291 results about "Industrial PC" patented technology

The invention relates to the technical field of computer networks, in particular to a monitoring method and system based on industrial computer network fault data, and the method comprises the steps: collecting the heterogeneous fault data of each layer of equipment in an industrial control network in real time through distributed probe nodes; performing multi-modal normalization processing on the original fault data; constructing a fault knowledge graph, and dynamically associating an equipment topological relation, a historical fault mode and a current production task context; fault root cause analysis is carried out by adopting a hybrid inference engine, and a potential fault propagation path is predicted in combination with a rule-based expert system and an LSTM-GNN joint model; generating a grading alarm strategy, triggering a self-adaptive fault-tolerant mechanism, and dynamically adjusting network bandwidth allocation or starting redundant equipment switching according to the fault grade; according to the invention, by constructing the industrial knowledge graph and the adaptive fault-tolerant mechanism, efficient, accurate and interpretable fault diagnosis and prediction are realized, and the reliability and operation and maintenance efficiency of an industrial network are improved.

An industrial computer multi-protocol adaptive control system based on edge computing relates to the technical field of industrial automation control, and performs three-level progressive protocol identification on new industrial equipment accessed to an industrial network diagram to obtain a communication protocol of the new industrial equipment or mark the new industrial equipment as a protocol unknown state; constructing a reverse representation tree of each communication protocol, performing protocol analysis on the new industrial equipment marked as a protocol unknown state based on the reverse representation tree, and performing protocol analysis on the new industrial equipment with a known communication protocol based on a Docker container mirror image; performing dynamic protocol conversion on the analysis result of the new industrial equipment according to the real-time state data of the new industrial equipment and a preset protocol conversion rule; setting a self-adaptive buffer area and a dynamic priority of the target equipment according to a communication protocol of the new industrial equipment; temporary dynamic feedback detection is carried out on the new industrial equipment provided with the temporary dynamic feedback detection mechanism, and the accuracy and efficiency of the multi-protocol identification process are remarkably improved.

The invention discloses an automatic batching and stirring control system based on an industrial computer, belongs to the field of new wall material production control systems, and aims to solve the problems that the real-time performance is poor, and the influence of raw material characteristic changes on a fall value cannot be pre-judged. Weighing, humidity, infrared flow velocity, temperature, pressure, torque and airflow sensors are integrated, multi-dimensional parameters such as material weight, flow velocity, humidity and air pressure in a bin are monitored in real time, the influence of environmental interference on the sensors is dynamically compensated through multi-parameter collaborative feedback, the real-time performance and reliability of data acquisition are improved, a fuzzy PID control algorithm and a machine learning model are fused, and the real-time performance of the system is improved. A nonlinear mapping relation is established through a training data set, the initial valve opening degree and the fall value are predicted, errors are corrected in real time, dependence on historical data is reduced, the first-time use error of a new formula is reduced, the response time for coping with sudden environment changes is shortened, a single adjustable-caliber electromagnetic valve is adopted, the inner wall is coated with a nano anti-sticking coating, and the service life of the valve is prolonged. And the opening degree is dynamically adjusted in combination with a PID algorithm.

The invention relates to the technical field of industrial computer heat dissipation, in particular to an industrial computer memory and storage collaborative heat dissipation system which is used for solving the problems that in the prior art, temperature distribution modeling and state evaluation cannot be achieved, thermal state categories cannot be divided by integrating a temperature threshold value and an operation state, and the equipment health judgment accuracy is reduced. According to the invention, a temperature control monitoring module constructs a thermal field model by using operation state and thermal behavior data, divides hardware units, establishes a heat conduction path, realizes temperature distribution modeling and state evaluation, calculates thermal power density through standardized parameters, and solves steady-state temperature by using a numerical method in combination with boundary conditions and a cooling model. Structured temperature information is output, a temperature threshold value and an operation state are integrated to divide thermal state categories, and the equipment health judgment accuracy is improved.

The invention discloses a high-reliability RS485 bus interface control system, a computing chip and an industrial computer, and relates to the technical field of computers.The system comprises the steps that when data sending is started, a receiving enable signal is set to be at a low level, RS485 receiving is closed, then an RS485 sending enable signal is set to be at a high level, and next-level equipment is set to wait for data sending; then the sending enable signal is set to be at a high level and sent to the UART sending module, and at the moment, the UART sending module can start to send data; after data transmission is completed, a transmission enable signal is placed at a low level, a transmission state is closed, an RS485 transmission enable signal is placed at a low level, a receiving enable signal is placed at a high level, RS485 receiving is started, and at the moment, a UART receiving module can start to receive data. According to the system, the enable signal is automatically set, so that the interference signal is prevented from being mistakenly received or packet loss at the sending end caused by the fluctuation of a magnetic field or a power supply in a transceiver chip can be avoided, and the reliability of an RS485 bus interface is improved.

A modular inspection assembly is designed for automated inspection of workpieces in various manufacturing environments. The system includes a camera mounted on a linear rail with a carriage, allowing movement along one or more axes to enable adjustable positioning of the camera relative to an inspection target. A gimbal system provides rotational movement of the camera around one or more degrees of freedom, facilitating the capture of various inspection angles. An integrated AI industrial computer and image processing unit manage the positioning, movement, and operation of the camera, linear rail, and gimbal system. This setup allows for both discrete, preconfigured inspection poses and continuous dynamic inspection through tracking shots. The modular design ensures flexible and real-time inspection capabilities, enhancing quality control and adaptability across different manufacturing processes. The system is particularly suited for environments requiring precise inspection of complex assemblies, where traditional fixed inspection setups may fall short.

The invention provides an intelligent and accurate fruit picking method based on visual perception, relates to the field of fruit picking, and adopts a picking robot comprising a movable chassis (1), a walking mechanism (2), an industrial computer (3), a collecting frame (4), a picking mechanical arm (5), an end effector (6), a monocular vision camera (7), a binocular stereo camera (8) and a blowing assembly (9). According to the picking robot, through recognition of the binocular stereo camera (8), by means of blowing of the blowing assembly (9) and through a timestamp, the relative motion state between a picking point and sheltered fruits after blowing is obtained, and therefore sensing and precise clamping and shearing of the picking point in the motion state are achieved under the condition that the fruits are sheltered and subjected to complex motion after sheltering is removed; the picking efficiency is improved, the equipment damage probability is reduced, and the harvesting cost is controlled.

The invention relates to a ship unloader material transfer process adaptive flexible dust suppression system, which comprises an environment sensing module, an integrated multi-parameter dust concentration sensor array, a temperature and humidity sensor and a material characteristic detection unit, and is used for collecting dust concentration, environment temperature and humidity and material viscosity / granularity data in a transfer area in real time; the data processing module is based on a dynamic model library constructed by an embedded industrial computer, comprises a fuzzy control algorithm and a lightweight neural network, and is used for fusing multi-source sensing data and generating a dust suppression strategy; the flexible dust suppression execution module is composed of a variable-angle high-pressure atomizing nozzle array, a dynamic pressure regulating valve group and a flexible sealing cover body; and the self-adaptive control module is internally provided with a non-linear mapping table based on the material transfer speed and the dust generation amount, and real-time adjustment of the nozzle pressure and the spraying angle is achieved through PID and expert rule mixed control. Accurate dust suppression for different materials is achieved, and the reliability and environmental protection performance of the system are improved.

The utility model discloses an embedded industrial computer, and particularly relates to the technical field of industrial computers, the embedded industrial computer comprises a main body, the front end and the rear end of the main body are connected with a front cover and a rear cover through screws, the middle position of the upper end face of the main body is connected with a top plate, and a plurality of heat dissipation plates are installed on the two sides of the top plate and located on the outer surface wall of the main body. A lifting handle is installed in a groove formed in the upper end face of the top plate, a cleaning structure is arranged on the outer side of the main body, an installation plate is connected to the outer surface wall of the main body, the cleaning structure comprises an outer cover, a through groove, two L-shaped plates and a cleaning strip, and the outer cover is arranged outside the main body in a covering mode. By arranging the cleaning structure, the computer can have a cleaning function, the space between the heat dissipation plates can be quickly cleaned, the situation that due to the fact that the space between the heat dissipation plates is small, cleaning is not thorough, and part of dust is still left is avoided, heat dissipation is not affected, and the heat dissipation effect of the main body is guaranteed.

The invention discloses a numerical control machine tool cutter management system which comprises a hardware layer, a system layer, a function module and a system interface. The hardware layer is composed of a numerical control machine tool, a tool presetting instrument, a tool recognition device, a tool setting instrument, a bar code scanning gun, an industrial computer, a server and the like and is used for data acquisition, transmission and storage. The system layer comprises tool management software, a database management system, data acquisition and monitoring software and a manufacturing execution system interface, and full life cycle management of tools is achieved. The system is provided with a tool basic data management module, an inventory management module, a service life management module, a circulation management module, an abrasion monitoring and compensation module, a purchase plan management module, a performance parameter management module and other functional modules, and operation and display are carried out through a system interface. The system can improve the tool management efficiency and precision, reduce the tool cost, improve the machining quality and the production efficiency, and is suitable for efficient tool management of numerical control machining enterprises.

The invention relates to an aluminum profile extrusion process energy consumption control method and system, and the method comprises the steps: constructing a control network with an industrial computer as an upper computer and controllers of an extruder, an aluminum bar heating furnace and a mold heating furnace as lower computers, designing main control software for the industrial computer, building the communication between the upper computer and the lower computer through a TCP / IP protocol, and carrying out the control of the upper computer and the lower computer; meanwhile, data exchange and real-time information acquisition with the MES system are carried out; process parameters in the aluminum profile extrusion process are obtained from an MES system, real-time data of the process parameters are input into the machine learning model, and the optimized process parameters are output; and according to the process parameters, the preheating temperature of the die and the aluminum bar controlled by energy consumption and the opening time of a die heating furnace door and an aluminum bar heating furnace door are automatically and accurately calculated in the software module. Through combination of an industrial computer, an MES system and a machine learning technology and accurate calculation of equipment control parameters, efficient energy consumption control and production optimization are realized.

The invention relates to a device for collecting data in real time and optimizing a numerical control spinning machining process, which comprises a machining platform and a main shaft mechanism arranged on the machining platform, and a tail jacking mechanism is arranged on the axially opposite side of the main shaft mechanism; a spinning roller mechanism is arranged on the side surface of a connecting line of the main shaft mechanism and the tail jacking mechanism; an industrial computer is arranged on one side of the machining platform, a pressure sensor, an abrasion sensor, a displacement sensor, a rotating speed sensor, a temperature sensor and a vibration sensor which are electrically connected with the industrial computer are arranged on the machining platform, and the control output end of the industrial computer is electrically connected with the main shaft mechanism, the tail jacking mechanism and the spinning roller mechanism. Information such as the pressure, the temperature and the abrasion condition of the cutter during spinning can be collected in real time through the sensor, then data are processed through the industrial computer, a control signal is output, then machining parameters can be dynamically adjusted, and spinning is more accurate, efficient and safer.

The invention discloses an industrial personal computer protection and heat dissipation integrated device, and relates to the technical field of industrial computers, and the industrial personal computer protection and heat dissipation integrated device comprises a driving energy-saving rotating motor, a mounting rod, a protection heat dissipation assembly, an industrial personal computer body and a dynamic heat dissipation adjusting assembly. An intelligent dynamic heat dissipation adjusting structure is formed, so that through real-time monitoring of a built-in high-precision temperature sensor and a position sensor and precise control of an external PLC, the working state of each heat dissipation assembly can be rapidly and accurately adjusted according to the temperature change and the operation state of the interior and the surface of the industrial personal computer body, and the heat dissipation efficiency is improved. Compared with a traditional single heat dissipation mode or a simple fixed heat dissipation structure, the industrial personal computer has the advantages that the heat dissipation efficiency and effect are greatly improved, it is ensured that the industrial personal computer body is always in a proper working temperature range, and the stability and reliability of the industrial personal computer body are improved.

The invention relates to a dual-core industrial computer and a control method thereof. The dual-core industrial computer comprises a main control board; the auxiliary board is connected with the COME Type 6 interface of the main control board through a COME Type 6 interface, the auxiliary board comprises an auxiliary board interface board and an auxiliary board core daughter card, and the auxiliary board core daughter card is connected with the main control board through the auxiliary board interface board. The auxiliary board is connected with the COME Type6 interface of the main control board through the COME Type6 interface, the auxiliary board core daughter card is connected with the main control board through the auxiliary board interface board to form the dual-core industrial computer, redundant design is formed, and the problem that an intelligent factory or an automatic production line is paused due to the fact that a main board of the industrial computer is abnormal is avoided.

The invention discloses a weld visual inspection device and method based on steel structure welding processing, the device comprises a bottom plate and an industrial computer, the two sides of the bottom plate are both provided with walking mechanisms, the end part of the bottom plate is fixedly connected with a third camera and a fourth camera, and the bottom of the bottom plate is provided with an adjusting mechanism. The height of the limiting roller can be adjusted through the arranged walking mechanism, a first electric telescopic rod, a first connecting block and a second connecting block at the same time, it is guaranteed that the limiting roller close to the side plate can cross the side plate firstly, and after crossing, the limiting roller is reset; and then the other limiting roller crosses the side plate through the same steps, so that it is guaranteed that the welding seam on the surface of the I-shaped steel is not affected by the side plate during detection, the device can automatically walk and detect along the I-shaped steel, the I-shaped steel does not need to be moved through a crane, and therefore the welding seam on the surface of the I-shaped steel is conveniently detected.

A system for charging electric vehicles, comprising a charging station, a charging station management system as the backend system for the charging station, and an intermediary and user interface management control unit with the functionalities of an industrial PC. This control unit includes an intermediary and a user interface management unit that are interconnected. The charging station includes a charging interface for charging an electric vehicle, a human-machine user interface with a display, and a charging station control unit for controlling the charging process. The intermediary and user interface management control unit is interposed between the charging station control unit and the charging station management system.The intermediary unit is functionally configured as a proxy controller, enabling the intermediary and user interface management control unit to communicate with the charging station management system as if it were a charging station, and vice versa. The intermediary and user interface management control unit is configured to control the display of the charging station's human-machine user interface via the user interface management unit.

The invention discloses an industrial computer host integrating dust prevention and heat dissipation functions, and relates to the technical field of industrial computer host heat dissipation, the industrial computer host comprises a host body, a machine cover is fixedly connected to the host body, an air inlet frame is fixedly connected to the machine cover, symmetrically distributed filter plates are slidably connected in the air inlet frame, and a cooling box is fixedly connected in the machine cover; symmetrically-distributed cooling fans are mounted on the bottom wall of the cooling box, and uniformly-distributed first blocking frames are slidably connected into the cooling box. The cooling fan can automatically form an airflow passage during working through the first blocking frame, the arc-shaped groove and the protruding frame, meanwhile, external dust is prevented from entering the case along the rectangular air outlet of the cooling box, airflow distribution in the case is optimized by regularly changing the position of the air inlet through cooperation of the electromagnet and the first magnetic block, and the cooling efficiency is improved. Therefore, the heat dissipation efficiency is improved.

The present disclosure provides a testing method and a testing system. The testing method is applied to the testing system, and the testing system includes: at least one testing workstation and transportation equipment. The testing method includes: transporting to-be-tested equipment to at least two testing stations corresponding to any of the industrial personal computers in any testing workstation through the transportation equipment; and controlling, in a case that any of the industrial personal computers and the at least one testing instrument are in a connected state and the at least one testing instrument and the at least two testing stations are in a connected state, the to-be-tested equipment on the at least two testing stations to perform corresponding performance testing through any of the industrial personal computers, wherein the at least two testing stations are independent of each other.

The invention provides a hanging lug hooking monitoring system, method and device and a readable storage medium. The system comprises a visual recognition device, a depth recognition device, an industrial computer and alarm prompting equipment. The visual identification device is fixedly installed on the crown block hook and used for capturing image data of the crown block hook and the steel ladle hanging lug and extracting position information of the crown block hook and the steel ladle hanging lug; the depth identification device is fixedly arranged on the crown block hook and is used for measuring the relative distance between the crown block hook and the steel ladle hanging lug and extracting the distance information between the crown block hook and the steel ladle hanging lug; the industrial computer is used for judging the hooking state of the crown block hook according to the position information and the distance information and judging whether potential safety hazards exist in the hooking state or not according to a preset safety standard; and the alarm prompting equipment is used for sending out alarm prompting information when the industrial computer judges that the hook entering state has the potential safety hazard.

The invention belongs to the technical field of tunnel construction, and particularly relates to a tunnel local sprayed concrete flatness real-time detection method, which comprises an industrial computer, a wireless communication module, a mobile bearing platform, and a data acquisition unit, a transposition mechanism, a telescopic mechanism and a rotating mechanism which are arranged on the mobile bearing platform, the data acquisition unit comprises a laser distance measuring sensor used for scanning the initial spraying surface of the tunnel. According to the tunnel local sprayed concrete flatness real-time detection method, real-time and non-contact three-dimensional scanning and accurate reconstruction of the surface morphology of tunnel initial sprayed concrete are realized through arrangement of a high-precision laser distance measuring sensor and a wireless communication module and data analysis, so that the quality control level of tunnel construction is greatly improved; and a solid technical foundation is laid for safe, efficient and sustainable development of tunnel engineering.

Method and process of fault detection in power systems using feature extraction from the measurements of the voltages and currents in the power system, as well as machine learning methods. A computer processor, such as an industrial computer, is connected to various voltage and current measurement systems in various locations. This, in turn, is connected to a server computer and control system. Electrical power fault signals (features) propagating through the power system network are analyzed using various measurements and feature extraction methods. These can be used to detect, classify, and localize the fault. The present methods are particularly useful for hard-to-analyze faults such as high impedance faults and faults occurring due to inrush currents, bidirectional power flows, and islanding issues.

The invention provides an intelligent fruit sheltering and picking method, relates to the field of intelligent fruit picking, and adopts a picking robot comprising a chassis (10), a walking mechanism (20), an industrial computer (30), a mechanical arm (40), an end effector (50), a PID (Proportion Integration Differentiation) controller (60), a sheltering mechanism (70) and a binocular stereo camera (80). The picking robot can actively separate and shield fruits and analyze parameters of the motion characteristics from sensing the motion characteristics of the branch fruits so as to fit the motion trails of the branch fruits and characterize the motion trails of the branch fruits, so that the spatial information of the picking points of the mother branches is sensed, and the picking efficiency is improved. According to the method and the device, the picking points of the mother branches under the complicated movement after the shade is removed are recognized, and the precise picking of the string-shaped fruits is realized in cooperation with the control of the mechanical arm (40) and the end executor (50), so that the automatic picking efficiency of the string-shaped fruits is effectively improved, and the harvesting cost and the picking difficulty are reduced.

The invention relates to the technical field of network communication, in particular to a network data transmission encryption system and method in industrial computer communication. The method comprises the following steps of: periodically and synchronously acquiring physical space coordinates, motion vectors and network signal strength of a mobile terminal in a continuous movement process of the mobile terminal so as to screen out at least more than two potential wireless access point sets; selecting a first candidate network target and a second candidate network target from the potential wireless access point set to construct a dual-path handover plan; and when a preset signal strength switching condition is satisfied, establishing a temporary communication tunnel, completing authentication handshake with the first candidate network target or the second candidate network target, and establishing an end-to-end data transmission encryption link. Instantaneous security access under the dynamic network is realized through physical trajectory prediction and double-path pre-authorization, low-delay security switching and self-adaptive encryption of the industrial mobile equipment under the dynamic network are realized, and continuity of a production process and data security are guaranteed.

The invention discloses a float glass tin bath protective gas flow direction intelligent regulation and control system and a method thereof, the system comprises a sensing system, a central control system and an execution system, the central control system is respectively in control connection with the sensing system and the execution system; the sensing system comprises a plurality of groups of laser sheet light sources, a high-definition industrial camera and a data acquisition module, the data acquisition module can generate an air flow direction and flow velocity cloud picture through a PIV principle, and the sensing system can communicate with the DCS system to obtain process parameters; the central control system comprises an industrial computer and an AI intelligent control model, the AI intelligent control model has a deep reinforcement learning algorithm, the execution system comprises at least two groups of adjustable air curtain generators, and the float glass tin bath protective gas flow direction intelligent regulation and control system based on a simple multi-stage adjustable air curtain and the modulation method thereof are realized. The device adapts to abnormal working conditions of the tin bath and can effectively stabilize the flow direction of protective gas.

The application discloses an industrial computer data processing method and device, including constructing an industrial computer control vector sequence at N continuous time stamps, determining M switching time stamps; based on the time number sequence of the control vector sequence, sorting a plurality of control parameters of the N continuous time stamps, generating a process control task chain; according to the process control task chain and the M switching time stamps, constructing an execution vector sequence; performing deviation calculation on the execution vector sequence and a pre-constructed standard execution sequence, obtaining J execution loss vectors of J sub-stage tasks; according to the J execution loss vectors, determining a to-be-corrected stage task chain of the J stage sub-tasks; the application quantifies the execution abnormal severity of each sub-stage relative to the standard process, and the constructed weighted sequence number is used as a comprehensive priority index, so that a key sub-stage with a front position and a serious deviation can be identified, and correction resources can be preferentially invested in the stage with the largest process influence.

The invention relates to the technical field of insulation rope detection, and discloses a high-precision measurement and surface defect identification insulation rope full-automatic detection system, which comprises a take-up and pay-off module, a laser measurement module, an AI visual detection module, a tension control module, a data transmission module and a data processing module, and is characterized in that the take-up and pay-off module comprises an active take-up and pay-off mechanism; the laser measuring module comprises a high-precision laser diameter measuring instrument; the AI visual detection module comprises a YOLOv8 visual detection system; the tension control module comprises a pneumatic tension controller; the data transmission module comprises an industrial Ethernet, and the data processing module comprises an industrial computer and professional data processing software. According to the full-automatic insulation rope detection system with high-precision measurement and surface defect identification, full-process automation of insulation rope detection is realized, and the problems of low efficiency, poor precision and high false alarm rate of traditional manual detection are solved.

The present invention relates to the field of dry-type transformer detection equipment, and specifically, to a multifunctional automatic test system and method for dry-type transformers, which includes a tester module, an industrial computer, a PLC controller, and a switching switch. The tester module is connected to the PLC industrial computer, and the industrial computer is electrically connected to the PLC controller; the tester module is used to collect electrical signals, the industrial computer is used to control the tester module to test and read the test result data, and the PLC controller is used to control the on and off of the switching switch. The present invention can connect a DC resistance tester, a voltage ratio tester, an insulation resistance tester, and a transformer characteristic tester to the high and low voltage terminals of the transformer respectively according to different experimental projects, and realize the required test wiring through the on and off control of the switching switch, thereby eliminating the need to frequently disassemble the transformer winding terminals and the wiring between the instruments, improving the test efficiency, and reducing the labor intensity of the operator.

An intelligent fire detection and automatic fire extinguishing device in an electric bicycle parking and charging place comprises three sets of management and fire extinguishing systems, firstly, a smoke sensor senses flames, and the flames are analyzed by an industrial computer and then are controlled to start a water pump; secondly, after the camera shoots flames, data are transmitted to the cloud platform, and people are informed of fire fighting; and thirdly, a mercury type automatic spray thrower is installed to automatically extinguish fire after sensing the temperature. The spraying system adopts double-way water supply of a fire-fighting pipe system and a water tank to ensure the supply of a water source, and ensures that fire extinguishing is not influenced under the condition that the fire-fighting pipe system breaks down. The intelligent fire detection and automatic fire extinguishing device is diversified in use and fire extinguishing modes, mechanical control and manual control are simultaneously carried out, double water sources are adopted for water supply, the fire extinguishing probability is greatly improved, and the device is suitable for wide application and popularization.

To obtain a control characteristic that is good for control objects having a strongly nonlinear characteristic.SOLUTION: A PC 1 for industrial use comprises: a contradiction determination unit 14 that determines whether there is a contradiction between first and second datasets among datasets of time-series data of controlled variables and time-series data of manipulated variables; a contradiction evaluation unit 16 that, when there is the contradiction, determines whether there is a contradiction between first and third datasets and whether there is a contradiction between the second and third datasets, and gives an evaluation point to either of the first and second datasets that does not contradict the third dataset; a priority evaluation execution unit 17 that gives a priority point to all datasets stored in a storage unit 11 in such a way that the order of priority heightens in decreasing order of the sum total of evaluation points; and a transmission unit 23 that transmits data generated from the dataset whose priority order is highest among the datasets stored in the storage unit 11, to a PID controller 2.SELECTED DRAWING: Figure 2