23results about How to "Reduce artificial ginseng" patented technology

The utility model relates to environmental monitoring equipment technical field especially relates to a groundwater sampling device for environmental monitoring. Including bottom disc, bottom disc is equipped with one, and the middle hole is set up on the bottom disc, to make sampling pump and water suction pipe through the middle hole and extend into the well, rotationally set up the turntable on the bottom disc, four arc grooves are set up on the turntable along the circumference, the moving rod that is consistent with the number and the layout of arc groove is also slidably provided on the bottom disc along the circumference, and the end of moving rod is provided with the embedded end that is embedded in adjacent arc groove. The utility model discloses through setting up moving rod and the structure of the stopper, can effectively limit the water suction pipe and sampling pump in the shaking of the falling process, avoid its and the well wall and lead to the soil falling off to collide or rub, thereby significantly reduce the risk of water sample being contaminated, help to keep the stability of sampling equipment operation, ensure the accuracy of sampling position, improve sampling accuracy and reliability.

This invention relates to the field of packaging machinery technology, and more particularly to a mesh bag threading machine, comprising: a mesh bag opening support assembly, wherein the opening edge of the mesh bag can be fitted onto the mesh bag opening support assembly; a mesh bag folding assembly, which can drive the opening edge of the mesh bag on the mesh bag opening support assembly to fold and deform; and a threading assembly, which can drive the rope to pass through the folded and deformed opening edge of the mesh bag. The mesh bag threading machine provided by this invention reliably positions and supports the opening of the mesh bag by setting the mesh bag opening support assembly, and automatically folds and shapes the opening edge in conjunction with the mesh bag folding assembly, and then automatically threads the rope in conjunction with the threading assembly. This allows the opening, folding, and threading processes to be connected in an orderly and continuous manner, thereby significantly improving the automation level of the processing process and the overall production efficiency, reducing manual intervention and operational errors; at the same time, the coordinated cooperation of each functional module helps to ensure the consistency of the mesh bag opening shaping and the threading position, improving the stability of product processing quality.

The application provides a kind of lifting device of casting billet transplanting machine, casting billet transplanting machine and control system.The system includes casting billet transplanting machine, ground control system and vehicle-mounted control system;Vehicle-mounted control system includes programmable logic controller circuit, frequency converter circuit and sensor circuit;Ground control system triggers programmable logic controller circuit, controls frequency converter circuit to trigger frequency converter drive motor, controls casting billet transplanting machine to run to the position of casting billet to be transferred;Sensor circuit triggers programmable logic controller circuit, controls the lifting device of casting billet transplanting machine to grab casting billet, during the process of lifting appliance descending, guide each grabbing mechanism to reach the position of casting billet by pressing contact plate, control lifting hook to grab casting billet;Lifting hook is in closed state, lifting appliance rises, completes the lifting of casting billet;Programmable logic controller circuit controls frequency converter circuit to trigger frequency converter drive motor, controls casting billet transplanting machine to run to the position of casting billet to be placed.Reduces the security risk, improves the transfer efficiency.

A driven gear quantitative feeding device comprises a rack, a first driving motor, a transmission disc, a rotating shaft, a stacking assembly and a lifting mechanism. The first driving motor drives the rotating shaft to rotate so as to drive the transmission disc to rotate. The multiple stacking assemblies are evenly arranged in the annular direction of the transmission disc, each stacking assembly comprises a chassis, a guide shaft and a first lifting plate, the guide shafts are fixed to the chassis, and the first lifting plates are installed on the guide shafts in a sliding mode. The chassis and the driving disc are respectively provided with a group of through holes. After the stacking assembly rotates to the feeding area along with the transmission disc, the lifting part of the lifting mechanism sequentially penetrates through the through holes and jacks the first lifting plate, so that the gears located on the lifting plate are jacked one by one, and quantitative output of the driven gears is achieved. The device is compact in structure, stable in feeding and capable of achieving ordered distribution and continuous feeding of gears.

The application provides a method, medium and device for automatically adjusting an STC curve, and the method comprises the following steps: S1, setting the STC curve to a default theoretical value when the system is initialized; S2, saving and recording the amplitudes of original correlation peaks of a sum channel in a fixed format in units of distance during the system operation; S3, when the number of original correlation peak amplitudes corresponding to a distance exceeds a threshold value and the recorded value meets a double-peak distribution, starting to analyze and calculate the STC curve value corresponding to the distance, and saving and immediately taking effect when the STC curve value of the distance is less than the theoretical value. The application supports the device to automatically set the STC curve according to the actual use environment, improves the parameter accuracy, and reduces the labor participation cost.

The utility model discloses a kind of nonwoven fabric weld detection equipment, it is related to automatic detection technical field, including conveying system, detection system, rejecting mechanism, stacking mechanism and man-machine interactive system, characterized by, the conveying system includes air suction belt, conveying belt support and base, air suction belt is set on conveying belt support and is fixed by base, adjustable conveying belt is further equipped on conveying belt support, the detection system includes shadowless lamp box and visual detection device, shadowless lamp box is installed above conveying system, visual detection device is located below shadowless lamp box and is connected with control system by output pivot, the rejecting mechanism includes flap and defective product box. A kind of nonwoven fabric weld detection equipment provided by the utility model, by the combination of shadowless lamp box and visual detection device, high-precision detection to nonwoven fabric weld is realized, and the reliability of detection is significantly improved.

The utility model provides a carton paper feeding mechanism, and relates to the field of carton production. The carton paper feeding mechanism comprises a conveying frame, an adjusting mechanism and a pressing mechanism, a guiding mechanism used for guiding position adjustment of a conveyed carton is arranged on the right side of the adjusting mechanism, the guiding mechanism comprises a guiding plate, and the top of the guiding plate is rotationally connected with the right side of the bottom of the adjusting mechanism; the bottom of the adjusting mechanism is connected with the right side of the top of the conveying frame, and the bottom of the pressing mechanism is connected with the left side of the top of the conveying frame. According to the carton paper feeding mechanism, the guiding mechanism is arranged, an electric telescopic pipe between a first hinge frame and a second hinge frame connected with a connecting plate stretches out and draws back to drive a guiding plate connected with the second hinge frame to rotate to a proper angle, and the position of a moving carton is conveniently adjusted to conduct gradual guiding; the situation that the carton collides with the adjusting mechanism to be clamped and cannot move is avoided, it is guaranteed that the position of the carton is adjusted smoothly, the manual participation degree and the labor cost are reduced, and the carton production efficiency is improved.

This utility model relates to the field of cable fault detection technology, specifically an automatic cable reel winding device for detecting the tightness of the winding. Utilizing the principle of a reciprocating screw, this invention requires only a common motor to move the slider back and forth, thereby driving the reciprocating winding of the cable. This reduces the number of motor reversals, improving motor stability and lifespan, and lowering costs. Simultaneously, the combination of a detection spring and a microswitch sensitively senses the pressure of the cable on the guide rod, monitoring and judging the cable tension. This prevents cable damage or tangled winding caused by loose winding, improving the automation and reliability of the cable winding process. Through automatic reciprocating winding and monitoring, this invention achieves uniform winding, greatly reducing insufficient manual intervention and safety hazards. Furthermore, its simple structure, convenient use and maintenance, and excellent performance make it highly effective.

This utility model belongs to the field of feeding rack devices, specifically relating to an automatic tire bonding and feeding rack device for agricultural tires. It includes a frame, a feeding trolley positioned below the frame, and a first belt layer conveyor belt assembly mounted on the frame. This utility model features a rational arrangement of materials in each layer, optimized frame structure for a more compact overall layout, smaller footprint, and higher conveying efficiency. Its unique cutting method ensures cutting stability, and its superior programmed management makes it easy to operate with a clear interface. The rational structure effectively reduces production and maintenance costs. Programmed control and correction adapt to different specifications. Automatic material cutting reduces worker workload and improves efficiency. It is applicable to a wide range of tire specifications, offering strong versatility. Automatic conveying and cutting significantly improve automation, reducing manual intervention and improving tire quality.

The utility model provides a kind of financial bill management storage device, it is related to bill management equipment field, including outer frame, circulation structure, storage box and sealing structure, the sealing structure is arranged on outer frame, the circulation structure includes sprocket, chain, the bottom of the storage box is equipped with clamping groove, the clamping groove is detachably installed on the clamping plate below;The sealing structure includes sealing plate, and the sealing plate is fixed encapsulation by hot-pressing in the mouth portion of storage box, and the utility model significantly reduces manual participation step by chain conveying and automatic hot-pressing encapsulation, improves bill batch storage efficiency, especially suitable for handling a large number of financial vouchers;Storage box is extremely convenient to load and unload, and it is convenient to load bill, take out sealed bill box to file, or replace damaged box.

The utility model discloses a simple and easy hanging box of vertical transportation in pipe well, including hanging box and positioning guide rail, the inside installation of hanging box has fixed part, and fixed part is symmetrically distributed and is provided with two groups, and every group fixed part is symmetrically distributed and is provided with four, every fixed part's upper portion all installs a pneumatic push -rod, and every pneumatic push -rod's bottom all are connected with an activity buckle, and every activity buckle all installs in a fixed part's bottom, the utility model discloses, is provided with hanging box, and the structure of half -closed is adopted to hanging box, and the whole frame adopts channel steel and is welded and is composed, and the side covers has the metal net structure, reduces the whole weight, and ensures in the process of transportation in pipe well, gives the internal goods and provides enough support and protection effect.

This utility model discloses a splash-proof popcorn fryer, including a fryer pot. Side blocks are symmetrically fixedly installed on both sides of the fryer pot. A plate frame is rotatably installed on one side of each side block. A base is fixedly installed below the plate frame. A driving mechanism is provided at the rear end of the fryer pot. The driving mechanism includes a back block, a mounting base, a first U-shaped plate, a first rotating plate, a hydraulic cylinder, a second rotating plate, and a second U-shaped plate. The back block is fixedly installed at the rear end of the fryer pot, the mounting base is fixedly installed at the rear end of the back block, the first U-shaped plate is fixedly installed below the mounting base, the first rotating plate is rotatably installed below the first U-shaped plate, and the hydraulic cylinder is located below the first rotating plate. This design enables automatic popcorn dispensing, increasing practicality and solving the problem of inconvenient automatic popcorn dispensing in traditional popcorn fryers, which requires manual operation and increases labor intensity.

The utility model relates to punch press device field discloses nut forming machine precision punch press device, including support, the inner wall fixedly connected with bottom plate of support, the inner wall rotationally connected with the rotating disc of bottom plate, the inner wall sliding connection has a plurality of punch dies of rotating disc, the top sliding connection has a plurality of slide rail blocks of rotating disc, the bottom fixedly connected with motor of support, the top fixedly connected with punch press of connecting frame, the bottom fixedly connected with first punch head, second punch head, third punch head of connecting frame in proper order, the top of bottom plate is provided with fixed assembly. In the utility model, the punch press drives connecting frame to move down, makes the punch head of connecting frame to the raw material punch press, motor drive, indirectly drive the intermittent rotation of grooved wheel, rotating disc, moves to next position through punch die drive raw material simultaneously, so that the nut raw material is always in the punch press of same mould, reaches the effect of more accurate punch press.

The application relates to the technical field of intelligent construction, and particularly provides a sponge city design scheme optimization method and system, which comprises the following steps: acquiring key parameters in a building information model of a sponge city, matching an initial scheme through a rule engine, constructing water conservancy data based on the key parameters and the initial scheme, inputting the water conservancy data into a hydrodynamic model to output simulation results of the sponge city, comparing the simulation results with preset target parameters, iteratively optimizing the initial scheme, and outputting an optimized design scheme meeting the preset target parameters, updating the building information model based on node changes in a construction process of the sponge city, and generating a final design scheme based on the updated building information model, so as to solve the problems of low design efficiency and insufficient rationality caused by the fact that the construction design of the sponge city depends on manual work in the prior art.

The utility model discloses a pickling passivation cleaning pool relates to pickling passivation technical field, including the shell, the inside of shell is provided with pickling groove, one end of pickling groove is provided with first cleaning groove, one side of first cleaning groove is provided with passivation groove, one end of passivation groove is provided with second cleaning groove, one side of second cleaning groove is provided with neutralization groove, one end of neutralization groove is provided with final cleaning groove, the bottom of pickling groove is provided with the bottom plate, the bottom of bottom plate middle position is provided with the through pipe, one end of through pipe is provided with waste liquid groove, the bottom of through pipe is provided with the standpipe. The utility model discloses through being provided with a series of structure, can clean in time to the chippings deposited in pickling groove bottom, improves the service life of pickling groove, and the pickling solution produces circulation simultaneously, prolongs the service life of acid liquor, reduces manual participation step, reduces the time required to pickling solution, will the scrap iron collection and recycling, improves the resource utilization rate.

The application discloses a kind of software development cooperation method and device based on multi-agent system, it is related to software development technical field.The application is converted into structured semantic representation by demand analysis agent using deep learning and field dictionary joint identification technology, and the semantic gap of artificial analysis is eliminated;Through rule verification agent and component optimization agent collaborative work, based on dependency graph construction, rule engine verification and iterative optimization algorithm, automatically identify and correct the logical conflict between form, process, report, solve the maintenance problem of multi-component collaborative consistency;Through seven agent chain cooperation covers the whole process from demand analysis to deployment preparation, the development task that originally needs artificial serial execution is converted into the automatic flow of inter-agent, realizes the whole process automatic intelligent collaborative development from natural language demand to deployable application model, significantly improves software development efficiency and quality.

The utility model discloses a kind of circulation conveying systems for forklift assembly, including conveying platform, several trolley platforms are provided on it, the outside of conveying platform is provided with traction platform, for limiting trolley platform on conveying platform;Conveying platform includes circulation plate, power plate chain is arranged on it relative to circulation plate and moves relatively, ground track is installed on circulation plate;Traction platform includes guide rail, is arranged on the outside of conveying platform, along power plate chain moving path arrangement, for when trolley platform is below power plate chain to trolley platform is guided and limited position.The utility model simple structure, the cooperation of trolley platform and circulation plate, power plate chain, ground track and guide rail in the application, the circulation formula automatic conveying of forklift assembly line body is realized, and this structure effectively reduces the degree of manual participation, significantly reduces the labor intensity of operating personnel.

The application belongs to the technical field of full-automatic plant fiber molding equipment, and particularly discloses a full-automatic plant fiber molding equipment, which comprises a forming cylinder, a forming device is arranged in the forming cylinder, the forming device is matched with a drying device arranged in the forming cylinder, the forming device comprises a slurry cavity sleeved in the forming cylinder, and a slurry mixing mechanism is arranged in the slurry cavity; and a forming mechanism matched with the slurry cavity is arranged in the forming cylinder. The forming device and the drying device are arranged in the forming cylinder, so that integrated forming and drying treatment of plant limiting molding can be realized, full-automatic forming and drying treatment of plant fiber molding is realized, the preparation precision and efficiency of plant fiber molding are effectively improved, the degree of manual participation in the forming and drying process of plant fiber molding is reduced, and the production efficiency of plant fiber molding is improved.

The application discloses a prompt sound statistical method, device, equipment and readable storage medium. The prompt sound statistical method comprises the following steps: obtaining square wave data corresponding to an envelope line of collected audio data; determining a time period corresponding to an a-th wave band in the square wave data; obtaining audio corresponding to the time period from the audio data to obtain a target audio segment; calculating the similarity between the target audio segment and each collected segment in the audio data; determining a first target peak point and a target threshold in a cross-correlation function; determining at least one second target peak point in the plurality of similarities; and determining the playing information of the prompt sound in the audio data according to the total number of the first target peak point and the second target peak point and the time interval between the first target peak point and the second target peak point. According to the embodiment of the application, the accuracy of determining the playing number or frequency of the prompt sound can be effectively improved, and the reliability of the test result of the device outputting the prompt sound is improved.

The application provides a small and medium-sized blade sawing and milling structure, which comprises at least one placing mechanism, at least one robot for performing feeding and discharging operations, and a plurality of processing mechanisms for different processing procedures. The placing mechanism is provided with a plurality of placing cavities, and each placing cavity is internally provided with a flexible positioning mechanism for clamping and posture arrangement of the blade. The execution end of the robot is equipped with a gripper, which can grab the blade in the placing cavity and convey it to the corresponding processing mechanism, and meanwhile, the processed blade is taken out and transferred to a preset position. The gripper is provided with a 3D camera for identifying the posture information of the blade at the placing cavity and the processing mechanism, and judging whether it meets the preset grabbing or clamping requirements. The system realizes the posture stability of the blade through the flexible positioning mechanism, facilitates the quick grabbing of the robot, and realizes the centralized processing of the cutting and milling procedures through the multiple processing mechanisms, thereby improving the processing efficiency and the automation level.

The application discloses a copy deployment method, device, system, electronic equipment and storage medium. The method comprises the following steps: receiving a copy deployment request; in response to the application copy deployment request, obtaining a planning file corresponding to each application component in a cloud computing platform; extracting demand information from the copy deployment request, and extracting an actual copy quantity meeting the demand information from the planning file; and sending the actual copy quantity to a target cluster, so that the target cluster performs a deployment operation on a container deployed in the target cluster according to the actual copy quantity, to meet the demand of the cloud computing platform. The method provided by the application embodiment can automatically extract the actual copy quantity meeting the demand information from the planning file according to the demand information in the copy deployment request, and create the number of component copies in the target cluster, so that manual setting is no longer needed, the human participation degree is reduced, and the probability of errors caused by human operation is reduced.

This utility model belongs to the field of agricultural tire processing, specifically relating to an automatic bonding main feeding rack device for agricultural tires. It includes a frame with multiple evenly distributed conveyor belts, a length-fixing device, and an automatic cutting device. This utility model optimizes the overall layout by rationally arranging the material sequence of each layer and improving the frame structure, resulting in a more compact layout, smaller footprint, and higher conveying efficiency. Its unique cutting method ensures cutting stability, and its superior programmed management makes it easy to operate with a clear interface. The reasonable structure effectively reduces production and maintenance costs. Programmed control and correction adapt to different specifications, and automatic material cutting reduces worker labor intensity and improves work efficiency. It is applicable to a wide range of tire specifications, offering strong versatility. Automatic conveying and cutting significantly improve automation, reducing manual intervention and improving tire quality.

The present disclosure relates to a UAV hangar, comprising: a hangar cabinet, the hangar cabinet comprising a cabinet body and a plurality of storage decks, the top of the cabinet body being provided with a take-off and landing opening, and the plurality of storage decks being arranged in the cabinet body along the height direction of the cabinet body; a plurality of take-off and landing platforms, the plurality of take-off and landing platforms corresponding to the plurality of storage decks one by one, and the take-off and landing platforms being arranged on the storage decks and used for carrying UAVs; a docking mechanism, the docking mechanism comprising a lifting drive device and a lifting platform, the lifting drive device being used for driving the lifting platform to switch between a docking position and a take-off and landing position, the docking position being a position where the lifting platform docks with one of the plurality of storage decks, and the take-off and landing position being a position where the lifting platform is at least partially exposed outside the cabinet body through the take-off and landing opening; and a drive mechanism, the lifting platform being connected with the drive mechanism, and in the docking position, the drive mechanism drives the lifting platform to move between the storage deck and the lifting platform.