24results about How to "Solving inefficiencies" patented technology

The utility model discloses a kind of shaping devices for leisure shoes processing, belong to leisure shoes processing field, including main body rack, the upper end of the main body rack is provided with controller, the upper end of the main body rack is equipped with conveying mechanism, the right end of the conveying mechanism is equipped with conveying drive motor, the upper end of the main body rack is fixedly installed with workstation support, the left side of the workstation support is fixedly installed with rotary drive motor;Through the annular installation design of multiple shoe tree components, then the output shaft of rotary drive motor drives indexer and rotary workstation to rotate, and then drive shoe tree component annular motion, can be operated to multiple pairs of shoes cyclically, then through pressure cylinder driving shaping pressure head plate sliding sequentially to shoe is shaped, greatly improve production efficiency, meet the demand of modernization large-scale production, effectively solve the problem of low efficiency of traditional shaping device.

This technology is applied in the field of network security. This invention provides a method and apparatus for defending against SSH brute-force attacks through log analysis. The purpose of this invention is to solve the problem of inefficiency in existing security defense measures when they cannot cope with brute-force attacks. The main solution includes: acquiring security logs and system logs from monitoring devices and providing them to the perception module; acquiring the attacker's source IP address, username, and time; the perception module recording the attack source IP address, username, and time information in memory and performing statistics within a set time period; querying third-party professional threat intelligence to return the attack source IP address attribution information and threat score; the log threat analysis module defining the danger level of the brute-force threat based on the attack source IP address and threat score; and implementing different corresponding response measures based on the risk identification results of the threat analysis module.

This invention provides a winding device for linear generator coil winding, belonging to the field of generator technology. It includes a base, a left rotary drive system fixed to one end of the base, a right translational pressing system fixed to the other end of the base and moving left and right along the base, and a pneumatic mold system positioned between the left rotary drive system and the right translational pressing system. The pneumatic mold system is connected to the connecting shaft of the left rotary drive system and is directly opposite the pressing part of the right translational pressing system. This invention automates the entire winding process, except for feeding and adjusting the take-up reel, achieving one-time forming. It solves the problem of low efficiency caused by multiple manual "flipping" operations in existing technologies.

This application discloses a composite grinding sander, comprising: a housing; a motor disposed within the housing for providing driving force; a drive shaft connected to and driven by the motor; a connecting seat, one end of the drive shaft disposed within the connecting seat; a oscillating grinding disc disposed at the bottom of the connecting seat, having a grinding disc groove at its center, and connected to the drive shaft via an eccentric transmission mechanism, causing the oscillating grinding disc to oscillate when the drive shaft rotates; and a rotating grinding disc disposed within the grinding disc groove, connected to the drive shaft and capable of rotating with the drive shaft. High-speed rotary coarse grinding is achieved through the central rotating grinding disc, resulting in a high material removal rate; and oscillating fine polishing is achieved through the peripheral oscillating grinding disc, resulting in a smooth surface. Both work collaboratively in the same process, solving both the surface roughness problem of traditional rotary coarse grinding machines and the low efficiency problem of traditional oscillating sanders.

The application provides a method and system for generating forward simulation data, the method comprising: constructing a three-dimensional voxel model corresponding to a simulation scene, dividing a binning region according to the numerical characteristics of electromagnetic parameters corresponding to each voxel contained in the three-dimensional voxel model, and the binning region describing the value range of the numerical characteristics of the electromagnetic parameters; mapping and converting the electromagnetic parameters with different numerical characteristics corresponding to multiple voxels in one binning region into electromagnetic parameters with the same numerical characteristics; determining a target connected domain in the three-dimensional voxel model, wherein the voxels contained in the target connected domain correspond to electromagnetic parameters with the same numerical characteristics and the voxels are connected in space in the three-dimensional voxel model; selecting a local region of interest from the three-dimensional voxel model, generating geometric commands corresponding to the target connected domain included in the local region of interest; and executing the geometric commands to generate forward simulation data. The technical problem of excessive number of geometric commands and low efficiency of simulation data generation is solved.

This invention discloses a business processing method, apparatus, electronic device, and storage medium. The method includes: receiving a business request instruction through a user interface layer and transmitting the instruction to an application layer; analyzing the instruction to determine business requirement information through the application layer; forwarding the requirement information to a system platform, enabling the platform to provide the target business based on the requirement information; and feeding back the target business to the user interface layer through the application layer and displaying it using the interface layer. In essence, this invention employs a layered design for the business processing program, dividing it into a user interface layer and an application layer. This solves the inefficiency problem of processing target business through a business processing program, decoupling the user interface layer, application layer, and system platform. This improves the reusability, flexibility, and stability of the business processing program, enabling it to quickly respond to target business processing requests.

To achieve the above objectives, this utility model provides an integrated device for demolding and surface treatment of cured wind turbine blades, comprising: a supercritical CO2 (carbon dioxide) demolding unit, including: a reaction vessel for containing the cured blade and mold; and a fluid system connected to the reaction vessel via pipeline, the fluid system including a CO2 storage tank, a high-pressure pump, and a heater; a laser surface treatment unit, including: a laser; an optical path system including a reflector and a focusing lens to guide and focus the laser emitted by the laser onto the surface of the cured blade; and a defect detection system including a collecting mirror and a spectrometer; wherein the laser surface treatment unit is located downstream of the supercritical CO2 demolding unit. This utility model fundamentally solves the problems of process separation and low efficiency in existing technologies by physically integrating the supercritical CO2 demolding unit and the laser surface treatment unit into a single structure.

The application discloses a kind of multi-layer board-daily ceramic board strip tray automatic felt production process.The technical scheme of the application includes: large-area wooden multi-layer plywood (such as area 1.22m*1.22m and 2.44m*1.22m, etc.) is placed on automatic glue spreader, and cold pressure glue with thickness of 0.1-0.2mm is uniformly applied on single side; the same size felt piece is automatically laid on the glue-coated surface by using a mechanical tension hand system equipped with 6 independent clamping points; 0.5-1.0MPa segmented rolling is carried out by 8 groups of rotating columns to form a preliminary felt board; 90 preliminary felt boards are cold-pressed for about 6 hours under 5 or so standard atmospheric pressure to completely solidify; and finally, the required size strips are divided by an electric saw cutting platform. The application significantly improves production efficiency by about 20 times, reduces labor cost from 2.5-3 yuan per strip to 0.3 yuan, achieves 95% or more uniformity of glue application, stabilizes product quality, completely eliminates felt separation and cracking problems, significantly improves the protection effect of ceramic body, and provides an efficient and economical technical solution for the automation transformation of the ceramic industry.

The utility model discloses a kind of packing device for sewing thread production, including bottom plate, packing assembly is arranged on the bottom plate, the packing assembly includes operation table and conveyer belt, the operation table is installed on bottom plate, the conveyer belt is set on operation table, and the operation table is wound with packaging tape, the side of the operation table is equipped with placing rack, the placing rack is equipped with mounting seat, the mounting seat is equipped with fastening assembly, the fastening assembly includes rotating seat and mounting rod, the rotating seat is rotatably connected on mounting seat, the mounting rod is slidably connected on rotating seat and mounting seat, mounting seat is placed with placing rod, to solve the technical problem of low efficiency and inconvenient operation mentioned in the background art in the existing sewing thread production packing device technical field.

This invention relates to the field of lithium battery production control technology, and discloses a production control method for achieving efficient production of lithium battery cells. The method acquires batch characteristic data of lithium battery cells, including electrode material ratio characteristics and electrolyte composition characteristics; extracts a corresponding set of process parameter configurations based on the batch characteristic data; identifies key control nodes in the lithium battery production process based on the set of process parameter configurations, including material ratio adjustment nodes and process parameter switching nodes; calculates parameter deviation data in the production process based on the key control nodes, including cumulative deviations within the same batch and parameter jump values ​​across batches; and extracts a set of reusable process control parameters based on the parameter deviation data, including general process parameters and specific process parameters.

The utility model provides an efficient reflux concentration device for preparing freeze-dried tea, and relates to the technical field of instant tea, the efficient reflux concentration device comprises a condensate water tank and a protective box, the inner wall of the condensate water tank is provided with a condensate water net, the outer surface of the protective box is provided with a low-voltage power supply, and the outer surface of the low-voltage power supply is electrically connected with a low-voltage wire; the end, away from the low-voltage power supply, of the low-voltage wire sequentially penetrates through the protection box and the condensate water tank and then is electrically connected with the inner wall of the condensate water net. According to the utility model, the low-voltage power supply is electrically connected with the water condensing net, so that the water condensing net forms an electrified adsorption interface which can generate an electrostatic adsorption effect on gas molecules and accelerate the conversion from gas to liquid; meanwhile, the high-voltage power supply is connected with the inner wall of the condensate water tank to form an electric field environment, gas particles are further promoted to be gathered and condensed, the problem that traditional equipment is low in efficiency due to lack of gas capturing capacity is effectively solved, the condensate water tank is vibrated through the vibration motor, water drops rapidly fall down, and the working efficiency is improved.

This utility model relates to the field of EB furnace technology and discloses an adjustable-angle EB furnace feeding device, including a base. A height adjustment sleeve is fixedly connected to the top of the base, and a height adjustment rod is fitted inside the height adjustment sleeve. A semi-circular plate is fixedly connected to the top of the height adjustment rod. This adjustable-angle EB furnace feeding device uses mounting screws for fastening, thereby adjusting the angle of the feeding device housing at the top of the mounting base. After the angle is adjusted, the feeding device housing is in an inclined state. The falling speed of the residual material inside the triangular residual material placement shell is different for different angles of the feeding device housing. Furthermore, the baffle one, auxiliary roller, and baffle two set inside the feeding device housing can form a cross-type buffer for the falling residual material. The entire operation does not require energy consumption and can be quickly moved to different EB furnace feeding devices to form docking, and then manually filled.

The utility model discloses a kind of mould jigs based on stable base conveying function, for the working operation of PCBA board, including mounting plate, cover plate, stable base and conveyor;Mounting plate is set on stable base, and the upper surface of mounting plate is provided with setting part, and PCBA board to be worked is placed on setting part, and one end of cover plate is connected on stable base through movable hinge, and cover plate is covered on setting part and covers PCBA board, and the upper surface of mounting plate is provided with the fixed buckle of movable adjustment, and fixed buckle is buckled on the side wall of cover plate to fix cover plate;The bottom end of stable base is installed on conveyor, and the conveying track of conveyor continuously conveys towards the machining position of the preset PCAB board processing machine body. Significantly improve the efficiency of PCBA board operation, more importantly, greatly improve the stability and product yield of processing process, reduce production risk and cost.

This invention discloses a high-temperature, high-dust-content flue gas purification device, relating to the field of flue gas purification technology. The device includes an adjustable purification structure comprising multiple ceramic filter elements. SCR catalyst components are coated on the surface of each ceramic filter element. A swirling ammonia injection grille is installed at the inlet end of each ceramic filter element. An attitude adjustment mechanism is connected to the purification structure. A PLC control system is electrically connected to the attitude adjustment mechanism, which controls the ceramic filter elements of the purification structure to switch between vertical, inclined, and parallel settings. In the vertical setting, flue gas passes through the filter element in a straight line from top to bottom or bottom to top. In the inclined setting, flue gas passes through obliquely, forming a "Z"-shaped path. In the horizontal setting, flue gas flows laterally through the filter element, and particulate matter is deposited downwards under gravity. This invention solves the problem of low removal efficiency of fine particulate matter, achieving highly efficient purification of high-temperature, high-dust-content flue gas, and is particularly suitable for treating high-emission flue gas under complex operating conditions.

The utility model belongs to the technical field of glove packaging equipment, concretely relates to a glove automatic folding device, including folding frame, packing frame and the transmission mechanism that sets up between packing frame and folding frame, the operating platform of disc structure is rotatively connected on the folding frame, the vertical folding mechanism of longitudinal is equipped with above operating platform, the horizontal folding mechanism that cooperates with longitudinal folding mechanism is equipped with in operating platform side and below it, the output of horizontal folding mechanism is equipped with clamping assembly, clamping assembly sets up on transmission mechanism and removes to the packing station of packing frame from the output of horizontal folding mechanism through transmission mechanism drive. The utility model has realized the whole process automation continuous production of glove from folding to packing, does not need manual intervention, has improved production efficiency greatly, has solved the problem of low efficiency that traditional equipment still needs manual removal glove to packing station after folding completion.

This invention belongs to the field of environmental protection equipment technology and discloses an active demister for ammonia desulfurization and its usage method. The demister includes multiple demister units arranged in parallel. Each demister unit includes a ventilation cylinder, a lower stationary blade, an upper stationary blade, and a moving blade assembly. The ventilation cylinder is a hollow cylinder with openings at the top and bottom and sealed on all sides. The lower stationary blade, upper stationary blade, and moving blade assembly are coaxially arranged vertically inside the hollow cavity of the ventilation cylinder. The lower stationary blade is fixedly connected to the bottom of the ventilation cylinder, and the moving blade assembly is located above the lower stationary blade. The moving blade assembly can rotate around its central axis. The upper stationary blade is connected to the moving blade assembly via a moving blade bearing, preventing the upper stationary blade from rotating with the moving blade assembly. This device enables the moving blade assembly to rotate in the opposite direction to the stationary blade guide under the upward-moving flue gas, increasing the relative velocity between the flue gas and the blades while reducing gas phase resistance, thus achieving a better demister effect.

This invention provides a flattening device suitable for stalk-shaped plants, relating to the technical field of plant processing equipment. The device includes a frame, a first conveying assembly, a flattening mechanism, a second conveying assembly, and a flipping mechanism. The first conveying assembly is mounted on the upper part of one end of the frame and is used to convey the stalk-shaped plants to be flattened. The flattening mechanism is located on one side of the tail end of the first conveying assembly and is used to flatten the stalk-shaped plants conveyed by the first conveying assembly. The second conveying assembly is mounted on the upper part of the other end of the frame and is used to receive and convey the flattened stalk-shaped plants. The flipping mechanism is located on the side of the second conveying assembly and has a working state and a reset state. In the working state, the flipping mechanism flips upward to unload the flattened stalk-shaped plants from the upper part of the second conveying assembly. This invention can achieve efficient and high-quality flattening of large quantities of stalk-shaped plants, such as reeds.

The utility model belongs to the battery packaging technical field discloses a kind of battery cell rubberizing identification devices, it includes pedestal, support mechanism and positioning identification mechanism.Support mechanism includes support plate and multiple adjusting plate along vertical direction superposed installation, adjusting plate position at bottom is adjustably connected to pedestal, support plate is set on adjusting plate at top, and is equipped with the accommodation slot for accommodating battery cell, identification hole is equipped on support plate, and positioning identification mechanism includes positioning driver and identification component, positioning driver is set on pedestal, identification component can be driven to move towards support plate, when battery cell is accommodated in accommodation slot, identification component can identify the rubberizing mark on battery cell by identification hole. Through the above setting, the battery cell rubberizing identification device of the application can realize accurate identification to battery cell rubberizing position.

The application provides a cleaning conveying line for transporting parts to be cleaned fixed on a tray, which comprises a loading area, a first cleaning conveying area, a second cleaning conveying area and an unloading area. The loading area is arranged at the inlet end of the cleaning conveying line to receive and place the tray carried by an external conveying device, and the tray carries the parts to be cleaned; the first cleaning conveying area is connected with the loading area to transmit the parts to be cleaned to a predetermined cleaning station; the second cleaning conveying area is arranged on one side of the first cleaning conveying area to receive the parts cleaned by the first cleaning conveying area; wherein a plurality of translation rails are arranged between the first cleaning conveying area and the second cleaning conveying area to transmit the parts to be cleaned between the two conveying areas; and the unloading area is arranged at the end of the first cleaning conveying area to output the cleaned parts to an external production line, so as to solve the problem of low efficiency of the cleaning conveying line in the prior art.

This utility model discloses a precision parts processing and spraying device, including a base, a raceway on the base, an outer cleaning component on the bottom surface of the raceway, an inner cleaning component above the outer cleaning component, and a spraying structure connected to the inner cleaning component. The spraying structure is slidably mounted on the base and slides along the width of the base to disengage from the ring to be cleaned. This utility model, by setting up an outer cleaning component, an inner cleaning component, an outer spraying seat, and an inner spraying seat, and adopting a clamping-type simultaneous cleaning and spraying setup, can achieve simultaneous treatment of the inner and outer surfaces of ring-shaped parts. This effectively solves the inefficiency problems caused by the separation of cleaning and spraying processes and the step-by-step operation of inner and outer surfaces in traditional processes, significantly shortening processing time and reducing manual intervention and the risk of secondary contamination.

This utility model relates to the field of food processing equipment technology and discloses a liquid feeding station for a food production line, comprising: a liquid storage tank and a sanitary pump installed on the ground floor, the inlet of the sanitary pump being connected to the outlet of the liquid storage tank; a first pipe connected to the outlet of the sanitary pump, one end of the first pipe being connected to a second pipe, multiple third pipes installed on the second pipe, and one end of each third pipe being connected to a production liquid storage tank installed on a second-floor platform, with valves installed on the surface of the third pipes. This liquid feeding station for the food production line, by installing a stainless steel liquid storage tank and a sanitary pump on the ground floor, directly pumps the liquid to the production liquid storage tank on the second-floor platform, completely eliminating the need for manual handling of the storage tank to higher platforms and solving the technical problems of high labor input, high labor intensity, and safety risks associated with traditional methods.

The utility model discloses a woven cloth cutting device, including cutting mechanism, angle adjusting mechanism, rotation structure and transverse movement structure, angle adjusting mechanism includes support rod and support seat, support rod sets up in support seat along X axle, support rod is adjustable fixed in support seat along X axle, cutting mechanism is rotatably fixed in support rod through rotation connection subassembly, rotation structure is used for driving angle adjusting mechanism rotates around Z axle, transverse movement structure is used for driving rotation structure moves along Y axle. The utility model discloses cutting mechanism's adjustable fixed along X axle, rotates around Z axle and moves along Y axle's mode of drive, realizes cutting mechanism multidimensional cutting angle and position adjustment, can complete simultaneously positive heat -seal cutting and side layering cutting, solves the problem of low efficiency caused by the single cutting mode of existing equipment, has the advantages of improving production efficiency and reducing equipment cost.

This invention discloses a distributed heterogeneous flexible assembly workshop scheduling method with transfer functionality. It includes the following steps: setting assumptions and basic parameters; proposing corresponding constraints based on the problem under study; constructing a bi-objective optimization model with the objectives of minimizing maximum completion time and minimizing total processing energy consumption. This bi-objective optimization model is used to optimize the flexible assembly workshop scheduling considering factory processing capacity, transportation stages, and workpiece transfer. Based on the process sequence, factory selection, and machine selection, a three-segment encoding and decoding mode corresponding to the bi-objective optimization model is designed. Based on the three-segment encoding and decoding modes, an improved multi-objective genetic algorithm based on Q-Learning is used to solve for the optimal scheduling scheme. This invention considers factors such as workshop processing capacity, collaborative processing, and transportation stage time, arranging the process sequence, factory, machine, and assembly workshop selection from a global optimization perspective.