    比较识别到的多个所述身份之间的优先级或比较多个所述距离值之间的大小；Comparing the priority between the plurality of identified identities or comparing the magnitude between the plurality of distance values;
    所述根据所述距离值结合所述身份调整所述输出装置的输出状态，包括：The adjusting the output state of the output device according to the distance value in combination with the identity includes:
    根据所述距离值结合所述优先级最高的所述身份或所述距离值最小的所述身份调整所述输出装置的输出状态。Adjust the output state of the output device according to the distance value in combination with the identity with the highest priority or the identity with the smallest distance value.
  7. 根据权利要求1所述的医疗设备输出装置控制方法，其特征在于，所述根据所述距离值调整所述输出装置的输出状态，包括：The method for controlling an output device of a medical equipment according to claim 1, wherein the adjusting the output state of the output device according to the distance value comprises:
    接收参数锁定指令；Receive parameter lock command;
    根据所述距离值调整除所述参数锁定指令对应的输出状态以外的所述输出装置其余的输出状态。Adjusting the remaining output states of the output device other than the output state corresponding to the parameter locking instruction according to the distance value.
  8. 根据权利要求1所述的医疗设备输出装置控制方法，其特征在于，所述根据所述距离值调整所述输出装置的输出状态之后，还包括：The method for controlling an output device of a medical equipment according to claim 1, wherein after adjusting the output state of the output device according to the distance value, the method further comprises:
    确定到环境中的用户对象消失；It is determined that the user object in the environment disappears;
    保持所述输出装置的当前输出状态或恢复为初始输出状态。Maintain the current output state of the output device or restore to the initial output state.
  9. 一种医疗设备，其特征在于，包括处理器、输入装置、输出装置和存储装置，所述处理器、输入装置、输出装置和存储装置相互连接，其中，所述存储装置用于存储计算机程序，所述计算机程序包括程序指令，所述处理器被配置用于调用所述程序指令，执行如权利要求1～8中任一项所述的医疗设备输出装置控制方法。A medical equipment, characterized by comprising a processor, an input device, an output device, and a storage device, the processor, the input device, the output device and the storage device are connected to each other, wherein the storage device is used to store a computer program, The computer program includes program instructions, and the processor is configured to call the program instructions to execute the medical device output device control method according to any one of claims 1 to 8.
  10. 一种监护***，其特征在于，包括：A monitoring system is characterized in that it comprises:
    获取模块，用于确定环境中是否存在用户对象；The acquisition module is used to determine whether there is a user object in the environment;
    测距模块，用于在获取模块确定到环境中存在用户对象时，检测用户对象与监护***的输出装置的距离值；The distance measurement module is used to detect the distance value between the user object and the output device of the monitoring system when the acquisition module determines that there is a user object in the environment;
    控制模块，用于根据所述距离值调整所述输出装置的输出状态，所述输出状态至少包括以下至少一项：显示亮度参数、显示尺寸参数以及音量参数。The control module is configured to adjust the output state of the output device according to the distance value, and the output state includes at least one of the following: a display brightness parameter, a display size parameter, and a volume parameter.
  11. 根据权利要求10所述的监护***，其特征在于，所述监护***还包括识别模块，所述识别模块用于识别用户对象的身份。The monitoring system according to claim 10, wherein the monitoring system further comprises an identification module, and the identification module is used to identify the identity of the user object.
  12. 根据权利要求11所述的监护***，其特征在于，所述监护***还包括比较模块，所述比较模块用于比较多个用户对象的所述身份的优先级。The monitoring system according to claim 11, wherein the monitoring system further comprises a comparison module, and the comparison module is used to compare the priority of the identities of multiple user objects.
  13. 根据权利要求10所述的监护***，其特征在于，所述获取模块通过检测环境中的特征信息以确定环境中是否存在用户对象。The monitoring system according to claim 10, wherein the acquisition module determines whether there is a user object in the environment by detecting characteristic information in the environment.
  14. 根据权利要求13所述的监护***，其特征在于，所述获取模块为视频获取模块，所述视频获取模块用于获取环境中的视频图像，并通过检测所述视频图像中的图像特征信息来确定环境中是否存在用户对象。The monitoring system according to claim 13, wherein the acquisition module is a video acquisition module, and the video acquisition module is used to acquire a video image in the environment, and to detect image feature information in the video image. Determine whether user objects exist in the environment.
  15. 根据权利要求14所述的监护***，其特征在于，所述图像特征信息包括人脸特征信息或标识特征图案。The monitoring system according to claim 14, wherein the image feature information includes facial feature information or identification feature patterns.
  16. 根据权利要求15所述的监护***，其特征在于，所述测距模块通过检测所述图像特征信息的大小以检测所述距离值。The monitoring system according to claim 15, wherein the distance measurement module detects the distance value by detecting the size of the image feature information.
  17. 根据权利要求13所述的监护***，其特征在于，所述获取模块为红外获取模块，所述红外获取模块用于向环境中发送红外光，并通过检测回收的所述红外光以确定环境中是否存在用户对象。The monitoring system according to claim 13, wherein the acquisition module is an infrared acquisition module, and the infrared acquisition module is used to send infrared light to the environment, and to determine the environment by detecting the recovered infrared light Whether there is a user object.
  18. 根据权利要求17所述的监护***，其特征在于，所述测距模块通过检测所述红外光的回收时长以检测所述距离值。The monitoring system according to claim 17, wherein the distance measurement module detects the distance value by detecting the recovery time of the infrared light.
  19. 根据权利要求13所述的监护***，其特征在于，所述获取模块为无线信号获取模块，所述无线信号获取模块用于获取环境中的无线信号来确定环境中是否存在用户对象。The monitoring system according to claim 13, wherein the acquisition module is a wireless signal acquisition module, and the wireless signal acquisition module is used to acquire wireless signals in the environment to determine whether there is a user object in the environment.
  20. 一种监护设备，其特征在于，所述监护设备包括权利要求10～19任一项所述监护***。A monitoring device, wherein the monitoring device comprises the monitoring system according to any one of claims 10-19.
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