21results about How to "Guaranteed continuous output" patented technology

The application discloses a steam generator with multiple modules and a control method. The steam generator comprises a first steam generating unit and a second steam generating unit, the first steam generating unit is provided with a first steam outlet, the second steam generating unit is provided with a second steam outlet, and the first steam outlet and the second steam outlet are in time-sharing switchable communication with a steam discharge main channel; one of the first steam generating unit and the second steam generating unit is in communication with the steam discharge main channel to discharge steam, and the other is disconnected from the steam discharge main channel to generate and accumulate steam, and the states of the two are time-sharing switched; the steam generating unit in the steam discharging state is powered off, and steam output is maintained by using waste heat. The steam generator and the control method provided by the application can work with the power consumption value of a single steam generating unit, and continuous and stable high-pressure steam can be provided through asynchronous working and timely switching without increasing the total power consumption of the steam generating unit.

The invention discloses a map real-time construction and rescue path dynamic planning system oriented to a fire dense smoke scene, and relates to the technical field of fire rescue. The system comprises a data acquisition and processing module, an environment modeling and path construction module and a post-processing module, based on millimeter wave radar, laser radar and motion sensor data, multi-modal information is obtained, synchronized and converted, a semantic segmentation model is utilized to analyze environment perception data to generate a feasible space, and laser radar point cloud and motion sensor data are fused to realize real-time positioning, map construction and rescue path planning in a fire scene. The path is updated in real time according to fire scene environment change, and a generated result is visually presented through a post-processing module and communicates with a command platform for real-time interaction. The system has the advantages of long-distance sensing of the millimeter wave radar and short-distance high precision of the laser radar, can realize quasi-real-time and high-precision fire scene environment modeling and dynamic path generation, and provides reliable path reference for rapid action decision in fire rescue.

The invention discloses a device and a method for evaluating the performance of a foam scrubbing agent and a defoaming agent under high-temperature and high-pressure conditions, and the device comprises a gas source control module, a liquid phase control module, a simulation shaft, a constant-temperature pool, a defoaming tank, an intermediate container, an injection pump and a visual constant-temperature box, the gas source control module and the liquid phase control module are respectively communicated with the bottom of the simulation wellbore through pipelines, the top of the simulation wellbore is communicated with the defoaming tank through a pipeline, and a connecting pipeline of the simulation wellbore and the defoaming tank passes through the constant-temperature pool; and the pipeline between the constant-temperature pool and the defoaming tank is communicated with an intermediate container for injecting a defoaming agent and an injection pump. The real output condition of a gas well is simulated, the real injection conditions of a foam scrubbing agent and a defoaming agent are simulated, and the performance of the foam scrubbing agent and the performance of the defoaming agent are integrally evaluated; stable output of a large amount of continuous high-pressure nitrogen is realized, and the stability of a gas source in a simulation evaluation process is ensured; gas-liquid separation and metering can be realized, the amount of defoaming liquid and the amount of non-defoaming liquid are distinguished, and quantitative evaluation of the defoaming property of the defoaming agent is completed.

The invention discloses a fire-fighting device, a converter, a control method and a related device.The fire-fighting device comprises a controller and a switching device, a first port of the controller is connected with fire-fighting equipment and the switching device, and if the level state of the first port is a preset level state, a fire-fighting alarm signal is output; when the fire-fighting equipment signal sent by the fire-fighting equipment is received, the electrical parameters of the protected equipment can be obtained, and then the switching device is controlled to be closed when the electrical parameters meet the preset conditions. Therefore, on the basis that the fire-fighting equipment can protect the protected equipment, if the electrical parameters meet the preset conditions, the switching device can be controlled to be switched on, so that the level state of the first port is the preset level state, the fire-fighting alarm signal is continuously output, and the safety of the power electronic equipment is further improved.

The application discloses a foreground target barrage anti-shielding method based on artificial intelligence, and comprises the following steps: S10, sampling original video at a preset frequency to obtain video stream images; S20, processing the video stream by using a shot change detection algorithm to determine whether the current video frame has shot change; S30, processing the current image by using a face detector to obtain current image target face information; S40, processing the current image by using an instance segmenter to obtain current image target instance segmentation information; S50, processing the current image by using a semantic segmenter to obtain current image target human body semantic segmentation information, wherein the human body semantic segmentation information is a one-dimensional feature map with the same width and height as the original image, and the value on each pixel represents the probability that the pixel is a human body; S60, processing the current image by using a depth estimator to obtain current image depth estimation information; and S70, sending the above information to a post-processing module for processing.

The invention discloses a target system for advanced planning and production scheduling (APS) and a unified construction method and an extension system thereof. By establishing a mapping relationship between business constraints and decision elements, standardizing a data structure and a management process of decision factors, and combining an operator target construction link with a template scene library, automatic construction and dynamic reconstruction of an optimization target are realized. In order to solve the problem that the business target cannot be satisfied, the invention provides a decision-making target switching mechanism and a constraint softening mechanism so as to generate an executable scheme which can be satisfied to the greatest extent. And meanwhile, weight management methods such as weight cutting, normalization, sensitive scanning and automatic optimization are provided, so that the numerical stability and interpretability of the target construction process are ensured. The system supports cloud, local and hybrid deployment, can improve solution robustness, business adaptability and decision efficiency, and promotes engineering landing and popularization of the APS in a manufacturing industry scene.

The utility model discloses a conveying device for fertilizer production, include: frame, be provided with conveying assembly on the frame, and conveying assembly includes motor no.

This invention relates to the field of linear sliding drive structure technology, specifically a sliding mechanism for laser cutting and grooving of connecting rods. It includes a profile rod, a guide rack, and a harmonic moving assembly. The guide rack is fixedly mounted on one side of the profile rod, and the harmonic moving assembly is arranged on the upper and lower sides relative to the guide rack and is driven to rotate by a drive assembly. The harmonic moving assembly includes a main shaft and several moving sleeve blocks axially sleeved on the surface of the main shaft. An eccentric collar is provided on the surface of the main shaft, and the eccentric collar cooperates with the moving sleeve blocks through a shaft slip ring, causing the moving sleeve blocks to periodically engage and disengage relative to the surface of the guide rack during the rotation of the main shaft. The symmetrically arranged harmonic moving assembly achieves symmetrical force distribution on the guide rack, and the alternating advancement of the multiple moving sleeve blocks effectively reduces thrust pulsation and improves low-speed operation stability. This invention is applicable to laser cutting sliding applications involving long strokes, low speeds, high thrust, and multi-axis linkage.

This invention discloses a water-land image segmentation method based on local standard deviation texture features, comprising: first, preprocessing the input waterfront image to reduce noise and computational load; second, quantizing texture features using local standard deviation to distinguish between textured real land and smooth water surfaces; third, generating candidate water surface masks using an adaptive Otsu threshold, and combining morphological operations to remove noise and fill holes; finally, statistically analyzing the percentage of water surface pixels row by row to locate the land-water boundary and outputting a high-precision water surface segmentation result. This invention uses local standard deviation as a measure of texture complexity to solve the problem of misjudgment of water reflections, and combines the percentage of water surface pixels to locate the land-water boundary. It features unsupervised operation, strong robustness, and accurate boundaries, and is suitable for strong reflections and complex shoreline scenes such as rivers and lakes, providing reliable technical support for water environment monitoring and unmanned vessel navigation.

This utility model relates to the field of feeding equipment technology, specifically to a feeding mechanism and feeding equipment for thin parts. The feeding mechanism includes a hopper, a screening slide seat, a feeding component, and a pushing component. The hopper is used to hold the thin parts. The screening slide seat has a screening slide extending from inside the hopper to the outside, with the extension angle corresponding to a preset feeding angle for the thin parts, so that the thin parts are output at the end of the screening slide at the preset feeding angle. The feeding component includes a feeding section with a feeding trough, which is movably arranged and extends into the hopper. The feeding trough moves the thin parts in the hopper by means of the movement of the feeding component. The pushing component includes a pushing end extending into the hopper, which is movably arranged to push the thin parts in the feeding trough to the screening slide. Thus, the end of the screening slide can continuously output thin parts, achieving continuous feeding of thin parts at a specific angle.

The invention discloses a gas-solid separation device for a catalytic cracking hydrogen production and carbon material co-production process, and relates to the technical field of catalytic cracking auxiliary separation, the gas-solid separation device comprises a DCS control system, a cyclone separator and a metal film filter; the cyclone separator is connected with a mixed flue gas feeding pipe, the metal film filter is respectively connected with a tail gas emission assembly and a tail gas back flushing assembly, and the cyclone separator is connected with the metal film filter through an exhaust pipe; a temporary storage bin, a material bin and a discharging pipe are sequentially fixed to the lower end of the cyclone separator and the lower end of the metal film filter, a nitrogen replacement assembly is arranged on the material bin, and the DCS is used for controlling opening and closing of the cyclone separator, the nitrogen replacement assembly, the tail gas discharging assembly and the tail gas back flushing assembly. According to the invention, effective separation of three substances, namely the metal-based catalyst particles, the carbon material and the hydrogen-containing gas, can be realized, air cannot enter the separation process, and the safety and the environmental protection property are improved.

The utility model discloses a spraying head of an electric heating coffee barrel. The spraying head comprises a spraying pipe column and a spraying head body. The spraying pipe column is connected to the top end of a spraying column of the coffee barrel; the spraying head comprises a diffusion opening and an arc-shaped top; the lower portion of the diffusion opening is communicated with the spraying pipe column and is of a horn-shaped structure with the upward section gradually enlarged. The arc-shaped top is of an arc-shaped top structure and is fixed to the top end of the diffusion opening. And a plurality of spraying openings are formed in the periphery above the diffusion opening. According to the utility model, the scattering ports and the spraying ports are used for synergistically guiding flow, and the trumpet-shaped diffusion port design is combined with the plurality of spraying ports distributed in the circumferential direction, so that water vapor can be converted from concentrated spraying to multidirectional diffusion, the coverage range is expanded, the surface of the extraction basket is ensured to be uniformly infiltrated, and local over-extraction or insufficient extraction is avoided.

This invention proposes a six-axis robot operation control method, device, six-axis robot, and storage medium, relating to the field of robot control technology. The method employs a decoupled hybrid interpolation strategy when the end effector is detected to be traversing a singular region. This strategy involves independently planning the joint motions affecting the posture and combining them with position interpolation. This avoids the joint overspeed, overcurrent, and motion loss-of-control problems caused by traditional pose-based joint interpolation methods near singular points. While ensuring the end effector always moves strictly along the target straight trajectory, it reasonably sacrifices minor posture deviations, improving the robot's motion stability and system robustness when traversing singular regions. This enables continuous and controllable output of joint commands, thereby ensuring equipment safety and process quality, and has significant engineering application value.

The utility model discloses an outgoing line device with a detection effect and an adjustable outgoing line detection position, which belongs to the technical field of cable transmission equipment and comprises a control host, a detection assembly, a second winding assembly, a first winding assembly, an L-shaped rod, a detection mechanism, a line stroking assembly, a connecting rod and a turnover adjusting assembly. The connecting rod is installed on the top of the control host and arranged on the left side of the rectangular hole, the L-shaped rod is installed on the top of the control host and arranged behind the wire stroking assembly, one end of the overturning adjusting assembly is installed on the connecting rod, the overturning adjusting assembly is connected to the L-shaped rod, and the first winding assembly is installed at the right end of the L-shaped rod. The second winding assembly is installed at the rear end of the L-shaped rod, and the detection mechanism is installed at the rear end of the connecting rod. The problem that in the prior art, due to the lack of an outgoing line detection component, a cable and a fracture position are not convenient to detect is solved. The labor cost is reduced, and the wire outlet efficiency is improved.

The application discloses a kind of based on INS, DVL and RTK buoy array dynamic long baseline underwater topographic survey system, it is related to computer processing technical field, the system operation includes the following steps: S01, the absolute position of the multiple beacon nodes arranged on the water surface is obtained;S02, through the acoustic communication between the beacon node and underwater vehicle, record the beacon node position and acoustic signal propagation time when communication time, and screen effective ranging data;S03, underwater vehicle is along preset survey line navigation, based on the navigation sensor carried by itself, carries out independent navigation and attitude solution, synchronously gathers underwater topographic data, and with fixed period trigger and acoustic ranging of beacon node, simultaneously obtain sound velocity data and carry out distance correction.The application solves the problem that traditional shipborne depth measuring equipment is limited in operation due to bad sea conditions and navigation difficult area in underwater topographic survey, and greatly enhances the operation ability under complex water conditions.

The application discloses a kind of liquid piston pump systems and working methods of multiple hydraulic cylinder phase difference arrangement, including drive motor, transmission mechanism, first hydraulic cylinder unit, flow convergence pipeline, high-pressure liquid outlet main pipeline and low-pressure liquid inlet main pipeline.First hydraulic cylinder unit includes first hydraulic cylinder and second hydraulic cylinder, two pistons movement phase difference half movement cycle, so that two hydraulic cylinders alternate execution liquid suction and liquid discharge stroke.System further includes at least one same structure hydraulic cylinder unit, each unit is arranged according to preset phase difference, and the output fluid is converged and output after passing through flow convergence pipeline.The application is arranged by pure mechanical structure phase difference, without sensor and controller, can effectively inhibit output flow pulsation, with the advantages of simple structure, high reliability, low cost.

The present application belongs to the field of modern coal chemical technology, and particularly relates to a device and method for co-producing oxalic acid in a coal-to-ethylene glycol system. The device comprises a hydrolysis kettle, a condenser, a condensate tank, a rectifying tower, a vacuum crystallization tank, a vacuum system, a crystal dehydration device, a mother liquor tank, a drying device, and a storage and packaging system. The present application uses compressed gas to press and deliver the crystal slurry, which is directly sent to a centrifuge, thereby avoiding the deposition of crystals in pipe bends, valves and pump cavities. Meanwhile, multiple parallel vacuum crystallization tanks are provided, which are respectively in the states of feeding, crystallization, discharging and standby according to time differences, thereby linking the front-end continuous rectification with the rear-end intermittent crystallization and ensuring the continuous output of the device. The present application uses a staged anticorrosion material replacement strategy, i.e., the hydrolysis kettle is made of glass lining material, the rectifying tower cylinder is lined with Teflon, and C-276 alloy is selected for the key heated components, thereby replacing expensive special metals with non-metal materials on the premise of ensuring corrosion resistance, and greatly reducing the equipment cost.

The invention discloses a surface grinding machine hydraulic drive ball screw pair feeding device which comprises a grinding head body installed on a dragging plate in a sliding mode, and a manual feeding mechanism and an automatic feeding mechanism are arranged at the front end and the rear end of the dragging plate respectively. The manual feeding mechanism comprises a hand wheel, a push-pull rod and a bearing assembly, the push-pull rod is installed in an inner bearing sleeve of the bearing assembly, a key and a key groove are in sliding fit between the push-pull rod and the inner bearing sleeve, and the hand wheel is installed on the inner bearing sleeve; the automatic feeding mechanism comprises a driving shaft arranged in a gear box, a large gear I and a small gear I are mounted on the driving shaft, an oil motor connected with the driving shaft is mounted on the gear box, a sliding gear shaft is arranged in the gear box, the gear shaft is connected with the push-pull rod through a transmission rod, and a small gear II capable of being meshed with and separated from the large gear I is arranged on the gear shaft; a ball screw is arranged between the gear box and the grinding head body, the ball screw is installed in the gear box, a large gear II meshed with the small gear I is installed on the ball screw, and a nut screwed with the ball screw is installed on the grinding head body.

The present application relates to a kind of output power adaptive control system for magnetic stimulation and its control method, mainly solve when magnetic stimulation output, intensity can be unrestrictedly adjusted to cause coil over-temperature and have to suspend magnetic field output and wait for cooling, thereby affecting clinical use.The existing scheme is mostly one-size-fits-all limit the maximum intensity that can be reached under certain frequency or certain parameter scheme, and the present scheme is to adaptively calculate the maximum intensity that can be output under the frequency of magnetic stimulation output, output time, interval time and the type of stimulation coil, to ensure that magnetic stimulation device can be normally and continuously output without the phenomenon of insufficient intensity or frequent over-temperature, thereby ensuring the experience of clinical application.

The invention discloses a mobile gangue slurry preparation unit in a mine, comprising a material preparation and conveying unit, which is connected with a feeding unit through a quantitative feeder. The invention also discloses a method for preparing the gangue slurry using the unit, comprising the following steps: step 1, using a material transfer belt to sequentially convey and fill a plurality of bin bodies with gangue powder; step 2, the bin bodies convey the gangue powder to the material transfer roller through a discharge port; step 3, the material transfer roller conveys the gangue powder to the quantitative feeder, which conveys the gangue powder into the communicating overflow mixer; step 4, opening the quantitative water supply system to supply water to the communicating overflow mixer for mixing, and the mixed gangue slurry is conveyed to the grouting and filling pump through the discharge port; step 5, the grouting and filling pump pumps the gangue slurry to the underground goaf. The gangue slurry preparation unit solves the problem of interruption in the gangue slurry conveying in the existing preparation technology.

The invention provides a fish sampling and counting device, a counting method thereof and a net cage fish total number monitoring method.The fish sampling and counting device comprises a counting grid frame, a suspension supporting device, a counting device and a control system.The suspension supporting device is connected with the counting grid frame and used for keeping the counting grid frame suspended in a water body; a plurality of counting grid spaces which are arranged at intervals in the horizontal direction are arranged in the counting supporting frame; the counting device comprises a plurality of detection units, each counting grid space is correspondingly provided with one detection unit, each detection unit comprises a plurality of detectors arranged on the periphery of the counting grid space, and the detectors generate detection light rays crossing counting grid holes; and the detectors of the counting devices are all in communication connection with the control system.