152 results about "Alarm state" patented technology

The invention relates to an intelligent scheduling method and device for communication network resources, equipment and a medium. The method comprises the following steps: performing IP packet header analysis on a service data packet to obtain an initial service priority identifier, and performing adjustment in combination with a preset priority rule, an equipment alarm state and a network congestion rate to generate a dynamic service label; based on the dynamic service label, the real-time link state and the energy consumption coefficient, generating a resource allocation strategy and a path scoring weight parameter through a preset deep reinforcement learning network; and calculating a path score based on the resource allocation strategy and the path score weight parameter, generating a path mapping table, generating a port suppression instruction based on the dynamic service label and the resource allocation strategy, and extracting a base station power regulation instruction. According to the method, the dynamic adaptability, the resource utilization rate and the energy consumption management and control capability of communication network resource scheduling are improved by means of dynamically adjusting the service priority, comprehensively modeling a resource allocation strategy and the like, and the transmission guarantee level of high-priority services is enhanced.

A method of detecting anomalies using alarm data from a manufacturing network for manufacturing a product in batches includes obtaining alarm data, the alarm data indicates timing alarm state information of each alarm among one or more types of a plurality of alarms among a plurality of types of alarms during a plurality of batches. Each type of alarm is indicative of a different type of problem. The plurality of alarms includes a first alarm and a second alarm. For each batch, a probability that the second alarm will occur within a specified period of time after the first alarm is calculated based on the alarm data. A cumulative sum (CUSUM) of average deviations of probabilities calculated for each batch is stepwise calculated, and a batch having a maximum absolute value of the CUSUM is identified as a point-of-change batch exhibiting a potential anomaly indicative of a problem in the manufacturing network that requires investigation or repair.

The invention discloses a multi-axial mechanical accelerometer and a measuring method, and relates to the technical field of mechanical accelerometer equipment.The multi-axial mechanical accelerometer comprises a dome shell, a touch type alarm is installed in the dome shell, a transverse shaft is installed in the dome shell in the radial line direction of the dome shell, and the transverse shaft is sleeved with a conical sleeve; the conical sleeve is in sliding fit with the transverse rod, and the transverse shaft is sleeved with a first reset spring used for driving the conical sleeve to be close to the touch type alarm. The first base is installed at the bottom of the dome shell, a limiting assembly used for limiting the conical sleeve to move in the radial line direction is installed in the bottom of the first base, and the limiting assembly can move in the axis direction in the first base; when the multi-axial mechanical accelerometer works, acceleration signals in the axial direction and acceleration signals in the axial direction of other intersecting coordinate systems are responded, acceleration values in the axial direction of the multi-axial mechanical accelerometer are measured, an over-limit alarm state is indicated, and an alarm signal is output.

The invention discloses an acceleration tube full-process automatic reliability test system and device, and relates to the technical field of high-power microwave device testing, and the system specifically comprises the following modules: a control test module, a hardware control module, an acquisition processing module, a business logic module, a data persistence module, and a user performance module. Writing and executing an automatic reliability test script of the acceleration tube; receiving and executing a hardware control instruction, and uploading an original analog / digital signal of the equipment; the communication module communicates with equipment in the hardware control module, converts an original analog / digital signal into a digital signal which can be processed by a C # program, and carries out filtering, unit conversion and validity verification on the digital signal; an over-limit alarm function is provided, and the structured test data is sent to the data persistence layer; storing all test related data through a relational database; test parameter configuration, real-time monitoring, alarm states, data records and dose rate curves are provided based on a graphical user interface.

The present invention relates to the technical field of energy network regulation and control. Disclosed is a user-side integrated energy network coordination control method and system. The method comprises: acquiring energy supply and consumption data of each loop, calculating an actually measured value of a carbon emission responsibility factor of each node, and calculating an actual value of the total carbon emission amount of a user; comparing the actual value of the total carbon emission amount of the user with a limit value of the total carbon emission amount of the user, and when the total carbon emission amount of the user reaches an alarm state, sending warning information to the user; on the basis of predicted data of energy supply and consumption at time t, calculating a predicted value of the carbon emission responsibility factor of each node at time t, and obtaining a carbon emission high-crossing limit value of each node; and comparing the actually measured value of the carbon emission responsibility factor, the predicted value of the carbon emission responsibility factor and the carbon emission high-crossing limit value, and on the basis of the comparison result, configuring an operation mode of each node or issuing an execution instruction to an instruction execution device of each node loop. The present invention ensures that the total carbon emission amount of a user-side integrated energy network meets the limit requirements.

Determining clusters of similar regularly occurring time periods for alarm data. Detect, for regularly occurring time periods in the alarm data, a change of alarm state and its associated time stamp. Analyze the alarm data along a timeline to detect at least an overlapping period of time for pairs of the plurality of regularly occurring time periods. Determine at least one aggregate similarity value for regularly occurring time periods. Determine a similarity matrix based on the at least one determined aggregate similarity value for each pair of regularly occurring time periods. Determine one or more clusters of similar regularly occurring time periods based upon analysis of the determined similarity matrix between the plurality of regularly occurring time periods. Provide a tangible output identifying the determined one or more clusters of similar regularly occurring time periods for the plurality of regularly occurring time periods.

The invention discloses a supply chain auditing risk monitoring and early warning system based on artificial intelligence, which relates to the technical field of supply chain auditing and comprises the following steps of: packaging a multi-service system receipt change into an event packet containing a source identifier, an event type, a service primary key set, event time, lake entering time and an aperture version; idempotent duplicate removal is additionally written into an event account book, and an alarm entity is generated; when an alarm is about to be bound, a consistent slice definition is generated, a pointer type snapshot or a materialized snapshot and a seal object are formed, a verification value is calculated in a normalized and serialized mode, and two-stage submission binding is carried out to form an evidence packet; the evidence integrity is calculated according to a risk type template, and the double-threshold alarm gate state machine migrates an alarm state and distributes an evidence repair task; and performing deterministic playback according to the evidence packet and outputting a difference attribution report for closed-loop processing, thereby realizing reproducible and verifiable alarm, supporting third-party verification, reducing false alarm outgoing, and shortening re-checking positioning time and proof.

The invention relates to the technical field of lamp bead active heat dissipation, and discloses an LED lamp bead active heat dissipation system and method, and the method comprises the steps: injecting a micro-current pulse into a PN junction of an LED chip through a constant current source, collecting a forward voltage drop sampling value, and collecting a substrate temperature sampling value; calculating a junction temperature value based on the forward voltage drop sampling value, and calculating a junction-to-case temperature difference value and a substrate temperature rise rate value; setting an early-warning state identifier when the junction-to-case temperature difference value exceeds an early-warning threshold value and the duration meets a preset duration, setting an alarm state identifier when the junction-to-case temperature difference value exceeds an alarm threshold value, and shielding thermal runaway detection when the substrate temperature rise rate value exceeds an environment thermal shock threshold value and the junction-to-case temperature difference value is smaller than an environment exclusion threshold value; when the state identification is the normal state identification, calculating a first compensation current value; and when the state identification is the early warning state identification, a second compensation current value is calculated, and when the state identification is the alarm state identification, an alarm current limiting value is calculated, so that the working stability and long-term reliability of the LED in a wide temperature range are ensured.

The utility model discloses a crane motor temperature alarm circuit, which relates to the technical field of motor temperature alarm, and comprises a temperature detection module for detecting the temperature of a crane motor and calculating the temperature change degree in a short time when the temperature reaches a set temperature, when the temperature difference is larger than a set temperature difference threshold value, there is an over-temperature risk, at the moment, the alarm control module carries out light alarm, the over-temperature detection module carries out over-temperature detection, and when the temperature is over-temperature, the alarm control module carries out sound alarm. When the crane motor is over-temperature and the temperature difference is larger than a set temperature difference threshold value, sound alarm is maintained, the alarm control module transmits the alarm state to the monitoring terminal in a wireless mode, the crane motor temperature alarm circuit can conduct over-temperature alarm in advance, the over-temperature risk is reduced, alarm with different effects can be conducted according to different temperature states, and the safety of the crane motor is improved. The alarm effect is improved.

The invention relates to the technical field of fire sensing, and discloses an electrical fire state sensing system and method for a low-voltage distribution line, and the method comprises the steps: setting a first monitoring point at a wire inlet end of a distribution loop, setting a second monitoring point at a load access end, setting a differential protection region, and calculating a first on-resistance; performing moving average processing on the first on-resistance to obtain a second on-resistance, calculating a first reference on-resistance according to the second on-resistance, and performing temperature correction on the first reference on-resistance to obtain a second reference on-resistance; according to the method, the on-resistance deviation rate, the on-resistance growth rate and the on-resistance fluctuation coefficient are calculated, whether the on-resistance is in an early warning state, an alarm state or a dangerous state is judged, the on-resistance of the section is calculated in real time according to the ratio of the differential voltage drop to the current, and the technical problem that a fault section cannot be accurately positioned through traditional whole-line monitoring is solved.

The application discloses a body temperature monitoring system and method based on target detection, which collects information such as body temperature, air temperature and forehead distance of a target object by a single-chip microcomputer, and obtains the actual forehead temperature of the target object through a correction curve by the single-chip microcomputer. The single-chip microcomputer sends the forehead temperature and air temperature and other information to a computer. A fever alarm threshold is set through air temperature and other parameters. The computer runs target detection software, detects a face position through an image acquisition device, and sends position, alarm state and other information to the single-chip microcomputer through a PID algorithm to drive a cloud platform to track the target object to be measured. Through server forwarding and linkage with terminal equipment, information sharing and control are realized. The application can quickly and accurately measure body temperature, accurately obtain an alarm temperature, and greatly improve the detection rate of fever personnel. Linkage with terminal equipment basically realizes unattended operation, and improves personnel scheduling efficiency.

The present application relates to the technical field of mobile energy storage device operation management, and specifically discloses a mobile energy storage device operation power control method, system, device and medium, the method comprising: obtaining the operation trajectory and alarm state sent by the battery management system and the converter after the mobile energy storage device transits; forming a transit operation segment corresponding to a task window according to modules and battery clusters; and sequentially calculating the remaining abnormal severity posterior distribution, the protection evolution risk sequence for power boundary contraction coefficient calculation, the dynamic power boundary, the boundary control instruction and the new operation trajectory as the input of the new transit operation segment for iteration. The present application establishes an intermediate random representation mechanism capable of representing the "difficulty of deviating from the post-regression stability and the continuous evolution relationship of the protection action", so that the protection evolution risk can be reliably determined, and a dynamic power boundary closed-loop control that does not swing with single backfall is formed.

The invention provides a method for deploying a plant-level alarm system, which comprises the following steps that: a whole-plant-level plant model is constructed according to a plant department architecture or a business object node, the plant model comprises a plurality of levels, each level at least comprises one sub-model, and the sub-models of different levels have a mapping relationship; importing instrument equipment data and binding the instrument equipment data to the corresponding sub-models; newly establishing instrument position numbers and binding the instrument position numbers to the corresponding sub-models and instrument equipment, wherein the instrument position numbers and the collector position numbers are in one-to-one correspondence; and configuring an alarm platform based on the configuration, establishing a whole plant appearance map, and binding each component with a corresponding sub-model, instrument equipment and an instrument position number. According to the technical scheme, by establishing a core concept of'factory equipment objects', alarm information of a plurality of'instrument position numbers' bound with the'factory equipment objects' is aggregated upwards, so that the equipment becomes a comprehensive alarm state indicator, and an operator can quickly master the overall operation health condition of the equipment from a macroscopic level.

A method for managing a manufacturing network includes obtaining historical alarm data indicating alarm status information for each of a plurality of alarms during a historical time period. At least one of the plurality of alarms is associated with a target machine in the manufacturing network, and at least one other of the plurality of alarms is associated with at least one other machine upstream or downstream of the target machine in the manufacturing network. The method further includes executing a trained machine learning model using the historical alarm data to generate downtime predictions for the target machine during future time intervals. The trained machine learning model takes the historical alarm data during the historical time period as input to generate the downtime predictions. The downtime predictions are provided to facilitate the management of the manufacturing network.

The invention relates to a new energy frequency support remote measurement and control device and method, and the device comprises an acquisition assembly which is used for collecting three-phase voltage and current analog quantity signals, and calculating the real-time active power and power grid frequency; the logic component is used for processing the analog quantity data acquired by the acquisition component and carrying out dynamic performance evaluation calculation of one-time frequency modulation and inertia response; the communication component is used for receiving a test instruction issued by a remote scheduling master station and remote signaling and telemetering data sent by the primary frequency modulation device, forwarding the test instruction and the remote signaling and telemetering data to the logic component, receiving a control instruction of the logic component and sending the control instruction to the frequency generator; the frequency generator is a programmable frequency signal source, and the output end of the frequency generator is connected to a frequency measurement loop of a primary frequency modulation device in the new energy station; the man-machine assembly is used for outputting alarm state data and working state information of each assembly; and the power supply assembly is used for providing a working power supply for each assembly. The method can be widely applied to the technical field of new energy power generation grid-connected control.

The utility model discloses a detachable trailer alarm device, it includes anti -drop rope, insulating pin, control box, metal spring piece, audible -visual warning device and extension electric wire, be equipped with the insertion cavity that the insulating pin inserts on the control box, two metal spring pieces symmetry both sides position of insertion cavity set in the control box, and can be together and fold and resist the contact connection and form the loop, the anti -drop rope is connected with one end of the insulating pin, the other end of the insulating pin inserts in the insertion cavity, and can push away two metal spring pieces and form open circuit. The utility model structure adopts the split type, separates audible -visual warning device and control box, and audible -visual warning device can be installed in the position of easy discovery or conspicuousness, effectively solve the problem that the alarm state is not easy to be discovered because of the installation position limitation of traditional integral type structure, can effectively remind the abnormal state of trailer driver and surrounding personnel, avoid the emergence of unpredictable risk.

The invention provides a distribution network single-phase earth fault positioning system and method based on multi-source data fusion, and relates to the technical field of distribution network fault positioning. In the system, a data acquisition module is used for acquiring all recording files and all alarm signals when a single-phase earth fault occurs in the power distribution network; the alarm signal analysis module is used for obtaining a first fault positioning result according to the topological structure of the power distribution network and the alarm level and the alarm state corresponding to each alarm signal; the wave recording file analysis module is used for extracting transient characteristics and steady-state characteristics of each wave recording file, and obtaining a second fault positioning result according to each transient characteristic and each steady-state characteristic; and the fusion positioning module is used for determining a final fault positioning result according to the first fault positioning result and the second fault positioning result. The method can improve the positioning efficiency and accuracy of the single-phase earth fault of the power distribution network.

The invention provides a vehicle overload control processing method and system and a storage medium, and the method comprises the steps: obtaining multi-source time sequence data from a plurality of overload control devices, and carrying out the time-space alignment processing of the multi-source time sequence data, and obtaining aligned time sequence data; key features are extracted from the aligned time sequence data to obtain a multi-source feature set, and a data fusion algorithm is adopted to perform multi-source data fusion processing on the multi-source feature set to obtain fused vehicle information; and performing contradiction detection on the fused vehicle information to obtain a contradiction detection result and an alarm state, and generating and outputting an over-value judgment result based on the contradiction detection result and the alarm state. According to the method, the vehicle overrun treatment work can be efficiently and accurately completed.

1. The name of the design product: the graphical user interface of the device monitoring display of the electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: front view. 5. The electronic device of the design is of conventional design, and other views of the design are omitted. 6. The use of the graphical user interface: the front view is the display and interactive interface of the device monitoring, which is used to display the summary information, running state and alarm state of the battery stack, and the cluster summary information of each cluster in the stack. 7. The human-computer interaction mode of the graphical user interface: the stack summary information is displayed above the front view, the cluster summary information of each cluster in the stack is displayed below the front view, the cabin ownership of each cluster is displayed on the side of the cluster number, and is displayed in the form of a topology diagram; when the cluster is in a grid-connected state, the connection line and the battery pack outer frame are displayed in blue; when the cluster has an alarm, the battery pack outer frame is displayed in the corresponding alarm color (red is the most serious, orange is medium, and yellow is light); when the cluster is in an off-grid state, it is displayed as an interface change state diagram.

1. The name of the design product: intracranial physiological parameter monitoring graphical user interface for electronic device. 2. The use of the design product: information display and human-computer interaction for electronic device. 3. The design points of the design product: the interface content of the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: for intracranial physiological parameter monitoring and / or alarm information display. 7. The change state description of the graphical user interface: for design 1, the design 1 front view is the initial graphical user interface, and the design 1 change state view is the interface after clicking the time drop-down box in the "trend" column in the design 1 front view; for design 2, the design 2 front view is the initial graphical user interface, and the design 2 change state view is the interface in which the alarm icon in the lower right corner of the design 2 front view is switched from the alarm mode to the closed alarm mode; for design 3, the design 3 front view is the initial graphical user interface, and when the intracranial pressure abnormal alarm state is entered, the design 3 front view will jump to the interface shown in the design 3 change state view; for design 4, the design 4 front view is the initial graphical user interface, and when the intracranial temperature abnormal alarm state is entered, the design 4 front view will jump to the interface shown in the design 4 change state view; for design 5, the design 5 front view is the initial graphical user interface, and when the intracranial pressure abnormal and intracranial temperature abnormal alarm states are entered, the design 5 front view will jump to the interface shown in the design 5 change state view; for design 6, the design 6 front view is the initial graphical user interface, and when the implantation time is too long state is entered, the design 6 front view will jump to the interface shown in the design 6 change state view; for design 7, the design 7 front view is the initial graphical user interface, the design 7 change state view 1 is the interface after clicking the right historical information page icon (the third icon from the top to the bottom on the right side) in the design 7 front view, and the design 7 change state view 2 is the interface after entering the password and clicking the "confirm" icon in the design 7 change state view 1; for design 8, the design 8 front view is the initial graphical user interface, and the design 8 change state view is the interface after clicking the right alarm setting icon (the second icon from the top to the bottom on the right side) in the design 8 front view to enter the alarm threshold and alarm switch setting; "X" in all the above interfaces represents a changeable text content area, including text and / or numbers and / or symbols. 8. Other circumstances that need to be explained: no design points involved, omit the rear view, left view, right view, top view, and bottom view of designs 1 to 8; the claimed design in design 6 contains color.

The invention provides a large-scale generator outlet side PT primary winding turn-to-turn short circuit on-line monitoring method, which comprises the following steps: measuring a primary winding current through a primary current measuring device additionally arranged at a generator terminal voltage transformer PT, and inputting the primary winding current into a protection device; measuring the current of the secondary winding, the current of the open delta winding and the secondary voltage by using a protection device; virtual excitation current and virtual excitation voltage are calculated through a protection device according to measured data, secondary winding resistance detected in an offline mode and the known number of turns of a PT winding, virtual excitation impedance is further calculated, the module value of the virtual excitation impedance is taken, and the module value of the machine end PT virtual excitation impedance is obtained; the impedance module value is used as a monitoring index through the protection device, when the impedance module value is between the low-section fixed value and the high-section fixed value, an alarm is given, stator grounding protection is closed, and when the impedance module value is lower than the low-section fixed value, the stator grounding protection action is allowed. The method effectively improves the sensitivity of PT on-line monitoring, is easy to implement, and can find an insulation fault at the early stage of the fault.

The utility model relates to video monitoring technical field discloses an alarm state video monitoring device, including fixed box, the fixed box outer wall fixedly connected with fixed column, the fixed box inner wall top fixedly connected with the cylinder, the cylinder drive end fixedly connected with U type board, U type board lower fixedly connected with first lifting box, the fixed box inner wall right side fixedly connected with first rack, first rack has the first gear of engagement connection, the left end of first gear has the second rack of engagement connection, the second rack left end fixedly connected with second lifting box, second lifting box is connected with third lifting box through lifting assembly. In the utility model, through the linkage design of multiple lifting boxes, can realize the flexible lifting function of monitoring device, make overhauls or maintenance more convenient, through the cooperation between bevel gear and bevel gear, can realize the reciprocating rotation function of camera wide range, covers more broad visual field area.

The application relates to the technical field of computer operation maintenance, and specifically discloses a device operation and maintenance method, a device operation and maintenance device, a device operation and maintenance equipment and a storage medium. A triple structure including an alarm state value, a conversion condition and a normal state value is adopted as training data, the training data is extracted from device resource information and device alarm configuration information, a training data set is constructed, a text information label processing framework based on a TransE model is trained, and a device fault diagnosis model describing the correlation of data such as device resource information and device alarm configuration information in the form of a vector is obtained. When receiving device alarm information, based on the device alarm information and the device fault diagnosis model, a fault feedback result corresponding to the device alarm information can be automatically generated for reference by an operation and maintenance personnel, and the operation and maintenance personnel needs to go to the scene to troubleshoot the device fault.

The invention provides a wind turbine method that includes receiving alarm state data indicating that the wind turbine has entered an alarm state in which operation of the wind turbine has stopped, and receiving sensor data from a plurality of sensors of the wind turbine indicative of operating conditions associated with the wind turbine. When the alarm state data is received, the method includes executing a trained machine learning model based on the received sensor data and the alarm state to obtain an output, where the machine learning model is trained based on historical data associated with a plurality of wind turbines, the historical data being indicative of the plurality of wind turbines previously being in the alarm state. The method includes providing, based on the obtained output, an action to be performed to allow the wind turbine to resume operation.

1. Name of the product in this design: Graphical User Interface for Handling Abnormal Alarms of Electronic Equipment. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is the graphical user interface of the solid line portion not covered by the black semi-transparent layer. 4. The image or photograph that best illustrates the design's key points: the front view. 5. Purpose of the graphical user interface: This graphical user interface is used to explain how to handle abnormal alarms. 6. Human-computer interaction method of graphical user interface: The main view is the device initialization interface. If the electronic device malfunctions, the "Clear Alarm" button in the upper right corner of the device initialization interface will sound an alarm. The user can click the "Clear Alarm" button in the upper right corner of the device initialization interface to clear the alarm. If there is an alarm handling method, the change state diagram 1 will be displayed. The change state diagram 1 is the alarm recovery interface, which is used to display the alarm recovery method. The alarm recovery interface has eight buttons. When a user clicks the button in the fourth row of the second column of the alarm recovery interface, the changed state diagram 2 is displayed. The changed state diagram 2 is the alarm information description interface, which displays the specific information of the alarm in the latest order. 7. Other situations requiring explanation: This design is a partial protection design, wherein the dotted line portion and the portion surrounded by the dotted line and covered by the black semi-transparent layer are not the content to be protected.

1. Name of the design product: graphical user interface for displaying and controlling the state of hosiery machine of electronic equipment. 2. Use of the design product: for an electronic equipment. 3. Design points of the design product: the interface content of the graphical user interface. 4. Picture or photo best indicating the design points: front view. 5. Use of the graphical user interface: the graphical user interface of the design is used for displaying the alarm state of hosiery machine and performing function control. The alarm information of different states of hosiery machine is displayed in the middle of the interface, different function buttons below the interface are clicked to control the equipment to perform different functions, and the return button in the upper right corner is clicked to return to the previous interface.

The present application relates to gas safety monitoring technical field, specifically to a kind of indoor gas pipeline leakage hidden danger monitoring system, method and storage medium, the system includes at least one detection alarm, intelligent linkage control valve and cloud platform, detection alarm includes combustible gas detection module, prompt module and first communication module, intelligent linkage control valve includes pressure sensing module, temperature sensing module, gas source opening and closing module, display module, second communication module and main control module, immediately or periodically the pressure sensing module detection value, temperature sensing module detection value, equipment operating data, gas source opening and closing module state and detection alarm state are packaged into detection data, second communication module is connected with cloud platform, and cloud platform runs leakage evaluation model.The beneficial technical effects of the present application include: effectively improve the safety of indoor gas pipeline system use, effectively prevent gas leakage and gas pressure anomaly caused by gas safety accident.

This invention relates to an intelligent alarm dispatching method and apparatus, belonging to the field of intelligent dispatching technology. The method includes: acquiring raw alarm data; preprocessing the raw alarm data and storing it in a raw alarm table; splitting the alarm circuits in the raw alarm table and storing alarm data with alarm states ADD and DEL in an alarm aggregation table; writing alarm data meeting the conditions in the alarm aggregation table into an alarm aggregation table according to the ADD and DEL alarm state aggregation algorithms; and intelligently analyzing the alarm data in the alarm aggregation table based on alarm template configuration parameters to perform dispatching processing. This invention improves dispatching efficiency and enables faster response and problem resolution by preprocessing and splitting the raw alarm data, performing aggregation analysis on the integrated alarm table, and intelligently analyzing the alarm data in the aggregation table based on alarm template configuration parameters.

The present application relates to a kind of compressor control method, device, electronic equipment and storage medium, wherein, compressor control method includes: determine whether the compressor driver enters the limited frequency drop alarm state;If the compressor driver enters the limited frequency drop alarm state, obtain the first actual operating frequency value of compressor after frequency drop;According to the first actual operating frequency value, determine the target operating frequency of the compressor;Control the compressor according to the target operating frequency runs.This application embodiment can be in the compressor operation period due to driver control instability or the limited frequency drop factor of driver causes the sudden drop of actual operating frequency of compressor, passive matching correction processing is carried out to target operating frequency by main controller, can effectively guarantee the stable operation of whole machine.