25results about How to "Timely delivery" patented technology

This invention discloses an emergency management station for rail transit construction projects based on the Industrial Internet, comprising a mounting base, a lower side plate connected to the top of the mounting base via a rotating component, an upper side plate on top of the lower side plate, and a folding top cover on top of the mounting base. The upper side plate is connected to the lower side plate and the folding top cover respectively via adjusting connectors on both sides. When emergency handling is required during rail transit construction, this invention allows for rapid assembly of the foldable management station, enabling quick installation of the mounting base, lower side plate, upper side plate, and folding top cover. Simultaneously, a support assembly is used to raise the workbench and provide limiting support for the side plates. During operation, a safety authentication module authenticates the operating computer group, a human-machine interaction module controls the control computer group, and received information is promptly transmitted to the storage module. The Internet of Things (IoT) processing module can promptly transmit data to various parts for emergency handling.

The invention belongs to the technical field of control boxes, and particularly relates to a mining flame-proof and intrinsically safe programmable control box, which comprises a flame-proof box body, an intrinsically safe control center and an auxiliary component, and is characterized in that the intrinsically safe control center is arranged in the flame-proof box body and is in control connection with surrounding mining power equipment through a joint at the top; the auxiliary assembly comprises an operation button, a display interface and a cooling assembly; under the condition that the explosion-proof box body is not directly communicated with the external environment, heat generated by the internal electronic control assembly is timely transmitted to the external environment through the side wall of the explosion-proof box body and the cooling plate in a mode that external cooling air flow and internal circulating air flow are matched with each other, so that the heat dissipation efficiency of the explosion-proof box body is improved, and the service life of the explosion-proof box body is prolonged. And the normal operation of the intrinsically safe control center in the explosion-proof box body is ensured.

This invention provides a CAN converter with a heat dissipation structure, including a CAN converter body and a heat dissipation shell on the outside of the CAN converter body. A heat dissipation cavity is formed between the heat dissipation shell and the CAN converter body. Support legs are installed at the four corners of the bottom side of the heat dissipation shell. The heat dissipation shell includes an inner thermally conductive layer and an outer heat dissipation fin layer. This invention is reasonably designed. By setting up a heat dissipation shell, the thermally conductive layer quickly conducts heat, the heat dissipation fin layer increases the heat dissipation area, and a cooling fan forms forced convection cooling. The combination of multiple heat dissipation methods significantly improves the heat dissipation efficiency of the CAN converter body, enabling it to quickly and effectively dissipate the heat generated by the CAN converter body and reduce the operating temperature of the device. The addition of a thermally conductive silicone pad reduces the thermal resistance between the CAN converter body and the heat dissipation shell, further improving the heat conduction effect and ensuring that heat is transferred to the heat dissipation shell for dissipation in a timely manner.

The utility model provides a kind of laser range finder suitable for near-earth orbit environment, it is related to laser ranging technical field.It includes transmitting and receiving component, circuit bin, circuit component, the rear side of transmitting and receiving component is plane and with external fixed equipment detachably connected, circuit bin is connected with transmitting and receiving component, circuit component is connected in the inside of circuit bin and with transmitting and receiving component electricity is connected, the inside of circuit bin can form enclosed space.Circuit bin inside formed enclosed space, can limit the propagation of radiation, high-energy particles need to pass through the cover of circuit bin to reach sensitive device, effectively reduce the influence of high-energy particles on circuit.The plane of the rear side of transmitting and receiving component can form sufficient contact with external fixed equipment, increase the heat transfer area, the heat inside laser range finder can be transferred to outside in time, so that structure layout is more reasonable, increase overall heat dissipation efficiency, effectively solve the heat dissipation problem under vacuum environment.

The invention provides a coal-fired boiler ammonia-doped combustion compatible matching system based on radiation characteristic compensation, which relates to the technical field of boiler combustion and comprises an ammonia-doped combustion operation characteristic database construction module, a real-time operation optimization module and a performance evaluation and self-optimization module. According to the method, the ammonia-doped combustion operation characteristic database is constructed, then whether the boiler performance parameters are recorded or not is judged based on the key boiler parameters, and ammonia-doped strategy dynamic adjustment and wall temperature safety regulation and control are carried out based on the ammonia-doped combustion operation characteristic database and the boiler performance parameters. Finally, when the fuel enters the coal-fired boiler, the mixing condition of ammonia and coal is evaluated, whether the fuel mixing strategy is optimized or not is judged, meanwhile, the oxygen content condition of the coal-fired boiler is monitored and adjusted, the position of high-temperature flames in the boiler is adjusted and controlled through flexible grading of the ammonia / coal fuel, matching of heat transfer distribution in the boiler and the coal-fired working condition is achieved, and the coal-fired boiler is obtained. The ammonia-doped combustion compatibility matching effectiveness of the coal-fired boiler is improved, and the problem that the ammonia-doped combustion compatibility matching effectiveness of the coal-fired boiler is low is solved.

The utility model relates to the field of heating device discloses a heating structure and heating device. It includes first metal piece and second metal piece, and first metal piece and second metal piece all are connected with electric heating assembly, and first metal piece and second metal piece all contact with heat receiver, the outer wall of first metal piece is equipped with first connecting convex part, and the other side is equipped with second connecting convex part, the outer wall of second metal piece is equipped with first connecting recess, and the other side is equipped with second connecting recess, first connecting convex part is inserted in first connecting recess or second connecting convex part is inserted in second connecting recess, to make first metal piece and second metal piece assemble together. The utility model can pass on heat to heat receiver in time, reduce heat loss, improve heating response speed, be suitable for circular, oval or polygon heat receiver, the double -deck structure of first metal piece and second metal piece junction, form a heat preservation chamber, reduce the loss of heat.

Transmission shaft outer ring automatic flaw detector belongs to detection equipment, technical scheme includes magnetizing mechanism, feeding and discharging transfer mechanism, feeding chute, discharging chute, receiving tray and magnetic suspension tank which are installed on the frame, the magnetizing mechanism includes electrode mechanism A and electrode mechanism B, the feeding chute and the discharging chute are arranged on the two sides of the electrode mechanism B, the electrode mechanism A includes electrode head A and driving mechanism which drives the electrode head A to move up and down, the electrode mechanism B includes frame body, electrode head B, floating positioning disc, spring, opposite sensor A, opposite sensor B and spray head, the opposite sensor A and the opposite sensor B are respectively fixed on the two sides of the electrode head B and are fixedly connected with the floating positioning disc, the spray head is respectively fixed on the floating positioning disc, the transfer mechanism automatically feeds and discharges the outer ring, and the outer ring is sent to the receiving tray after magnetizing, and the technology can quickly detect whether the outer ring has cracks, can reduce the labor intensity of operators and improve the detection efficiency.

The application relates to an intelligent infusion device, which comprises a monitoring box, a display instrument panel, a starting switch and an adjusting knob, the display instrument panel, the starting switch and the adjusting knob are arranged on the side wall of the monitoring box, a supporting hook is arranged on the upper end surface of the monitoring box, an intelligent infusion mechanism is arranged on the lower end surface of the monitoring box, an infusion hose is arranged on the intelligent infusion mechanism, and a flow rate regulator is arranged on the infusion hose. The intelligent infusion device can avoid the problem that the existing infusion process cannot timely replace the bottle, so that the working strength of nursing staff can be reduced in the actual working process, and the time reminding function can be realized after the infusion is completed, so that the nursing staff can timely obtain the effect that the infusion is completed, and the nursing staff can timely replace the bottle, thereby avoiding the problem of medical disputes.

This invention discloses an aircraft water-dropping compartment door unlocking and locking mechanism for locking and unlocking the water-dropping compartment door. Specifically, it includes a latch joint and a latch groove. The latch joint is fixed to one side of the water-dropping compartment door, and the latch groove is rotatably installed on one side of the water-dropping compartment door frame. The latch groove can engage with the latch joint. A drive device is installed inside the aircraft door frame to control the rotation of the latch groove. The drive device directly drives the latch groove and latch joint to lock and unlock, making installation convenient and effectively avoiding the influence of the pull rod structure on the water-dropping compartment door. After the latch joint is unlocked by the latch groove, the water-dropping compartment door can be quickly opened under the gravity of the extinguishing medium, enabling timely release of the extinguishing medium. Furthermore, the direct-drive method using the drive device results in a simple structure, stable transmission, and effectively avoids the problem of poor reliability caused by a single point failure leading to the failure of the entire function when using a pull rod structure.

The application discloses a kind of furniture raw material vertical warehouse management systems, including raw material warehousing end, raw material delivery end, backing plate storage area and stacking machine, raw material warehousing end and raw material delivery end are sequentially provided with raw material storage area, raw material pre-sorting area and portal frame area between them, raw material storage area is provided with a plurality of raw material storage library sites on it, a plurality of raw material pre-sorting library sites are provided in raw material pre-sorting area, a plurality of portal frame subareas are provided in portal frame area, a plurality of portal frame buffer library sites are provided in portal frame subarea, and the portal frame that raw material placed on portal frame buffer library site is transported to delivery, the system further includes the host computer of control stacking machine and move raw material and backing plate between each area, the host computer can according to production task raw material of production demand is pre-transported to raw material pre-sorting area from raw material storage area, to facilitate timely feeding to cutting equipment, improve production efficiency and equipment utilization.

This invention discloses a method and system for risk assessment and graded early warning of offshore wind farm vessels. The method involves collecting and fusing multi-source sensing data; performing spatiotemporal alignment and fusion processing on the fused multi-source sensing data to generate a bird's-eye view feature representation containing spatiotemporal characteristic information of the vessel; based on the bird's-eye view feature representation, employing a fusion prediction model combining a vessel motion physics model and a time series prediction algorithm, calculating the motion reachability set of the target vessel within the predicted time period; conducting a risk assessment based on the spatial relationship between the motion reachability set and a preset safe area of ​​the wind farm, and triggering graded early warnings based on the assessment results. This invention solves the problems of blind spots in single-source monitoring and high false alarm rates in traditional early warning systems, achieving accurate and dynamic assessment and proactive early warning of vessel collision risks in offshore wind farm waters, significantly improving regulatory safety and efficiency.

The application discloses a domain controller, a domain controller flow guide assembly and a vehicle. The domain controller comprises a shell, a first printed circuit assembly board and a second printed circuit assembly board, the second printed circuit assembly board comprises a second printed circuit, a flow guide strip unit and a MOS tube unit, the second printed circuit board is electrically connected with the first printed circuit board, the second printed circuit board has a first surface and a second surface opposite to each other, the flow guide strip unit and the MOS tube unit are arranged on the first surface, the second surface is in abutment with a bottom shell of the shell, the flow guide strip unit is electrically connected with the MOS tube unit, the MOS tube unit comprises a plurality of MOS tube groups, the flow guide strip unit comprises a plurality of flow guide strip groups, the plurality of flow guide strip groups and the plurality of MOS tube groups are alternately arranged along a first direction, each flow guide strip group comprises a flow guide strip, and the resistance of the flow guide strip is smaller than that of a printed conductor on the second printed circuit board. The domain controller is conducive to miniaturization and light weight setting while meeting the heat dissipation requirement.

This application relates to the field of optical cable technology, and more particularly to a central tube type optical cable. The central tube type optical cable includes a reinforcing core, an optical transmission unit, a heat transfer layer, an enhancement layer, and an outer sheath. The optical transmission unit is disposed on the outer periphery of the reinforcing core; the heat transfer layer is disposed on the outer periphery of the optical transmission unit and includes an oil reservoir and thermally conductive silicone oil filled in the oil reservoir; the enhancement layer is disposed on the outer periphery of the heat transfer layer; and the outer sheath is fitted on the outer periphery of the heat transfer layer. When the thermally conductive silicone oil flows from the inner oil cavity to the outer oil cavity, the high thermal conductivity of the thermally conductive silicone oil carries away the heat of the optical fiber; when the thermally conductive silicone oil flows from the outer oil cavity to the inner oil cavity, the low-temperature thermally conductive silicone oil on the outside flows back into the inner oil cavity, cooling the high-temperature optical fiber. This forms a heat dissipation and cooling cycle, effectively transferring the heat generated by the optical fiber or reinforcing core in a short time to the outside, avoiding permanent damage to the optical fiber due to excessive temperature.

This application relates to an over-temperature monitoring device for the main shaft bearing of a GE wind turbine, belonging to the field of wind power generation technology. The device includes a wind turbine body comprising a tower, nacelle, bearing body, main shaft, and rotor. The circulating heat dissipation micro-ducts of this application are partially inserted inside the front end of the nacelle and partially wrapped around the surface of the bearing body, secured by clamps and tightly fitted to the bearing surface. During operation, driven by a pump, circulating liquid in the storage tank flows through the pipes, absorbs heat from the bearing, enters the cooling device for cooling, and then flows back to the storage tank to form a cycle. Compared to external fan cooling, the pipes directly contact the core heat-generating area of ​​the bearing, ensuring timely heat transfer and significantly improving cooling efficiency, solving the problems of low air cooling efficiency and difficulty in applying cool air to the core area. Temperature detectors are installed inside the bearing body, with multiple detectors distributed in different locations. During operation, the temperature of various parts of the bearing is collected in real time and the data is transmitted to an external controller.

This application discloses a method, apparatus, and photovoltaic system for controlling the support structure of a photovoltaic array, belonging to the field of photovoltaic systems. The method includes: controlling a target support structure to adjust a random angle from its initial posture towards a direction corresponding to a first target angle; controlling other supports to adjust random angles from their initial postures towards a direction corresponding to a second target angle, obtaining the adjusted maximum power generation performance index; determining a third target angle based on the adjusted maximum power generation performance index and the maximum initial power generation performance index of the photovoltaic array in its initial posture; controlling each support structure to adjust a random angle towards the direction corresponding to the third target angle and obtaining the power generation performance index corresponding to each photovoltaic string; updating the third target angle based on the angle of the photovoltaic string corresponding to the maximum value between the current maximum power generation performance index and the maximum power generation performance index corresponding to the previous adjustment; and controlling each support structure to adjust to the third target angle when the number of adjustments for each support structure reaches a target number.

The invention discloses a unified management method and system for an intelligent smelting factory. According to the method, a central management platform is constructed, and organization data containing post information is maintained in a unified manner; based on the post information, uniformly configuring access permissions of the user to a plurality of heterogeneous service application systems and a message theme subscription relationship; all system logs are collected in a centralized mode and processed in a standardized mode, and unified monitoring and early warning are carried out; according to the theme subscription relationship, pushing the service message or the early warning message to a corresponding user in a routing manner; and a unified authentication entrance is provided to realize single sign-on. According to the invention, the problems of data islands, complex operation and maintenance, low cooperation efficiency and inconvenient access caused by coexistence of multiple systems in the intelligent smelting plant are solved, and unified management and intelligent operation of plant-level applications are realized.

This invention discloses an intelligent voice dispatch method for transportation service hotlines based on a large language model. The method includes: S1, constructing a semantic temporal recognition model containing convolutional neural networks and recurrent neural networks; the semantic temporal recognition model combines semantic features and temporal features to obtain a semantic temporal feature sequence; S2, constructing a transportation service knowledge base; using a pre-trained large language model to classify and extract the semantic temporal feature sequence according to consultation and answer services and work order dispatch services; for services identified as consultation and answer services, knowledge content from the transportation service knowledge base is filtered and retrieved, and voice data is generated through a voice encoder for answering and replying; for services identified as work order dispatch services, the content required for work order dispatch is extracted, and tasks are dispatched according to work order dispatch rules. This invention effectively improves the efficiency of interactive control and work order transmission, reduces the workload of business personnel, and significantly improves the service quality of the transportation industry.

The invention relates to the technical field of safety door lock equipment, in particular to a safety door lock for a fence, which comprises a head shell, and a rotary clamping component is mounted in the head shell; the installation shell is internally provided with an ejector rod assembly, the ejector rod assembly is arranged in the electromagnetic assembly in a penetrating mode, and the end of the ejector rod assembly is used for being matched with the rotary clamping assembly; the first monitoring assembly and the second monitoring assembly are both located on the side wall of the ejector rod assembly, and the first monitoring assembly and the second monitoring assembly are both electrically connected with a control assembly; the first monitoring assembly and the second monitoring assembly are used for monitoring detection signals generated when the ejector rod assembly moves and transmitting the detection signals to the control assembly. The protection capability of the safety door lock is improved, and the safety door lock is suitable for various working environments.

This application provides a fault early warning method and system for power supply and distribution systems based on multi-parameter trend analysis, relating to the field of power monitoring. The method includes: collecting multi-parameter time-series data of the power supply and distribution system and classifying it by operating environment to obtain a classified dataset. A sliding window algorithm is used to extract the time-series features of the classified dataset, and linear regression is used to calculate the slope of the parameter change trend within each window to obtain trend feature data. Based on the trend feature data, abnormal trends are identified and abnormal indicators and associated parameter sets are generated. Fault location analysis and temperature rise coefficient calculation are performed on the abnormal indicators and associated parameter sets, and fault state identification is performed in conjunction with short-term environmental data to generate fault location analysis results. Based on the fault location analysis results, an early warning signal is generated. This method solves the technical problems of delayed fault early warning and low location accuracy caused by the lack of analysis of multi-parameter change trends and the failure to exclude environmental interference.

The utility model discloses a device for thermal desorption of petroleum hydrocarbon contaminated soil, which comprises a conveying bracket A. The end part of the conveying bracket A is provided with a closed conveying box A for conveying the petroleum hydrocarbon contaminated soil in a negative-pressure closed space for thermal desorption; the bottom of the conveying tail end of the closed conveying box A is provided with a closed conveying box B which forms step conveying with the closed conveying box A. A high-temperature air pipe used for conducting thermal desorption on petroleum hydrocarbon contaminated soil conveyed in the closed space is arranged on the closed conveying box A and the closed conveying box B in a penetrating mode. According to the utility model, the stepped closed conveying boxes A and B are matched with the straight chain conveying line, so that stepped thermal desorption conveying of soil is realized, and the retention time of the soil in the device is prolonged. Meanwhile, the Z-shaped high-temperature gas pipe is matched with the horn-shaped gas outlet pipe and the gas heater, so that hot gas is in all-dimensional and uniform contact with the soil, petroleum hydrocarbon pollutants in the soil are ensured to be fully volatilized or decomposed, and the thermal desorption efficiency and effect are remarkably improved.

The application discloses a kind of vehicle state risk early warning method and system based on rule engine, belong to rule engine technical field;Real-time running parameter of vehicle, fault code record, maintenance history and state parameter are collected;Risk type set is constructed, and the risk grade of vehicle is calculated;Based on the operating state characteristics of vehicle, vehicle feature vector is constructed;For any two vehicles, the similarity of characteristics is calculated, and the association between vehicles is judged;Vehicle state association graph is generated;Rule engine is constructed, and the comprehensive risk value of vehicle is calculated;Based on the comprehensive risk value of vehicle, the comprehensive risk grade of vehicle is judged, and the comprehensive risk early warning information of vehicle is generated;Comprehensive risk early warning information is sent to relevant staff and early warning is carried out, realize the intelligent, fine identification and dynamic management of vehicle state risk, significantly improve the scientificity, controllability and management efficiency of vehicle supervision.

The utility model relates to the technical fields of sand mill, especially a sand mill for benzalkonium hydroxy isoxazole fungicide suspension agent, which ensures cooling effect and circulation effect, can make the qualified material after grinding discharge in time, avoids the material accumulation in the interior of device, ensures the grinding efficiency and working quality of device, improves production efficiency, including grinding cylinder, feed hopper, pivot, multiple grinding sheets, discharge pipe, discharge valve, cooling assembly, filter assembly, cleaning assembly and support assembly, the feed hopper is installed at the top of grinding cylinder, the pivot rotation is installed in the interior of grinding cylinder, multiple grinding sheets are installed on the pivot, the discharge pipe is installed at the lower part of grinding cylinder, the discharge valve is installed on the discharge pipe, the filter assembly is installed in the interior of grinding cylinder, the cooling assembly is installed at the bottom of grinding cylinder, the output end of cooling assembly is located in the interior of grinding cylinder, the cooling assembly is installed at the top of support assembly, and the cleaning assembly is installed in the interior of grinding cylinder.

The utility model discloses a kind of nondestructive testing devices for underwater metal pipeline, it is related to metal pipeline detection technical field, including first pipeline and second pipeline, the one end of first pipeline and second pipeline is equipped with flange, and the outside of first pipeline and second pipeline is equipped with upper seal cover and lower seal cover, and upper seal cover and lower seal cover are fixed between by screw, and the inside of upper seal cover and lower seal cover is all set with cavity.The utility model has the beneficial effect that: the nondestructive testing device for underwater metal pipeline, by the pressure sensor and transmitter installed in seal cover, when the leakage leading to pressure change is generated in pipeline connection, data is transmitted to the communication equipment of staff in time, and seal cover inner convex half-ring slide rail supports waterproof camera, and under the meshing of gear and tooth ring, camera is rotated, so that staff can observe connection, judge damage condition.

The application relates to the field of communication technology, in particular to a dangerous information early warning method and system based on a self-organizing network, a mobile terminal and a medium, the method is applied to a first mobile terminal, the first mobile terminal and a second mobile terminal have both started a NAN self-organizing network function to complete team networking, the first mobile terminal obtains a dangerous type by detecting and analyzing a dangerous instruction, acquires the dangerous type and environmental data to identify a dangerous level, determines dangerous alert area data according to the dangerous type and the level, broadcasts the data to the second mobile terminal, and makes the second mobile terminal perform early warning. With the aid of the self-organizing network technology, the dangerous information can be timely and accurately shared, the team members can know the dangerous position and the influence scope in advance, and the outdoor activity risk can be effectively reduced.