36results about How to "Guaranteed production continuity" patented technology

This application relates to a pin bending device for electrical connectors, belonging to the field of pin bending technology. The device includes a base, a feeding mechanism, an assembly mechanism, and a bending mechanism. The feeding mechanism includes a housing conveying assembly and a pin conveying assembly. The housing conveying assembly is located at one end of the base along its length, and the pin conveying assembly is located on the base. The housing conveying assembly can convey the housing, and the pin conveying assembly can convey the pin. The assembly mechanism is located on the base and on one side of the housing conveying assembly along its length. The assembly mechanism can receive the housing and the pin and assemble and fix them to form a terminal. The bending mechanism is located on the base and can perform two bends on the pin. This application aims to solve the problem of low production efficiency caused by the difficulty in simultaneously achieving automated assembly and bending.

The present application relates to heat recovery technical field, it is related to a kind of high-temperature workpiece heat recovery channel device for mesh belt type quenching furnace discharge port, including recovery channel main body, recovery channel main body is obliquely arranged between mesh belt type quenching furnace discharge port and quenching tank entrance, material channel for workpiece sliding is formed in recovery channel main body inside, and the bottom end outlet of recovery channel main body is provided with shielding assembly, recovery channel main body includes main shell and the heat insulation function layer being arranged in the inside of main shell, both sides and bottom surface of main shell inner wall are provided with lining heat collection assembly, lining heat collection assembly includes phase-change heat storage layer fixed in the inside surface of main shell, heat exchange coil pipe is inlayed in phase-change heat storage layer, and phase-change heat storage layer side away from main shell is fixedly connected with heat collection panel;The present application can adapt to the installation space of quenching furnace discharge port narrow and close, while ensuring the continuity of production, high-quality waste heat resource utilization is realized.

This utility model discloses a device for diverting and conveying thin sheet materials. The device includes several baffle assemblies disposed above a conveying assembly. The baffle assemblies are arranged side by side, with a material conveying passage formed between adjacent baffle assemblies. Each baffle assembly includes a baffle extending along the conveying direction. The baffle is partially recessed at a predetermined position to form an open portion, or adjacent baffles are spaced apart to form an open portion. This utility model has a reasonable structure, is convenient for manual operation, and is beneficial for cost reduction.

The application discloses a kind of without heating regeneration carbon dioxide normal temperature removal process and system, belong to natural gas decarburization field;A kind of without heating regeneration carbon dioxide normal temperature removal process, comprising the following steps:S1, raw material gas pretreatment;S2, CO2 absorption;S3, rich liquid flash evaporation;S4, lean liquid regeneration;S5, material circulation;The application is effectively solved by the absorption part of being set, the pain point that edge filler reaction is not sufficient, the low life of central filler;Can shake and scatter adhesion filler ball, clean filter hole impurity, avoid filter hole blockage, further improve gas-liquid mass transfer efficiency;Can buffer knock impact force, prevent that filler plate is damaged;Can effectively protect electric telescopic rod, and maintenance is convenient, need not to disassemble whole tower body, shorten maintenance cycle, guarantee production continuity;Can avoid liquid flooding, channeling phenomenon.

This disclosure relates to the technical field of guardrail fastener processing equipment. One embodiment of this disclosure provides a cold heading forming device for guardrail fasteners, comprising: an equipment base and a forming frame, the forming frame being fixed to the surface of the equipment base, a feeding frame being fixed to the surface of the equipment base, a feeding forming assembly being disposed on the feeding frame and the forming frame, and a stamping and cutting assembly being disposed on the surface of the forming frame and the equipment base. The feeding forming assembly includes a plurality of feeding rollers, all of which are rotatably connected within the feeding frame. Two pairs of conveying rollers are disposed within the feeding frame, one end of each pair of conveying rollers being provided with a transmission gear, and one of the conveying rollers being electrically driven to rotate. A main frame is disposed on the surface of the equipment base. This technical solution solves the technical problem in the prior art where sequential feeding leads to an increased idle time ratio in the device, a limited supply of blanks per unit time, and difficulty in matching the high-speed processing capability of the cold heading forming main unit, thus restricting the overall production line's capacity improvement.

The application relates to a laminating device and laminating equipment thereof, which comprises a pressing plate, a laminating plate and an ejection mechanism. The laminating plate is arranged in pressing connection between the pressing plate and the laminating plate. The ejection mechanism comprises a first elastic member and a second elastic member, and the first elastic member and the second elastic member are arranged in the accommodating space. The first elastic member and the second elastic member can abut to the laminating plate and push the laminating plate away from the pressing plate. The double elastic member structure can provide a large demolding ejection force, and sufficient force is ensured to push out the laminating plate. The ejection mechanism can rapidly act at the moment when the hot press is opened, timely push out and avoid the laminating plate and the pressing plate from being attracted, ensure normal opening height, maintain production continuity and improve production efficiency. The ejection mechanism can reduce manual labor intensity, automatically push out and reduce safety risks without manual labor. The ejection mechanism has high universality, can be integrated on different specifications of pressing plates, does not need to reform the hot press on a large scale, and reduces equipment reform cost.

This application discloses a foreign fiber removal device for cotton web, relating to the field of textile machinery and equipment. It includes a frame and a feeding conveyor belt, a foreign fiber detection component, and a spray valve assembly mounted on the frame. An impurity collection channel is fixedly provided at the feeding end of the feeding conveyor belt. The impurity collection channel has an upper opening as its inlet and a lower opening as its outlet, with the inlet plane located below the conveying surface of the feeding conveyor belt. The foreign fiber detection component and the spray valve assembly are located above the feeding conveyor belt and the impurity collection channel, with the detection end of the foreign fiber detection component and the ejection end of the spray valve assembly both facing the inlet of the impurity collection channel. This device can perform online foreign fiber detection and positioning on the cotton web output from the carding machine, and spray airflow to accurately eject foreign fibers. Combined with the fan and impurity collection channel, it quickly guides foreign fibers away from the production line, thereby effectively removing foreign fiber impurities from the cotton web and achieving online removal of foreign fibers from the cotton web.

This utility model discloses a yarn guiding mechanism for a spinning frame, relating to the field of textile machinery and equipment technology. The mechanism includes a mounting frame, a mounting shaft, multiple adjusting components, and multiple yarn guiding components. Each adjusting component has a fixing member at its bottom. The multiple adjusting components are evenly arranged on the mounting shaft via the fixing members, and the yarn guiding components are mounted on the adjusting components. A drive motor in the yarn guiding component directly drives the rotating shaft and the roller, precisely controlling the speed and trajectory of the yarn during guidance, effectively suppressing tension fluctuations, significantly reducing the probability of yarn breakage and tangling, and minimizing raw material waste. The ceramic layer and PTFE lubricating layer on the surface of the roller and the limiting hole provide double protection. The ceramic layer is wear-resistant and damage-resistant, while the PTFE lubricating layer reduces the coefficient of friction, preventing yarn fuzz and meeting the stringent quality requirements of the high-end market.

This utility model relates to a tar treatment device for coke oven gas pipelines, which is applied to the coke oven gas pipeline of a drying oven. The coke oven gas pipeline has an inlet on its side wall, located at the lowest horizontal point of the pipeline. The device includes a settling pipe, which is installed below the coke oven gas pipeline and connected at one end to the inlet; multiple valves installed on the settling pipe; a purging pipe connected to the settling pipe and also connected to the settling pipes between adjacent valves; and a venting pipe connected to the settling pipe and also connected to the settling pipes between adjacent valves. This utility model, by setting a settling pipe at the lowest point of the gas pipeline for temporary tar storage, eliminates the need to dismantle the gas pipeline and achieves tar cleaning through purging the settling pipe, significantly reducing production costs and improving production efficiency.

This invention provides an integrally molded wall panel, its manufacturing process, and its application, belonging to the technical field of drying equipment accessories. The integrally molded wall panel includes a wall panel formed by a single roll forming process. The wall panel is bent to form a boss on the side facing inwards towards the drying equipment frame. Above the boss, the wall panel is bent to form a track groove, with both the boss and the track groove distributed along the length of the wall panel. Several mounting holes are formed on the boss along the length of the wall panel. The wall panel above the track groove is inclined to form a slope facing outwards towards the drying equipment frame. In this solution, the integrally molded wall panel is manufactured using a single roll forming process, eliminating the need for subsequent splicing, simplifying the production process, enabling mass production, and reducing production difficulty and costs.

This utility model provides a safe loading and unloading structure for die-casting equipment, belonging to the field of die-casting production technology, to solve the problem of cumbersome maintenance under high-temperature and dusty conditions in existing safe loading and unloading structures for die-casting equipment. It includes a fixed base, a robotic arm body, hinge shafts, loading and unloading robotic claws, lubrication boxes, maintenance components, and warning components. The robotic arm body is mounted on the upper part of the fixed base; multiple sets of hinge shafts are provided and installed at the joints inside the robotic arm body; the loading and unloading robotic claws are installed at one end of the robotic arm body; multiple sets of lubrication boxes are provided and bolted to the outside of the joints of the robotic arm body; the maintenance components are located inside the robotic arm body; and the warning components are located inside the lubrication boxes. This utility model has the advantages of convenient maintenance, real-time monitoring, and rapid modular assembly and disassembly.

This utility model discloses a stretching machine for woven bag production, including a support base, a support frame on the support base, a servo motor and an eccentric camshaft on the support frame, the servo motor being connected to the eccentric camshaft via a transmission mechanism, a pump water tank fixed on the support frame by two support plates, a water trough on the upper surface of the support base, a shower head between the support frame and the water trough, the pump water tank being connected to the water trough via an inlet pipe, and the pump water tank being connected to the shower head via an outlet pipe, the pump water tank having an active chamber and a rotating chamber inside. This utility model achieves forced circulation of cooling water through the reciprocating motion of a piston plate, avoiding the problem of decreased heat dissipation efficiency caused by increased water temperature in traditional stagnant water cooling, maintaining a stable cooling effect, and improving the consistency of the physical properties of the stretched woven bags.

The utility model discloses an automatic equipment of gluing and film covering and solidification, including unwinding and winding assembly, including the unwinding roll of being able to to the one end unwinding of release film, still including the winding roll of the other end winding of release film, coating and coating subassembly, including the parallel arrangement of adjacent load roller, coating roller, ration roller, and coating roller is located between load roller and ration roller, and the top of the junction of coating roller and ration roller forms coating accumulation space, and coating roller can adhere and carry coating, and when release film passes load roller, can receive the coating adhered on coating roller, solidification subassembly, to the release film of adhering coating carries out light solidification, stripping and transferring subassembly, including the conveyer belt of being able to convey board material, and the coating after solidification is transferred to the board surface from release film with the cooperation of release film and conveyer belt. Adopt this utility model with the help of release film to indirectly coat, realize coating even film covering.

The application is suitable for the technical field of storage and access, and provides a graphene conductive slurry storage and access device and an access method thereof.The device comprises a tank body, a stirring assembly installed at the bottom of the tank body and used for stirring the slurry stored in the tank body, a discharge port communicated with the bottom of the tank body and used for discharging, and a pressing assembly sliding in the interior of the tank body and used for extruding the slurry in the tank body.The device solves the problem that the stirring homogenization and the discharging process cannot be synchronously operated, and the bottom particles are prone to settling and agglomerating in the standing window period, and solves the problem that the idle area of the tank body wall is prone to being attached and agglomerated in the discharging process, which affects the quality.The stirring blade is fully immersed in the slurry to avoid introducing micro-bubbles, the pressing assembly is synchronously lowered with the liquid level and does not interfere with the stirring structure, the pressurized discharging, tank wall scraping and discharging are synchronously completed, and the production continuity is ensured.

The utility model relates to the technical field of auxiliary equipment of belt conveyors, in particular to a dustproof sealing protection device of a belt conveyor, which comprises a dustproof cover, a dust collection mechanism, a sealing connection mechanism and a connection stabilizing mechanism, and the dust collection mechanism is fixedly connected to the top of the dustproof cover. According to the dust collection device, through the arrangement of the dust collection pipeline, the dust collection opening and the damping telescopic spring, dust generated in the dust cover can be actively and efficiently collected, the dust collection opening is matched with negative pressure generated by the dust collector, the dust catching efficiency can be greatly improved, and the dust is sucked into the pipeline through the dust collection opening and finally enters the dust collection box to be collected; meanwhile, a damping damper and a damping telescopic spring in the connection stabilizing mechanism are symmetrically distributed at the bottom of the dustproof cover, vibration in all directions during running of the belt conveyor can be effectively absorbed, the mutual influence between the device and the conveyor is reduced, the running stability and reliability of the device are remarkably improved, the service life of the device is prolonged, and the equipment failure rate is reduced; the maintenance cost is reduced.

This invention discloses a magnetic separation device and method for mixed waste materials from steel structure construction, belonging to the field of magnetic separation technology for construction waste. It includes a feeding hopper, a discharge channel below the feeding hopper, and a horizontally arranged rotating drum below the discharge channel, located at the lower right of the discharge channel. Several electromagnets are fixedly connected to the outer surface of the rotating drum, and these electromagnets are arranged in a ring at equal intervals relative to the center of the rotating drum. A first receiving mechanism is located at the lower left of the rotating drum, and a second receiving mechanism is located at the lower right of the rotating drum. This invention utilizes the precise and strong adsorption characteristics of electromagnets on ferromagnetic materials, combined with the dynamic working mode of continuous rotation of the rotating drum, to achieve uninterrupted separation of continuously fed mixed materials, greatly improving separation efficiency.

The utility model discloses a kind of biodegradable modified material raw material crushing equipment, including crushing box, the right side part lower end of the crushing box is fixedly connected with vertical board, the lower end of the vertical board is fixedly connected with support seat;Material collecting mechanism, material collecting mechanism includes the support rotating disc being set on support seat top, the upper end of the support rotating disc is symmetrically provided with two columnar grooves, two the columnar groove is placed with collection cylinder;Rotating mechanism, the rotating mechanism is cooperated with material collecting mechanism, for realizing continuous material collecting, the inner top of the crushing box is provided with feeding port, the inner bottom of the crushing box is provided with discharge port, the lower end of the support rotating disc and the upper end surface of support seat contact, and slidingly connected.This crushing equipment can avoid the situation that powder spreads to the surrounding environment when discharging, in addition, using rotating mechanism, the equipment can realize continuous crushing, avoid the situation that collection cylinder cannot be crushed when moving away.

The utility model discloses a coal gangue sorting machine bearing temperature abnormality alarm device relates to high -efficient abnormality alarm device technical field, this is the high -efficient abnormality alarm device of loading and unloading workpiece and includes alarm main part, and the data processing module is installed to the alarm main part front side, the utility model, infrared temperature sensor and magnetic attraction contact type temperature sensor double sensor cooperation, cover multiple installation scene, bearing temperature is collected comprehensively and accurately, once temperature is unusual, loudspeaker, green warning light and red warning light alarm quick trigger, make up artificial inspection short board, early warning failure, reduce the risk of equipment damage, guarantee production continuity, integrated microphone and loudspeaker, support local voice interaction, communication module helps temperature data, alarm information remote transmission, make things convenient for operation and maintenance personnel to grasp equipment state in different places, fit intelligent factory management mode, improve operation and maintenance efficiency greatly, reduce artificial patrol cost.

This invention belongs to the field of catalyst separation technology. Addressing the pain points of existing benzene hydrogenation Ru catalyst recovery processes, such as severe precious metal loss, poor membrane compatibility, high regeneration energy consumption, and significant environmental pressure, it provides a highly efficient membrane separation and recovery technology. The core content involves preparing a SiO2-TiO2 composite coating modified membrane using an Al2O3 ceramic membrane as the base membrane. Ru particles are retained through "magnetic flocculation-cross-flow membrane separation," followed by catalyst regeneration via plasma technology and reflux reuse. Results show that the Ru retention rate reaches 99.7%-99.8%, the monthly membrane flux decline rate is 2.5%-2.8%, regeneration energy consumption is reduced by more than 60%, and the catalyst activity retention rate is over 94% after 18 cycles, demonstrating significant economic and environmental value.

The utility model provides a kind of powder suction device, including suction tube body, vibration assembly is provided on the outer side wall of suction tube body, and vibration assembly is used to prevent the blockage of suction tube body by continuous vibration, and vibration assembly is connected on the outer side wall of suction tube body by fixing part, and suction tube body one end is provided with suction nozzle, and the utility model is equipped with vibration assembly outside suction tube, and the inner wall high-frequency vibration is made by continuous vibration, and starch powder agglomeration can be disintegrated, kinetic energy is provided for powder flow, resistance is reduced, starch accumulation in the bend and connecting portion of suction tube is reduced, blockage is avoided, cleaning is reduced, production continuity is guaranteed, and artificial cost is reduced.

This invention discloses an automatic purification device for hard grinding slurry, belonging to the field of grinding slurry purification technology. Specifically, it includes a pretreatment unit, a deep purification unit, an intelligent control unit, and an auxiliary system. The outlet of the pretreatment unit is connected to the inlet of the deep purification unit via a pipeline, and the outlet of the deep purification unit is connected to the inlet of the auxiliary system. The pretreatment unit includes a multi-stage sedimentation separation chamber and a magnetic adsorption iron removal module. The deep purification unit includes a high-speed centrifugal separation module and a self-cleaning precision filtration module. This invention adopts a four-stage purification structure of "multi-stage sedimentation + magnetic adsorption iron removal + high-speed centrifugation + self-cleaning precision filtration," which can efficiently remove ultrafine powder from the grinding slurry, thoroughly reduce the turbidity of the grinding slurry, effectively solve the problem of ultrafine powder residue in existing purification methods, thereby reducing the surface scratch rate of the workpiece by more than 30%, slowing down the wear rate of the grinding wheel by 2 times, significantly improving the machining accuracy of steel balls and the product qualification rate, and reducing the cost of grinding wheel replacement.

This invention discloses a multi-signal fusion screw oil press anti-jamming and constant current control method and system, belonging to the field of agricultural machinery automation. Addressing the problems of low control accuracy, high fault misjudgment, and the need for manual intervention in existing technologies, the method includes: acquiring and preprocessing motor current, torque, and speed signals; comparing the actual current with the target value through adaptive PID control to adjust the speed and achieve constant current (constant pressure) control; fusion of four parameters (current exceeding threshold + rate of change exceeding threshold + torque exceeding threshold + speed below threshold) to determine jamming; in case of jamming, controlling the motor to reverse material retraction, pausing, and then smoothly restarting. The system includes signal detection, core control, execution drive, and human-machine interaction modules. This invention increases oil yield by 3%-8%, reduces the fault judgment rate to below 5%, reduces downtime to the second level, extends equipment life, and saves energy, and is applicable to various types of screw oil presses.

This utility model discloses a handle powder coating hanger, including a supporting base plate. A main rod is fixedly connected to the top of the supporting base plate. A rectangular vertical groove is formed on the outer wall of the main rod, and a lifting rod is slidably connected to the inner wall of the rectangular vertical groove. An adjustment component is provided on the outer wall of the lifting rod, and multiple circular sleeves are fixedly connected to the outer wall of the lifting rod. Two first hooks are fixedly connected to the outer wall of each of the multiple circular sleeves, and two second hooks are fixedly connected to the outer wall of the main rod. This utility model adjusts the height of the lifting rod by tightening bolts, thereby driving the multiple first hooks to rise and fall, realizing stepless adjustment of the distance between the first and second hooks. It is compatible with aluminum alloy handles with different mounting hole diameters, eliminating the need for dedicated hangers, saving the traditional replacement process, reducing production line downtime, and ensuring production continuity. Furthermore, it can realize the rotation of the hanger relative to the suspension position to meet the orientation and positioning requirements of processes such as powder coating.

A spare part management method, device, equipment, medium and product are disclosed. Spare part management related parameters of a spare part to be managed are acquired, and the spare part management related parameters at least include spare part characteristic parameters, equipment state parameters, production plan parameters, supply chain association parameters and inventory parameters; an improved weed optimization algorithm is used to generate an initial weed individual based on the spare part management related parameters, and the initial weed individual is encoded as an initial decision vector formed by an initial purchase quantity, an initial dynamic safety stock and an initial reorder point; a dynamic breeding quantity and a dynamic mutation step length are determined based on the spare part management related parameters, breeding and mutation of the initial weed individual are executed, and a child weed individual is generated; a total cost of a whole cycle corresponding to the spare part management related parameters is taken as an objective function, adaptive constraint processing and competitive elimination are executed on the initial weed individual and the child weed individual, and a target decision vector is output. The scheme can adapt to the spare part management demand under a dynamic production scene.

The present application relates to a multi-mode switching monitoring system based on gear analysis, comprising: a damper mounted on the output end of the motor and located between the motor and the load, the damper outputs damping to change the load; a data monitoring module obtains the parameters of the motor during operation according to passive monitoring mode or active monitoring mode; an analysis module extracts features from the motor operating parameters and performs abnormal comparison, matches and executes the corresponding analysis scheme in the interlocking analysis strategy according to the preset selected strategy, and the analysis module matches the next analysis scheme based on the comparison result of the previous analysis scheme; a simulation module is used for reproducing the reference parameters in the analysis scheme to obtain the reference parameter waveform as the comparison basis for abnormal judgment, and the present application accurately identifies the abnormal type of the motor through the cooperation of damper adjustment, multi-mode monitoring and progressive analysis scheme.

This utility model relates to the field of tobacco processing technology and discloses a tobacco pack anti-slip device applied to an inclined slicer. A sliding crossbar slides along a slide rail on a track frame, assembling the linkage unit and the track unit. A bottom platform slides along a guide path on a guide plate, assembling the linkage unit and the guide plate. To ensure continuous operation of the inclined slicer and prevent slippage and flow interruption, the piston rod extends and retracts, causing the sliding crossbar to slide along the slide rail. The bottom platform deforms the parallelogram structure of the linkage assembly along the guide path, driving the lower push plate to move. This provides support for a tobacco pack that is slipping behind the rear push plate on the conveyor belt. Simultaneously, because the anti-slip device is mounted on the moving frame and interlocked with the rear push plate via a top clamp, the lower push plate can provide a certain upward pulling force to the tobacco pack, solving the slippage problem on the conveyor belt of the inclined slicer and ensuring production continuity.

The present application relates to chip production technical field, especially a kind of chip pick-and-place manipulator of full-automatic die bonder, including workbench, the workbench upper end is provided with suction pump, the workbench one end is fixedly connected with motor, the output shaft of motor is fixedly connected with runner, the lateral wall of workbench both sides are rotatably provided with runner, and transmission belt is connected between two runners, the lateral wall of the end of workbench away from motor is bolted with link frame, sliding table is fixedly connected on the transmission belt.The chip pick-and-place manipulator of full-automatic die bonder provided in the present application, when the gas extracted by suction pump is sprayed inward, the chip can be quickly cleaned, when the gas extracted by suction pump is sprayed outward, the chuck can be used to adsorb the chip, and the gas extracted can quickly detect that the chuck is not located directly above the chip, and is extracted, effectively reduce the load during transportation, and the setting of link frame can balance relative to motor.

This utility model provides a self-cutting flexible material unloading valve, including a valve body with an inlet at the upper end and an outlet at the lower end. A rotatable impeller is disposed within the valve body, and an upper cutter is positioned at the inlet. The upper cutter is installed in the same direction as the impeller's rotation, with its cutting edge facing opposite to the impeller's rotation direction. By positioning the upper cutter in the same direction as the impeller's rotation, and with its cutting edge facing opposite to the impeller's rotation direction, when the impeller moves the flexible material to the upper cutter, the flexible material is cut off by the upper cutter, thereby avoiding the problem of material entanglement on the impeller and significantly reducing the risk of blockage.

This utility model relates to the field of chopsticks production technology, specifically a material receiving mechanism for a chopsticks defect detection machine. The detection machine includes a main body, multiple collecting trays, a collecting bin, a storage bin, a sealing plate, and a locking mechanism. The collecting trays are used to collect chopsticks with different defects and are fixed to one side of the machine's main body outlet. The collecting bin is used to collect qualified chopsticks and is fixed below the machine's main body outlet, with a sloping bottom wall. The storage bin is used to store qualified chopsticks and is installed below the collecting bin, also with a sloping bottom wall. The sealing plate is slidably installed on one side of the collecting bin to close its outlet. Qualified chopsticks fall into the collecting bin after detection and slide down the slope into the storage bin. When the storage bin is full, the sliding sealing plate closes the collecting bin outlet, and the locking mechanism unlocks the storage bin and locks the sealing plate. The storage bin is reset after replacement, allowing for replacement without stopping the machine. During replacement, chopsticks collected in the collecting bin can continue to slide down. The main purpose is to improve the continuity of chopsticks production and reduce labor intensity.