24results about How to "Realize automatic circulation" patented technology

This utility model provides a sample post-processing system, including a sample entry / exit unit, a transport track, a refrigeration module, a conveying module, and a scheduling module. The conveying module interfaces with the refrigeration module, enabling the storage of samples in the refrigeration module and the transfer of samples from the refrigeration module. The scheduling module coordinates the arrangement of sample containers on the conveying module, allowing samples to be transported back to the production line for re-inspection. Through the cooperation of the conveying module and the scheduling module, the system achieves sample transport, storage in the refrigeration module, and re-inspection of samples transferred from the refrigeration module. This allows sample containers to circulate smoothly between the sample entry / exit unit, the transport track, and the refrigeration module, simplifying the sample post-processing process.

The utility model discloses a production line integrated adjustable diamond ring line fixed length cutting equipment, including first support, second support, the both sides of second support upper surface all are fixedly connected with the side plate, and the even distribution of conveying roller that rotates and connects between two side plates along the length direction of side plate, be provided with the conveying drive assembly for driving the synchronous rotation of conveying roller on the side plate, still be provided with the jacking fixing assembly for jacking and clamping material on second support, the utility model discloses the cooperation of first support, second support, side plate, conveying roller, conveying drive assembly, jacking fixing assembly, feed sliding rail, feed sliding block, feed plate, feed motor, feed threaded rod, feed threaded bush, variable pitch sliding rail, variable pitch sliding block and diamond ring line cutting assembly, and then effectively realize the automatic flow of material between production line and cutting equipment, improve production continuity and automation level as far as possible, reduce manpower cost.

This invention provides an intelligent identification and quantification method for microscopic residual oil, belonging to the field of microscopic residual oil analysis. The method includes preprocessing visual modal micro-CT images and textual modal geological description text, and inputting them into a multimodal pyramid pooling visual model for deep cross-modal fusion and semantic recognition to generate a high-precision semantic segmentation map of residual oil. The semantic segmentation map is then input into a task scheduler, where dynamic scheduling and collaborative intelligent agents execute seepage simulation and potential prediction to obtain dynamic simulation results. Based on the current residual oil state, a decision-making intelligent agent uses closed-loop optimization to obtain the optimal strategy and its verification simulation results. A structured report is generated based on the semantic segmentation map, dynamic simulation results, optimal strategy, and its verification simulation results. This invention solves the problems of fragmented identification-modeling-simulation-decision-making processes, low automation, and unquantifiable results in microscopic residual oil analysis.

The utility model provides a multi-station press machining system, and belongs to the technical field of machining equipment. The problem that in the prior art, a press is low in automation degree is solved. The multi-station press machining system comprises a rack and a rotating station module connected to the rack, and the rotating station module comprises a rotating disc and a power assembly used for driving the rotating disc to rotate in an indexing mode; the at least two workpiece fixing modules are connected to the rotary table, and each workpiece fixing module is provided with a machining station used for containing a workpiece; the stamping execution module is connected to the rack, and the stamping execution module comprises a stamping execution piece and a stamping driving piece used for driving the stamping execution piece to move up and down in the vertical direction; and the at least one workpiece transfer module is connected to the rack, and the output end of the station transfer module is provided with a clamping jaw used for feeding unmachined workpieces and discharging machined workpieces. The device has the advantages of high efficiency and automation.

This application relates to a high-precision visual inspection system and method for product sides, belonging to the technical field of visual inspection. It includes a worktable, a light source, a vision camera, and reflectors. The worktable has an inspection area for placing the product. The light source illuminates the side of the product within the inspection area. The vision camera is positioned above the inspection area. Several reflectors are obliquely arranged on the worktable, each corresponding to a side of the product within the inspection area. The reflectors are located to the side of the corresponding side of the product. When the light source illuminates the side of the product, the light reflected from the side is reflected by the reflectors to the central area of ​​the vision camera. This application achieves high-precision inspection of all sides of a product under single-vision camera conditions, reducing equipment cost and size.

This utility model relates to the field of door panel processing technology, and in particular to a material cutting mechanism. The sawing frame has two cutting conveyor assemblies inside; each cutting conveyor assembly is equipped with a panel clamping module for pressing the sheet metal together; the sawing frame has a door panel cutting assembly for cutting the sheet metal; the door panel cutting assembly is positioned between the two cutting conveyor assemblies. When using this utility model, the structure enables automatic feeding and transfer of sheet metal to the next workstation, with cutting and conveying working in tandem to improve sheet metal processing efficiency.

The invention discloses a wood product design order splitting method, system and device, a medium and a product, and the method comprises the steps that original data of wood product design are acquired, and the original data comprise design drawings and material details; and verifying and supplementing the material details based on the design drawing to obtain updated details, and determining a production blanking list, a price list and plate coding information according to the updated details. The method can improve the efficiency of a designer to compile a material detail table, save the time for deepening engineers to repeatedly check drawings and extract split details, and reduce errors in the operation process.

The application belongs to a kind of multi-purpose pipe automatic feeding laser welding equipment, including mainframe, which is provided with feeding rotating assembly and bidirectional moving mechanism on the mainframe, quick-release feeding turntable is arranged on the rotating shaft of feeding rotating assembly, two moving tables of bidirectional moving mechanism are fixedly connected with sliding table, feeding guide rail assembly is arranged on the two sliding tables, feeding guide rail assembly includes fixed guide rail and adjusting guide rail, loose clamp air cylinder is fixedly connected below quick-release feeding turntable on the mainframe, push fork is fixedly connected on the piston rod of loose clamp air cylinder, pipe rotating assembly and pipe jacking assembly are fixedly arranged on the two sliding tables respectively, and laser welder is fixedly connected on the mainframe.The beneficial effects of the application are as follows:automatic flow and automatic rotating welding of pipe can be realized, production efficiency is improved, the device structure occupies small space, and laser processing and flow of pipe with different diameters and lengths can be adapted.

The utility model relates to the technical field of false eyelash production, and provides false eyelash production equipment which comprises a laser welding workbench, a waste discharging and stripping workbench, a laser feeding assembly, a laser cutting mechanism, a waste discharging mechanism, a stripping mechanism and a rubberizing mechanism. The laser feeding assembly is used for feeding materials to be cut. The laser cutting mechanism is arranged on the laser cutting station, and the laser cutting mechanism is used for cutting the to-be-cut material flowing from the feeding station to the laser cutting station; the waste discharging mechanism is arranged on the waste discharging station and used for discharging waste of the materials obtained after laser cutting. The stripping mechanism is arranged on the stripping station, and the stripping mechanism is used for stripping the middle mucosa and the eyelash product; the rubberizing mechanism is arranged on the rubberizing station and used for pasting the adhesive tape to the eyelash products. Automatic production of the false eyelashes is achieved, and the production efficiency and the qualified rate of the false eyelashes are improved.

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 discloses a louver blade off-axis flow transfer device in a packaging automation assembly line, which comprises a support fixedly installed on the rack of a plasticizing device, and further comprises an uplink slide fixedly installed on the support, which comprises left and right tracks extending upward along the longitudinal direction and inclined downward, and a first hollow area extending along the longitudinal direction is formed between the left and right tracks; a first anti-turning assembly is arranged at the uplink slide and fixedly connected with the support, and comprises a first anti-lateral turning member and a one-way passing component, and the first anti-lateral turning member is provided with a first limiting channel extending along the longitudinal direction; a conveying member is arranged at the downstream end of the uplink slide; and a driving member is drivingly connected with the conveying member. The uplink slide is inclined without power, so that the louver blade group is naturally lifted and separated from the louver blade group by the self-running thrust of the rod, and the conveying member then conveys the louver blade group to the next process, thereby saving labor cost and realizing automatic flow transfer without manual operation.

The utility model discloses a disposable waste liquid bag device capable of being connected in multiple modes. The disposable waste liquid bag device comprises a negative pressure source and at least two liquid storage bottles. Liquid storage bags are arranged in the liquid storage bottles, the negative pressure source is communicated with the liquid storage bags and cavities between the liquid storage bags and the liquid storage bottles through pipelines, and anti-overflow valves are arranged on the pipelines between the negative pressure source and the liquid storage bags and used for preventing liquid in the liquid storage bags from flowing into the negative pressure source. Wherein one liquid storage bag is respectively connected with a user through a pipeline and is sequentially communicated with the interiors of the other liquid storage bags in series one by one, the automatic circulation of waste liquid in the plurality of liquid storage bottles can be realized through the plurality of liquid storage bags which are communicated in series and are all arranged in the liquid storage bottles, and when the waste liquid reaches a certain amount, the automatic circulation of the waste liquid in the plurality of liquid storage bottles can be realized. And the liquid storage bottle can be discarded without cleaning, so that the working efficiency is improved.

The utility model relates to tapping necking technical field, concretely is a tapping necking integrated equipment, including work head, the surface one side of work head is provided with mounting plate no.

The invention relates to a tray transplanting system and method, the tray transplanting system and method are applied to the field of semiconductor chips, the tray transplanting system comprises a mounting frame, the mounting frame is provided with a caching device, a transplanting device and a carrying device, the caching device is used for caching a to-be-fed material carrying tray, and the caching device comprises a jacking unit and a limiting unit; the jacking unit is used for jacking and lifting all the material carrying trays, the limiting unit is used for limiting the positions of the jacked non-target material carrying trays, the transplanting device is used for transferring the target material carrying trays below the non-target material carrying trays to the carrying device, and the carrying device is used for carrying the material carrying trays to jigs. The jacking unit is started to jack and lift all the material carrying trays, the limiting unit is started to limit the positions of the jacked non-target material carrying trays, then the transplanting device transfers the target material carrying trays below the non-target material carrying trays to the carrying device, the carrying device carries the material carrying trays to a jig, and automatic circulation of the material carrying trays is achieved. And the production efficiency and stability are improved while time and labor are saved.

The invention discloses an automatic gluing pretreatment process and equipment for a car lamp shell. The equipment comprises a dust removal unit, a transfer unit, a circulation line body unit, a flaming unit and a gluing unit which are connected in sequence. The dust removal unit is provided with a dust removal robot and a grabbing tool with a clamping jaw air cylinder, the transfer unit comprises a transfer machine and a circulation tool, the circulation line body unit is provided with a stop block mechanism and a telescopic positioning mechanism at a fire spraying station and a gluing station, and the fire spraying unit and the gluing unit are each provided with a corresponding industrial robot and an operation tool. According to the process, the dust removal robot grabs materials in the previous process to complete dust removal, the materials are transferred to the circulation line body through the transfer machine and are sequentially blocked and positioned through the fire spraying station and the gluing station, and the robot works to complete the whole process treatment. Automatic treatment before gluing of the lamp shell is achieved, the labor and equipment manufacturing cost is greatly reduced, the procedure rhythm is accurately controlled, the production efficiency and output are improved, the automatic gluing machine can adapt to products of multiple models only by replacing tools, the equipment compatibility is high, and the automatic gluing machine is suitable for large-scale production of automobile lamps.

The utility model discloses an automatic transplanting laser line body which comprises a transplanting line body, one side of the transplanting line body is provided with at least one processing position, and the processing position is provided with a position adjusting module used for adjusting the position of a product and a product transplanting module. According to the automatic transplanting laser line body, through the arrangement of the position adjusting module and the product transplanting module, the line body can achieve automatic circulation of cooling fins among all machining stations, the machining efficiency of the line body is effectively improved, the production cycle of the cooling fins is shortened, and the production requirements are better met.

The utility model provides a kind of flame-retardant master batch quantitative packaging equipment, it is related to flame-retardant master batch field.The installation frame, the installation plate installed around the installation frame, the bottom of the center of installation frame is equipped with rotating mechanism.The utility model is equipped with rotating positioning system by installation frame, installation plate, speed reducer motor, bearing disc, clamping ring, weighter, electric telescopic rod, limit disc, limit mouth, micro electric push rod, push block, balance ring, and realizes the automation of loading bottle and accurate positioning with peripheral controller;Further combined with the quantitative discharging system of star valve, solenoid valve, storage barrel, stirring motor, helical blade, compared with the problems of related technical manual auxiliary positioning, low discharging precision and easy to spill, greatly improve positioning and quantitative precision, realize automation and reduce labor cost.

The utility model relates to the technical field of suspension insulator production, specifically relates to the special mould conveying mechanism of suspension insulator automatic forming production line, including the spinning forming conveying line of the conveying direction is X direction, spinning forming conveying line includes the first lifting seat of being liftablely connected to the frame through the first air cylinder, the first lifting seat is slidably connected with the moving cross bar through the first screw rod guide rail subassembly of setting first, the extension direction of moving cross bar is X direction, the support block for locating and supporting lower mould body is set up on moving cross bar, and the shape of lower forming mould body is rotary body etc., through setting spinning forming conveying line, cylinder conveying line, transfer feeding device etc. structure, through the cooperation of the specific structure and corresponding positional relation of each conveying line, the automatic circulation of lower forming mould body is realized, thereby automatically completing multistage spinning forming operation, and the production efficiency is greatly improved, and the equipment cost is saved.

The present application relates to the technical field of industrial safety and chemical engineering design, in particular to a chemical engineering design and safety risk analysis integrated platform.The platform adopts a four-layer architecture of data base layer, intelligent engine layer, business component layer and human-computer interaction layer.The method comprises the following steps: intelligently analyzing chemical engineering drawings through an AI-P&ID recognition engine, extracting drawing element parameters and constructing topological relations; performing parameterized editing and conflict checking through a P&ID editing and checking component; performing process flow dynamic simulation through a process simulation engine; performing intelligent reasoning of risks through a HAZOP knowledge base large model; and finally automatically generating a structured risk analysis report through a report generation component.The present application realizes full-chain automation from drawing analysis to report generation, solves the problems of serious manpower dependence, obvious data defects, low efficiency and fragmented functions in traditional methods, improves the efficiency, accuracy and reliability of chemical safety risk analysis, and reduces the cost of manpower and software.

The utility model provides a kind of intelligent helium leak detection recycling purification equipment, including rack, rotatable switch disc is arranged on rack, multiple loading units are fixedly connected on switch disc, and loading unit is used to place leak detection workpiece;Rack is provided with placement station, test station and recycling station;Rack is also provided with the drive rod that can be telescopic along vertical direction, the movable end of drive rod is fixedly connected with operation table, and operation table is respectively provided with first protruding part, second protruding part and third protruding part corresponding placement station, test station and recycling station;Loading unit includes lower shell and movable upper cover, and upper cover and lower shell form sealed space, and helium concentration detector is arranged on lower shell.By setting switch disc and multiple stations (placement, test, recycling), the original serial detection process is decomposed into parallel operation that can be carried out in different stations simultaneously.

The embodiment of the invention provides a business system test method and device, electronic equipment, a medium and a product, relates to the field of artificial intelligence, and can be applied to the field of financial science and technology. The method comprises the following steps: extracting service parameters from a test case of a current transaction stage; according to the service parameters and the transaction stage, matching a target message template of a corresponding type in a preset message template library; according to the service parameters, filling in a target message template to obtain an input message; inputting the input message into a service system to obtain an output message of the service system; and verifying the output message, if the verification is passed, sending a response message to the business system, and switching to the next transaction stage according to a preset transaction process until the transaction test is completed. According to the method, the coverage rate of the service system test can be improved.

This invention discloses a high-throughput screening device for the antibacterial activity of Bacillus subtilis, belonging to the field of high-throughput screening technology. The device includes a screening chamber, within which a sample loading robotic arm, an environmental control unit, an image acquisition and analysis unit, and a petri dish rack are installed. The petri dish rack is driven to rotate by a drive motor at its lower end. This invention's high-throughput screening device for the antibacterial activity of Bacillus subtilis employs a rotating, multi-layered fan-shaped petri dish rack, integrating a large number of culture units within a compact space, significantly improving the sample processing capacity for a single experiment and truly achieving high-throughput screening. Through the coordinated work of the pushing component and the robotic arm, automatic ejection, sample loading, and resetting of the culture plates are achieved. The entire sample loading process is completed within a sealed chamber, eliminating the need for operator intervention by opening the equipment.

This utility model discloses an infrared-heated lead-acid battery casting and welding device. In use, it is used with a casting and welding base mold. The top surface of the casting and welding base mold has a casting and welding cavity. The infrared-heated lead-acid battery casting and welding device includes a lead liquid adding mechanism for adding molten lead into the casting and welding cavity. This mechanism includes a lead liquid tank with an adding hole on the bottom surface for adding molten lead into the casting and welding cavity. The lead liquid adding mechanism also includes a lead wire supply unit and a hot-melting unit for melting the lead wire into molten lead. The molten lead formed after the lead wire is melted enters the lead liquid tank. Through the lead liquid adding mechanism consisting of the lead wire supply unit, the hot-melting nozzle, and the sealed lead liquid tank, combined with the servo motor-driven quantitative lead wire delivery and the adding hole controlled by a switching cylinder, precise melting of the lead wire is achieved on demand. The molten lead is precisely and controllably injected into the casting and welding cavity in a sealed environment via a switching valve. This avoids lead evaporation, splashing, and waste of residual material, improving raw material utilization.

This application belongs to the technical field of magnetic steel processing equipment, and particularly relates to a magnetic steel hot pressing device, comprising: a turntable with multiple processing tables on its surface; a vibrating feeding plate disposed on one side of the turntable for feeding; a clamping mechanism disposed above the turntable for transporting the workpieces transported by the vibrating feeding plate to the processing tables; and a hot pressing device disposed on the turntable for hot pressing the workpieces on the processing tables; wherein, a servo motor is disposed at the bottom of the turntable, the servo motor is connected to a control device, and the control device is connected to the clamping mechanism, the hot pressing device, and a pressure sensor. The beneficial effects of this application are: by setting multiple processing tables on the turntable surface, in conjunction with the servo motor and control device, automatic workpiece flow is achieved; the vibrating feeding plate and the clamping mechanism work together to feed, forming a continuous processing flow, significantly reducing worker involvement and workload, lowering labor costs, and improving work efficiency and magnetic steel yield.