Air pump control method, negative pressure pump system and dental electric suction machine

Abstract

The invention provides an air pump control method, a negative pressure pump system and a dental electric suction machine. The method comprises the steps that according to an electric suction machine application scene, application target features in the electric suction machine application scene are recognized; according to application target characteristics, the frequency is adjusted to change the working power of the air pump, and a stable negative-pressure environment is kept; through a human-computer interaction interface, setting an adaptive target real-time negative pressure value, selecting a suction machine operation language, generating human-computer interaction information data, and performing interface flickering warning or prompting to check alarm information; application target signals are detected in real time, application target states are monitored, negative-pressure air suction of the air pump is controlled to be stopped preferentially, and damage caused by the fact that liquid is sucked into the air pump is prevented.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent control of energy storage power supply for new energy distributed power sources, and more specifically, the present invention relates to an air pump control method, a negative pressure pump system, and a dental electric suction machine. Background Art

[0002] Currently, the intelligent level of the air pump of the electric suction machine needs to be improved; it is very crucial to solve the problem of negative pressure stability; the existing patent 201280013715.X proposes a compact suction unit, that is, the suction machine is equipped with a radial turbine with a small diameter, which is driven at high speed by an electrically rectified motor; for sound insulation, the suction machine and the motor are each provided with a water jacket, which is limited by a housing on the outside, and the housing is made of sound-absorbing plastic material; problems such as how to identify the application target according to the application scenario of the electric suction machine; how to adjust the working power of the air pump and maintain stability, how to adapt to the real-time change of the target and obtain more accurate interaction information data, how to give an alarm more timely and accurately and obtain prompt information, how to protect the state of the application target, and control the negative pressure of the air pump to prevent damage to the air pump remain to be solved; therefore, it is necessary to propose an air pump control method, a negative pressure pump system, and a dental electric suction machine to at least partially solve the problems existing in the prior art. Summary of the Invention

[0003] A series of simplified concepts are introduced in the Summary of the Invention section, which will be further described in detail in the Detailed Description section; the Summary of the Invention section of the present invention does not mean to attempt to define the key features and essential technical features of the claimed technical solution, nor does it mean to attempt to determine the protection scope of the claimed technical solution.

[0004] To at least partially solve the above problems, the present invention provides an air pump control method, including:

[0005] S01, according to the application scenario of the electric suction machine, identify the application target features in the application scenario of the electric suction machine;

[0006] S02, according to the application target features, adjust the frequency to change the working power of the air pump and maintain a stable negative pressure environment;

[0007] S03, through the human-machine interaction interface, set the real-time negative pressure value adapted to the target, select the operation language of the suction machine, generate human-machine interaction information data, and the interface flashes an alarm or prompts to view the alarm information;

[0008] S04, detect the application target signal in real time, monitor the application target state, and control to preferentially stop the negative pressure suction of the air pump to prevent liquid from being sucked into the air pump and causing damage.

[0009] Preferably, S01 includes:

[0010] S011. Set the basic features of the application target in the application scenario of the electric suction machine according to the application scenario of the electric suction machine. The basic features of the application target include: adult application target features, elderly application target features, and non - adult application target features.

[0011] S012. Identify the application target features in the application scenario of the electric suction machine through the visual probe of the electric suction machine according to the application target features.

[0012] The visual probe of the electric suction machine includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module. The target feature matching information in the target feature matching information library corresponds to the adult application target features, elderly application target features, and non - adult application target features respectively. The intelligent shooting camera takes pictures of the application target image. The target feature intelligent recognition module extracts the target feature information in the application target image and compares and identifies it with the target feature matching information in the target feature matching information library to identify the application target features in the application scenario of the electric suction machine.

[0013] Preferably, S02 includes:

[0014] S021. Adjust the frequency to change the working power of the air pump and control the suction air flow intensity of the air pump according to the application target features.

[0015] S022. Maintain a stable negative pressure environment according to the suction air flow intensity of the air pump.

[0016] Preferably, S03 includes:

[0017] S031. Set up a man - machine interaction interface; preset a set of basic negative pressure values; through the man - machine interaction interface, set the real - time negative pressure value adapted to the target and update the preset set of basic negative pressure values to obtain a dynamically updated set of negative pressure values.

[0018] S032. Select the operation language of the suction machine, and according to the dynamically updated set of negative pressure values, identify the voice control signal through the voice interaction intelligent recognition module to control and adjust the negative pressure value.

[0019] S033. Generate man - machine interaction information data, and flash the interface to give an alarm or prompt to view the alarm information.

[0020] The sequence of basic negative pressure values in the set of basic negative pressure values corresponds to the sequence of application target features. The first sequence of basic negative pressure values corresponds to the sequence of adult application target features; the second sequence of basic negative pressure values corresponds to the elderly application target features; the third sequence of basic negative pressure values corresponds to the non - adult application target features sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the sequence of application target features is divided into multiple target feature sequences according to age groups; the sequence of basic negative pressure values corresponds to multiple target feature sequences.

[0021] Preferably, S04 includes:

[0022] S041, which detects the application target signal in real time and monitors the application target status; the application target status includes: the application target is in a normal state, the application target is in danger, or the application target gives a stop signal;

[0023] S042, when the application target signal is not detected, the application target is monitored to be in danger, the application target gives a stop signal, or a shutdown signal is received, it controls to preferentially stop the negative pressure suction of the air pump, and then delays the shutdown of other devices; to prevent liquid from being sucked into the air pump and causing damage.

[0024] A negative pressure pump control system of the present invention includes:

[0025] The target feature application scenario recognition subsystem, according to the application scenario of the electric suction machine, recognizes the application target features in the application scenario of the electric suction machine;

[0026] The negative pressure stable power adjustment subsystem, according to the application target features, adjusts the frequency to change the working power of the air pump to maintain a stable negative pressure environment;

[0027] The human-computer interaction operation warning subsystem, through the human-computer interaction interface, sets the real-time negative pressure value suitable for the target, selects the operation language of the suction machine, generates human-computer interaction information data, and the interface flashes a warning or prompts to view the alarm information;

[0028] The signal status monitoring and control subsystem, which detects the application target signal in real time, monitors the application target status, and controls to preferentially stop the negative pressure suction of the air pump to prevent liquid from being sucked into the air pump and causing damage.

[0029] Preferably, the target feature application scenario recognition subsystem includes:

[0030] The application scenario feature basic subsystem, according to the application scenario of the electric suction machine, sets the application target basic features in the application scenario of the electric suction machine; the application target basic features include: adult application target features, elderly application target features, and non-adult application target features;

[0031] The application target feature recognition subsystem, according to the application target features, recognizes the application target features in the application scenario of the electric suction machine through the visual probe of the electric suction machine;

[0032] The vision probe of the electric suction machine includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non - adult application target features respectively; the intelligent shooting camera captures application target images; the target feature intelligent recognition module extracts the target feature information in the application target images and compares and identifies it with the target feature matching information in the target feature matching information library to identify the application target features of the electric suction machine application scenario.

[0033] Preferably, the negative - pressure stable power - regulation subsystem includes:

[0034] The intensity - control power - regulation subsystem adjusts the frequency to change the working power of the air pump according to the application target features, and controls the suction air - flow intensity of the air pump.

[0035] The negative - pressure environment stability subsystem maintains a stable negative - pressure environment according to the suction air - flow intensity of the air pump.

[0036] Preferably, the human - machine interaction operation warning subsystem includes:

[0037] The human - machine interaction dynamic - update subsystem sets up a human - machine interaction interface; presets a set of basic negative - pressure values; through the human - machine interaction interface, sets the real - time negative - pressure value adapted to the target and updates the preset set of basic negative - pressure values to obtain a dynamically updated set of negative - pressure values.

[0038] The operation - language negative - pressure regulation subsystem selects the operation language of the suction machine, and according to the dynamically updated set of negative - pressure values, identifies the voice - control signal through the voice - interaction intelligent recognition module to control and adjust the negative - pressure value.

[0039] The information - generation flashing - warning subsystem generates human - machine interaction information data, and flashes a warning on the interface or prompts to view the alarm information.

[0040] The sequence of basic negative - pressure values in the set of basic negative - pressure values corresponds to the sequence of application target features; the first sequence of basic negative - pressure values corresponds to the sequence of adult application target features; the second sequence of basic negative - pressure values corresponds to the elderly application target features; the third sequence of basic negative - pressure values corresponds to the non - adult application target features; the first basic negative - pressure value is greater than the second basic negative - pressure value, and the second basic negative - pressure value is greater than the third basic negative - pressure value; the sequence of application target features is divided into multiple target - feature sequences according to age groups; the sequence of basic negative - pressure values corresponds to multiple target - feature sequences.

[0041] The signal - state monitoring and control subsystem includes:

[0042] The target signal - state monitoring subsystem detects the application target signal in real - time and monitors the application target state; the application target state includes: the application target is in a normal state, the application target is in danger, or the application target gives a stop signal.

[0043] The air pump protection priority control subsystem controls the air pump to stop negative pressure suction first and then delay the shutdown of other devices when the application target signal is not detected, when it is detected that the application target is in danger, when the application target gives a stop signal, or when a shutdown signal is received, preventing liquid from being sucked into the air pump and causing damage.

[0044] A dental electric suction machine of the present invention includes a dental electric suction machine adopting the air pump control method described above.

[0045] Compared with the prior art, the present invention has at least the following beneficial effects:

[0046] The present invention provides an air pump control method, a negative pressure pump system and a dental electric suction machine. According to the application scenario of the electric suction machine, the application target characteristics in the application scenario of the electric suction machine are identified; according to the application target characteristics, the frequency is adjusted to change the working power of the air pump to maintain a stable negative pressure environment; through the human-machine interaction interface, the real-time negative pressure value adapted to the target is set, the operation language of the suction machine is selected, and the human-machine interaction information data is generated. The interface flashes a warning or prompts to view the alarm information; the application target signal is detected in real time, the state of the application target is monitored, and the air pump is controlled to stop negative pressure suction first to prevent liquid from being sucked into the air pump and causing damage; it can significantly improve the intelligent level of the air pump of the electric suction machine; the very critical negative pressure stability is significantly increased; the application target can be identified according to the application scenario of the electric suction machine, and the accuracy of application target identification is significantly improved; the working power of the air pump can be adjusted and maintained stably; it can adapt to the real-time change of the target and obtain more accurate interaction information data; it can give an alarm more timely and accurately and obtain prompt information; it can protect the state of the application target and control the negative pressure of the air pump to prevent the air pump from being damaged; the negative pressure holding stability is significantly improved; the negative pressure safety level is significantly enhanced; the safety of the application target and the air pump of the electric suction machine is significantly improved; it has great significance and remarkable effects.

[0047] For the air pump control method, negative pressure pump system and dental electric suction machine described in the present invention, other advantages, objectives and features of the present invention will be partially reflected by the following description and partially understood by those skilled in the art through the research and practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0048] The drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation to the present invention. In the drawings:

[0049] Figure 1 It is a diagram of an embodiment of a negative pressure pump control system described in the present invention.

[0050] Figure 2 It is a diagram of another embodiment of a negative pressure pump control system described in the present invention. Detailed implementation manners

[0051] The following further elaborates on the present invention in conjunction with the accompanying drawings and embodiments, so that those skilled in the art can implement it with reference to the specification; as shown in the figure, the present invention provides an air pump control method, including:

[0052] S01. Identify the application target features in the application scenario of the electric suction machine according to the application scenario of the electric suction machine;

[0053] S02. Adjust the frequency to change the working power of the air pump according to the application target features to maintain a stable negative pressure environment;

[0054] S03. Set the real-time negative pressure value adapted to the target through the human-machine interaction interface, select the operation language of the suction machine, generate human-machine interaction information data, and the interface flashes to give an alarm or prompts to view the alarm information;

[0055] S04. Detect the application target signal in real time, monitor the application target status, and control to preferentially stop the negative pressure suction of the air pump to prevent liquid from being sucked into the air pump and causing damage.

[0056] The principle and effect of the above technical solution are as follows: an air pump control method; identify the application target features in the application scenario of the electric suction machine according to the application scenario of the electric suction machine; adjust the frequency to change the working power of the air pump according to the application target features to maintain a stable negative pressure environment; set the real-time negative pressure value adapted to the target through the human-machine interaction interface, select the operation language of the suction machine, generate human-machine interaction information data, and the interface flashes to give an alarm or prompts to view the alarm information; detect the application target signal in real time, monitor the application target status, and control to preferentially stop the negative pressure suction of the air pump to prevent liquid from being sucked into the air pump and causing damage; significantly improve the intelligent level of the air pump of the electric suction machine; significantly increase the very crucial negative pressure stability; be able to identify the application target according to the application scenario of the electric suction machine, and significantly improve the accuracy of application target identification; be able to adjust the working power of the air pump and maintain stability; be able to adapt to the real-time change of the target and obtain more accurate interaction information data; be able to give an alarm more timely and accurately and obtain prompt information; be able to protect the application target status and control the negative pressure of the air pump to prevent the air pump from being damaged; significantly improve the stability of negative pressure maintenance; significantly enhance the negative pressure safety level; significantly improve the safety of the application target and the air pump of the electric suction machine; have great significance and remarkable effects.

[0057] In one embodiment, S01 includes:

[0058] S011. Set the basic application target features in the application scenario of the electric suction machine according to the application scenario of the electric suction machine; the basic application target features include: adult application target features, elderly application target features, and non-adult application target features;

[0059] S012. Identify the application target features in the application scenario of the electric suction machine through the visual probe of the electric suction machine according to the application target features.

[0060] The visual probe of the electric suction machine includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non - adult application target features respectively; the intelligent shooting camera takes pictures of the application target images; the target feature intelligent recognition module extracts the target feature information in the application target images and compares and identifies it with the target feature matching information in the target feature matching information library to identify the application target features in the application scenario of the electric suction machine.

[0061] The principle and effect of the above - mentioned technical solution are as follows: Set the basic application target features in the application scenario of the electric suction machine according to the application scenario of the electric suction machine; the basic application target features include: adult application target features, elderly application target features, and non - adult application target features; identify the application target features in the application scenario of the electric suction machine through the visual probe of the electric suction machine according to the application target features; the visual probe of the electric suction machine includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non - adult application target features respectively; the intelligent shooting camera takes pictures of the application target images; the target feature intelligent recognition module extracts the target feature information in the application target images and compares and identifies it with the target feature matching information in the target feature matching information library to identify the application target features in the application scenario of the electric suction machine; it can identify the application target according to the application scenario of the electric suction machine, and the accuracy of application target recognition is significantly improved.

[0062] In one embodiment, S02 includes:

[0063] S021. Adjust the frequency to change the working power of the air pump and control the suction air flow intensity of the air pump according to the application target features.

[0064] S022. Maintain a stable negative pressure environment according to the suction air flow intensity of the air pump.

[0065] The principles and effects of the above technical solutions are as follows: According to the application target characteristics, the frequency is adjusted to change the working power of the air pump and control the suction air flow intensity of the air pump; according to the suction air flow intensity of the air pump, a stable negative pressure environment is maintained; according to the application target characteristics, adjusting the frequency to change the working power of the air pump and controlling the suction air flow intensity of the air pump includes: according to the application target characteristics, when the application target characteristics are adult application target characteristics, identifying the adult application target, adjusting the frequency to change the working power of the air pump, adjusting and increasing the working power of the air pump to control the increase of the suction air flow intensity of the air pump, and controlling the suction air flow intensity of the air pump to adapt to the adult application target; when the application target characteristics are elderly application target characteristics, identifying the elderly application target, adjusting the frequency to change the working power of the air pump, adjusting the working power of the air pump to control the medium suction air flow intensity of the air pump, and controlling the suction air flow intensity of the air pump to adapt to the elderly application target; when the application target characteristics are non-adult application target characteristics, identifying the application target age range according to the oral cavity and dental age characteristics, adjusting the frequency to change the working power of the air pump, and adjusting the working power of the air pump to control the suction air flow intensity of the air pump to adapt to the non-adult application target; it is possible to adjust the working power of the air pump and maintain stability.

[0066] In one embodiment, S03 includes:

[0067] S031, set up a man-machine interaction interface; preset a set of basic negative pressure values; through the man-machine interaction interface, set the real-time negative pressure value suitable for the target, and update the preset set of basic negative pressure values to obtain a dynamically updated set of negative pressure values;

[0068] S032, select the operation language of the suction machine, and according to the dynamically updated set of negative pressure values, identify the voice control signal through the voice interaction intelligent recognition module to control and adjust the negative pressure value;

[0069] S033, generate man-machine interaction information data, and the interface blinks to give an alarm or prompt to view the alarm information;

[0070] The basic negative pressure value sequence in the set of basic negative pressure values corresponds to the application target characteristic sequence; the first basic negative pressure value sequence corresponds to the adult application target characteristic sequence; the second basic negative pressure value sequence corresponds to the elderly application target characteristic; the third basic negative pressure value sequence corresponds to the non-adult application target characteristic sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the application target characteristic sequence is divided into multiple target characteristic sequences according to the age range; the basic negative pressure value sequence corresponds to multiple target characteristic sequences.

[0071] The principles and effects of the above technical solution are as follows: Set up a human-computer interaction interface; preset a set of basic negative pressure values; through the human-computer interaction interface, set the real-time negative pressure value suitable for the target, update the preset set of basic negative pressure values, and obtain a dynamically updated set of negative pressure values; select the operating language of the suction machine, and according to the dynamically updated set of negative pressure values, identify the voice control signal through the voice interaction intelligent recognition module to control and adjust the negative pressure value; generate human-computer interaction information data, and the interface flashes a warning or prompts to view the alarm information; the basic negative pressure value sequence in the set of basic negative pressure values corresponds to the application target feature sequence; the first basic negative pressure value sequence corresponds to the adult application target feature sequence; the second basic negative pressure value sequence corresponds to the elderly application target feature; the third basic negative pressure value sequence corresponds to the non-adult application target feature sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the application target feature sequence is divided into multiple target feature sequences according to age groups; the basic negative pressure value sequence corresponds to multiple target feature sequences; it can protect the application target state and control the negative pressure of the air pump to prevent damage to the air pump.

[0072] In one embodiment, S04 includes:

[0073] S041, real-time detect the application target signal and monitor the application target state; the application target state includes: the application target is in a normal state, the application target is in danger, or the application target issues a stop signal;

[0074] S042, when the application target signal is not detected, the application target is monitored to be in danger, the application target issues a stop signal, or a shutdown signal is received, control to preferentially stop the negative pressure suction of the air pump, and then delay the shutdown of other devices; prevent liquid from being sucked into the air pump and causing damage.

[0075] The principles and effects of the above technical solution are as follows: The application target signal is detected in real time to monitor the state of the application target; the state of the application target includes: the application target is in a normal state, the application target is in danger, or the application target issues a stop signal; when the application target signal is not detected, the application target is monitored to be in danger, the application target issues a stop signal, or a shutdown signal is received, the control first stops the negative pressure suction of the air pump, and then delays the shutdown of other devices; to prevent liquid from being sucked into the air pump and causing damage; the negative pressure pump system further includes multiple groups of air pressure balance solenoid valves, air flow detectors, and an air pump air pressure balance intelligent controller arranged on the air pump pipeline; the air flow detector detects the state of the negative pressure suction air flow. When it detects that the negative pressure suction air flow is blocked and the negative pressure suction pipeline is blocked, the air pump air pressure balance intelligent controller controls the negative pressure pump to stop immediately, and according to the blocked section of the negative pressure suction pipeline, controls the air pressure balance solenoid valve of the blocked section of the negative pressure suction pipeline to open through the air pump intelligent controller to balance the air pressure of the blocked section of the negative pressure suction pipeline; and based on the air pressure balance solenoid valve of the blocked section of the negative pressure suction pipeline, it can determine the pipeline section where the pipeline blockage foreign object is located and timely show the pipeline section where the pipeline blockage foreign object is located; the accuracy rate of pipeline foreign object identification is significantly improved, and the cleaning and processing efficiency is significantly enhanced; to avoid the pipeline being in a negative pressure state causing the pipeline blockage foreign object to further penetrate into the pipeline or enter the negative pressure pump and cause serious accidents; the stability of the negative pressure is significantly improved; the safety degree of the negative pressure is significantly enhanced; the safety of the application target and the electric suction machine air pump is significantly improved; it has great significance and remarkable effects.

[0076] A negative pressure pump control system of the present invention includes:

[0077] The target feature application scenario recognition subsystem 01 identifies the application target features in the application scenario of the electric suction machine according to the application scenario of the electric suction machine;

[0078] The negative pressure stable power adjustment subsystem 02 adjusts the frequency to change the working power of the air pump according to the application target features to maintain a stable negative pressure environment;

[0079] The human-machine interaction operation warning subsystem 03 sets the real-time negative pressure value of the adaptation target, selects the operation language of the suction machine, generates human-machine interaction information data through the human-machine interaction interface, and the interface flashes a warning or prompts to view the alarm information;

[0080] The signal state monitoring and control subsystem 04 detects the application target signal in real time, monitors the state of the application target, and controls the priority to stop the negative pressure suction of the air pump to prevent liquid from being sucked into the air pump and causing damage.

[0081] The principles and effects of the above technical solution are as follows: Through a negative pressure pump control system, including: a target feature application scenario recognition subsystem, which recognizes the application target features in the electric suction machine application scenario according to the electric suction machine application scenario; a negative pressure stability power adjustment subsystem, which adjusts the frequency to change the working power of the air pump according to the application target features to maintain a stable negative pressure environment; a human-computer interaction operation warning subsystem, which sets the real-time negative pressure value adapted to the target, selects the operation language of the suction machine through the human-computer interaction interface, generates human-computer interaction information data, and flashes a warning on the interface or prompts to view the alarm information; a signal status monitoring and control subsystem, which detects the application target signal in real time, monitors the application target status, and controls the air pump to stop negative pressure suction preferentially to prevent liquid from being sucked into the air pump and causing damage; it can significantly improve the intelligent level of the air pump of the electric suction machine; the very crucial negative pressure stability is significantly increased; it can identify the application target according to the electric suction machine application scenario, and the accuracy of application target recognition is significantly improved; it can adjust the working power of the air pump and maintain stability; it can adapt to the real-time changes of the target and obtain more accurate interaction information data; it can give warnings more timely and accurately and obtain prompt information; it can protect the application target status and control the negative pressure of the air pump to prevent the air pump from being damaged; the negative pressure holding stability is significantly improved; the negative pressure safety level is significantly enhanced; the safety of the application target and the air pump of the electric suction machine is significantly improved; it has great significance and remarkable effects.

[0082] In one embodiment, the target feature application scenario recognition subsystem includes:

[0083] The application scenario feature basic subsystem sets the application target basic features in the electric suction machine application scenario according to the electric suction machine application scenario; the application target basic features include: adult application target features, elderly application target features, and non-adult application target features;

[0084] The application target feature recognition subsystem recognizes the application target features in the electric suction machine application scenario through the electric suction machine vision probe according to the application target features;

[0085] The electric suction machine vision probe includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non-adult application target features respectively; the intelligent shooting camera shoots the application target image; the target feature intelligent recognition module extracts the target feature information in the application target image and compares it with the target feature matching information in the target feature matching information library for recognition, and recognizes the application target features in the electric suction machine application scenario.

[0086] The principles and effects of the above technical solution are as follows: Through the target feature application scenario recognition subsystem, including: the application scenario feature basic subsystem, which sets the application target basic features in the electric suction machine application scenario according to the electric suction machine application scenario; the application target basic features include: adult application target features, elderly application target features, and non-adult application target features; the application target feature recognition subsystem, which recognizes the application target features in the electric suction machine application scenario through the electric suction machine vision probe according to the application target features; the electric suction machine vision probe includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non-adult application target features respectively; the intelligent shooting camera shoots the application target image; the target feature intelligent recognition module extracts the target feature information in the application target image and compares it with the target feature matching information in the target feature matching information library for recognition, and recognizes the application target features in the electric suction machine application scenario; it can recognize the application target according to the electric suction machine application scenario, and the accuracy of application target recognition is significantly improved.

[0087] In one embodiment, the negative pressure stable power adjustment subsystem includes:

[0088] The intensity control power adjustment subsystem adjusts the frequency to change the working power of the air pump and controls the suction air flow intensity of the air pump according to the application target features.

[0089] The negative pressure environment stabilization subsystem maintains a stable negative pressure environment according to the suction air flow intensity of the air pump.

[0090] The principles and effects of the above technical solution are as follows: The negative pressure stable power adjustment subsystem includes: the intensity control power adjustment subsystem, which adjusts the frequency to change the working power of the air pump and controls the suction air flow intensity of the air pump according to the application target features; the negative pressure environment stabilization subsystem, which maintains a stable negative pressure environment according to the suction air flow intensity of the air pump; adjusting the frequency to change the working power of the air pump and controlling the suction air flow intensity of the air pump according to the application target features includes: according to the application target features, when the application target features are adult application target features, recognizing the adult application target, adjusting the frequency to change the working power of the air pump, adjusting and increasing the working power of the air pump to control the increase of the suction air flow intensity of the air pump, and controlling the suction air flow intensity of the air pump to adapt to the adult application target; when the application target features are elderly application target features, recognizing the elderly application target, adjusting the frequency to change the working power of the air pump, adjusting the working power of the air pump to control the suction air flow intensity of the air pump to be medium, and controlling the suction air flow intensity of the air pump to adapt to the elderly application target; when the application target features are non-adult application target features, recognizing the application target age range according to the oral cavity and tooth age features, adjusting the frequency to change the working power of the air pump, and adjusting the working power of the air pump to control the suction air flow intensity of the air pump to adapt to the non-adult application target; it can give warnings more timely and accurately and obtain prompt information.

[0091] In one embodiment, the human-computer interaction operation warning subsystem includes:

[0092] A human-computer interaction dynamic update subsystem that sets a human-computer interaction interface 301; presets a set of basic negative pressure values; sets an adaptive target real-time negative pressure value through the human-computer interaction interface, updates the preset set of basic negative pressure values, and obtains a dynamically updated set of negative pressure values 302;

[0093] An operation language negative pressure regulation subsystem that selects the operation language of the suction machine and controls the adjustment of the negative pressure value by identifying a voice control signal through a voice interaction intelligent recognition module 303 according to the dynamically updated set of negative pressure values;

[0094] An information generation flashing warning subsystem that generates human-computer interaction information data and performs interface flashing warning or prompts to view alarm information;

[0095] The basic negative pressure value sequence in the set of basic negative pressure values corresponds to the application target feature sequence; the first basic negative pressure value sequence corresponds to the adult application target feature sequence; the second basic negative pressure value sequence corresponds to the elderly application target feature; the third basic negative pressure value sequence corresponds to the non-adult application target feature sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the application target feature sequence is divided into multiple target feature sequences according to age groups; the basic negative pressure value sequence corresponds to multiple target feature sequences.

[0096] The principles and effects of the above technical solution are as follows: The human-machine interaction operation warning subsystem includes: a human-machine interaction dynamic update subsystem that sets a human-machine interaction interface; a preset basic negative pressure value set; through the human-machine interaction interface, a real-time negative pressure value suitable for the target is set, and the preset basic negative pressure value set is updated to obtain a dynamically updated negative pressure value set; an operation language negative pressure regulation subsystem that selects the operation language of the suction machine and controls the adjustment of the negative pressure value according to the dynamically updated negative pressure value set through the voice interaction intelligent recognition module to identify the voice control signal; an information generation and flashing warning subsystem that generates human-machine interaction information data and flashes a warning on the interface or prompts to view the alarm information; the basic negative pressure value sequence in the basic negative pressure value set corresponds to the application target feature sequence; the first basic negative pressure value sequence corresponds to the adult application target feature sequence; the second basic negative pressure value sequence corresponds to the elderly application target feature; the third basic negative pressure value sequence corresponds to the non-adult application target feature sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the application target feature sequence is divided into multiple target feature sequences according to age groups; the basic negative pressure value sequence corresponds to multiple target feature sequences; it can protect the application target state and control the negative pressure of the air pump to prevent the air pump from being damaged; the negative pressure pump system also includes multiple groups of air pressure balance solenoid valves, air flow detectors and air pump air pressure balance intelligent controllers arranged on the air pump pipeline; the air flow detector detects the state of the negative pressure suction air flow. When it detects that the negative pressure suction air flow is blocked and the negative pressure suction pipeline is blocked, the air pump air pressure balance intelligent controller controls the negative pressure pump to stop immediately, and according to the blocked section of the negative pressure suction pipeline, controls the air pressure balance solenoid valve of the blocked section of the negative pressure suction pipeline to open through the air pump intelligent controller to balance the air pressure of the blocked section of the negative pressure suction pipeline; and according to the air pressure balance solenoid valve of the blocked section of the negative pressure suction pipeline, it can determine the pipeline section where the pipeline blockage foreign object is located and timely show the pipeline section where the pipeline blockage foreign object is located; the accuracy of pipeline foreign object identification is significantly improved, and the cleaning and processing efficiency is significantly enhanced; it is avoided that the pipeline is in a negative pressure state, causing the pipeline blockage foreign object to further penetrate into the pipeline or enter the negative pressure pump, resulting in serious accidents; the stability of negative pressure maintenance is significantly improved; the safety degree of negative pressure is significantly enhanced; the safety of the application target and the air pump of the electric suction machine is significantly improved.

[0097] A dental electric suction machine of the present invention includes: a dental electric suction machine with the air pump control method as described above.

[0098] The principle and effects of the above technical solution are as follows: A dental electric suction machine of the present invention includes: a dental electric suction machine with a gas pump control method as described above; it can significantly improve the intelligent level of the gas pump of the electric suction machine; the negative pressure stability, which is very crucial, is significantly increased; it can identify the application target according to the application scenario of the electric suction machine, and the accuracy of application target recognition is significantly improved; it can adjust the working power of the gas pump and maintain stability; it can adapt to real-time changes of the target and obtain more accurate interactive information data; it can give warnings more timely and accurately and obtain prompt information; it can protect the state of the application target and control the negative pressure of the gas pump to prevent damage to the gas pump; the stability of negative pressure maintenance is significantly improved; the safety level of negative pressure is significantly enhanced; the safety of the application target and the gas pump of the electric suction machine is significantly improved; it has great significance and remarkable effects.

[0099] Although the embodiments of the present invention have been disclosed as above, it is not limited to the applications listed in the specification and embodiments. It can be fully applied to various fields suitable for the present invention. For those familiar with the field, additional modifications can be easily made. Therefore, without departing from the general concept defined by the claims and the equivalent scope, the present invention is not limited to the specific details and the illustrated and described examples here.

Claims

1. A method for controlling an air pump, characterized in that: include: S01, identifying application target features in the electric suction machine application scenario according to the electric suction machine application scenario; S02, according to the application target characteristics, adjust the frequency to change the working power of the air pump to maintain a stable negative pressure environment; S03, through the human-computer interaction interface, set the target real-time negative pressure value, select the suction machine operation language, generate human-computer interaction information data, and the interface flashes to indicate an alarm or prompts to check the alarm information; S04, real-time detection of application target signals, monitoring of application target status, and control to prioritize stopping of negative pressure suction of the air pump to prevent liquid from being sucked into the air pump and causing damage.

2. The air pump control method according to claim 1, characterized in that: S01 includes: S011, according to the application scenario of the electric suction machine, setting the basic characteristics of the application target in the application scenario of the electric suction machine; the basic characteristics of the application target include: adult application target characteristics, elderly application target characteristics and non-adult application target characteristics; S012, identifying application target features in an application scenario of the electric suction machine through an electric suction machine visual probe according to the application target features; The electric suction machine visual probe includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non-adult application target features respectively; the intelligent shooting camera shoots the application target image; the target feature intelligent recognition module extracts the target feature information in the application target image and compares and identifies it with the target feature matching information in the target feature matching information library to identify the application target features of the electric suction machine application scenario.

3. The air pump control method according to claim 1, characterized in that: S02 includes: S021, according to the application target characteristics, adjust the frequency to change the working power of the air pump and control the suction airflow intensity of the air pump; S022, maintain a stable negative pressure environment according to the suction airflow intensity of the air pump.

4. The air pump control method according to claim 1, characterized in that: S03 includes: S031, setting a human-computer interaction interface; presetting a basic negative pressure value set; setting a real-time negative pressure value adapted to a target through the human-computer interaction interface, and updating the preset basic negative pressure value set, and obtaining a dynamically updated negative pressure value set; S032, selecting the suction machine operating language, and adjusting the negative pressure value by recognizing the voice control signal through the voice interaction intelligent recognition module according to the dynamically updated negative pressure value set; S033, generating human-computer interaction information data, and the interface flashes to indicate an alarm or prompts to check the alarm information; The basic negative pressure value sequence in the basic negative pressure value set corresponds to the application target feature sequence; the first basic negative pressure value sequence corresponds to the adult application target feature sequence; the second basic negative pressure value sequence corresponds to the elderly application target feature; the third basic negative pressure value sequence corresponds to the non-adult application target feature sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the application target feature sequence is divided into multiple target feature sequences according to age groups; the basic negative pressure value sequence corresponds to multiple target feature sequences.

5. The air pump control method according to claim 1, characterized in that: S04 includes: S041, detecting application target signals in real time and monitoring the application target status; the application target status includes: the application target is in a normal state, the application target is in danger, or the application target issues a stop signal; S042, when no application target signal is detected, danger is detected in the application target, the application target sends a stop signal or receives a shutdown signal, the control will first stop the negative pressure suction of the air pump, and then delay the shutdown of other equipment to prevent liquid from being sucked into the air pump and causing damage.

6. A negative pressure pump control system, characterized in that: include: The target feature application scenario identification subsystem identifies the application target features in the electric suction machine application scenario according to the electric suction machine application scenario; The negative pressure stabilization power regulation subsystem adjusts the frequency to change the working power of the air pump according to the application target characteristics to maintain a stable negative pressure environment; Human-machine interactive operation warning subsystem, through the human-machine interactive interface, set the target real-time negative pressure value, select the suction machine operation language, generate human-machine interactive information data, the interface flashes to warn or prompts to check the alarm information; The signal status monitoring and control subsystem detects the application target signal in real time, monitors the application target status, and controls the priority stopping of the air pump's negative pressure suction to prevent liquid from being sucked into the air pump and causing damage.

7. A negative pressure pump control system according to claim 6, characterized in that: Target feature application scenario recognition subsystem, including: The application scenario feature basic subsystem sets the application target basic features in the electric suction machine application scenario according to the electric suction machine application scenario; the application target basic features include: adult application target features, elderly application target features and non-adult application target features; The application target feature recognition subsystem recognizes the application target features in the application scenario of the electric suction machine through the electric suction machine visual probe according to the application target features; The electric suction machine visual probe includes: an intelligent shooting camera, a target feature matching information library, and a target feature intelligent recognition module; the target feature matching information in the target feature matching information library corresponds to adult application target features, elderly application target features, and non-adult application target features respectively; the intelligent shooting camera shoots the application target image; the target feature intelligent recognition module extracts the target feature information in the application target image and compares and identifies it with the target feature matching information in the target feature matching information library to identify the application target features of the electric suction machine application scenario.

8. A negative pressure pump control system according to claim 6, characterized in that: Negative pressure stabilization power regulation subsystem, including: The intensity control power regulation subsystem adjusts the frequency to change the working power of the air pump and controls the suction airflow intensity of the air pump according to the application target characteristics; The negative pressure environment stabilization subsystem maintains a stable negative pressure environment according to the air flow intensity of the air pump.

9. A negative pressure pump control system according to claim 6, characterized in that: Human-machine interactive operation warning subsystem, including: The human-computer interaction dynamic update subsystem sets the human-computer interaction interface; presets a basic negative pressure value set; through the human-computer interaction interface, sets a real-time negative pressure value that adapts to the target, updates the preset basic negative pressure value set, and obtains a dynamically updated negative pressure value set; The operating language negative pressure control subsystem selects the suction machine operating language, dynamically updates the negative pressure value set, and recognizes the voice control signal through the voice interaction intelligent recognition module to control and adjust the negative pressure value; The information generation flashing alarm subsystem generates human-computer interaction information data, and the interface flashes to indicate an alarm or prompts you to check the alarm information; The basic negative pressure value sequence in the basic negative pressure value set corresponds to the application target feature sequence; the first basic negative pressure value sequence corresponds to the adult application target feature sequence; the second basic negative pressure value sequence corresponds to the elderly application target feature; the third basic negative pressure value sequence corresponds to the non-adult application target feature sequence; the first basic negative pressure value is greater than the second basic negative pressure value, and the second basic negative pressure value is greater than the third basic negative pressure value; the application target feature sequence is divided into multiple target feature sequences according to age groups; the basic negative pressure value sequence corresponds to multiple target feature sequences; Signal status monitoring and control subsystem: The target signal status monitoring subsystem detects the application target signal in real time and monitors the application target status; the application target status includes: the application target is in a normal state, the application target is in danger, or the application target issues a stop signal; The air pump protection priority control subsystem will prioritize stopping the air pump's negative pressure suction and then delay shutting down other equipment when no application target signal is detected, when a danger is detected in the application target, when the application target sends a stop signal, or when a shutdown signal is received, to prevent liquid from being sucked into the air pump and causing damage.

10. A dental electric suction machine, characterized in that: include: A dental electric suction machine with an air pump control method as claimed in claim 1.

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