46 results about "Clean environment" patented technology

This specification provides a wafer cassette docking system that, through the systematic integration of local environmental control, multimodal sensing, and active compliant adjustment functions, achieves an overall performance improvement in the wafer cassette docking process. It can form a stable positive pressure laminar flow air curtain at the initial stage of docking, effectively isolating external particles and providing a continuous ultra-clean environment for the wafer. Employing a multi-sensor fusion scheme consisting of global vision, laser ranging, and feature recognition, it can quickly and comprehensively acquire the six-degree-of-freedom pose information of the wafer cassette, providing a high-precision data foundation for subsequent fine alignment. A micro-motion adjustment platform based on piezoelectric ceramic actuators, combined with real-time closed-loop feedback control, enables nanometer-level active compliant alignment, significantly improving alignment accuracy and reliability. An electromagnetic locking mechanism ensures the stable maintenance of the final pose. The collaborative work of each module improves docking accuracy and efficiency, and also enhances the system's adaptability and stability under different operating conditions.

This utility model relates to the field of wood processing technology and discloses a wood grooving mechanism, including: a cutting blade mounted on a workbench via a mounting bracket; a protective cover located around the outer ring of the cutting blade; a compression device mounted on a base plate; and multiple nozzles, all connected to the compression device via connecting pipes, with the nozzles located inside the protective cover. In this utility model, by incorporating a protective cover, compression device, nozzles, a dust collection device, a dust collection hood, a telescopic component, and a push plate, the protective cover prevents wood chips from splashing, maintaining a clean environment and ensuring operator safety. The compression device and nozzles generate high-speed airflow to blow away wood chips from the cutting blade, keeping the blade sharp, reducing energy consumption, and extending its lifespan. The dust collection device and dust collection hood efficiently collect wood chips, optimizing the environment and reducing the impact of wood chips on the environment and human health. The telescopic component and push plate assist in cleaning debris from the workbench, ensuring effective collection and improving the mechanism's versatility and practicality.

This invention relates to the field of wire harness fixing equipment technology, and discloses a quick-detachable connector wire harness fixing bracket and method. The equipment includes a mounting plate, a plug part, and mounting grooves opened on both sides inside the mounting plate. A fixing frame is detachably mounted on the top of the mounting plate. A fixing component is arranged inside the fixing frame. An auxiliary component is arranged on the top of the mounting plate. By setting the fixing component, in a normal temperature (about 20℃-25℃) and dry and clean environment, when the plug part is inserted into the fixing frame, it will first squeeze the contact plate and drive the pressure plates on both sides to move until the pressure plates press the left and right sides of the plug part tightly. Then, the front of the plug part is limited by the blocking plate, thereby maintaining the pressing and limiting of the plug part from the top, bottom, left, right and front sides, achieving the effect of multi-face pressing, reducing the loosening of the plug part, and facilitating subsequent quick disassembly. Each fixing frame can be disassembled individually, improving the flexibility of the wire harness connector positioning.

The application discloses a laboratory air conditioning system clean door structure and relates to the field of clean doors, which comprises a door frame assembly, a rectangular groove is formed in the bottom of the door frame assembly, a sealing assembly is arranged in the rectangular groove, the sealing assembly comprises a bottom plate, limit columns are symmetrically fixed to the top of the bottom plate, lifting blocks are movably penetrated through the two limit columns, a top plate is fixed to the top end of the two limit columns, compression springs A are arranged on the outer circumferential surfaces of the two limit columns and abut against the top plate and the lifting blocks at two ends, a rubber pad is fixed to the top end of the top plate and abuts against the bottom of a door plate assembly, the rubber pad is tightly abutted against the bottom of the door plate assembly when the door is closed through the elastic force of the compression spring A, dust, microorganisms and other pollutants are effectively prevented from entering the laboratory, the indoor clean environment is ensured, meanwhile, the height of the sealing assembly can be adjusted through the rotating threaded column, different door plate assemblies or sealing requirements can be adapted, related components can be removed for repair and replacement, and maintenance is convenient.

The utility model discloses a motor shaft sealing structure, the utility model relates to the technical field of shaft sealing, and this motor shaft sealing structure, including the end cap mechanism of motor shell outside side, the annular groove is set up on the top end surface of end cap mechanism, the annular groove of end cap mechanism top end sets up is the clamping groove subassembly, the utility model discloses the cooperation of clamping groove subassembly and sealing cover and the double -sealed design of static seal ring and dynamic seal ring, greatly reduced the possibility that the outside dust, moisture and other impurities enter the inside of motor, and the taper -table type structure of sealing cover and clamping groove subassembly closely fit, reduced the risk of impurity invasion from structure, and static seal ring and dynamic seal ring respectively in different position carry out the sealing of rotating shaft, formed more effective protective barrier, and the clean environment of inside motor is guaranteed, and then the operating stability and service life of motor are promoted.

This invention relates to the field of substrate glass manufacturing and testing technology, and provides a method for testing the performance of spacer paper for substrate glass. The method includes: in a constant temperature and humidity clean environment, processing the testing equipment to constant weight; mixing and sampling multiple units of the spacer paper sample, and then transferring the samples to a constant-weight testing equipment for weighing; drying the samples at 105±2℃ to constant weight, and calculating the moisture content based on the mass difference before and after drying; and igniting the samples at 900±25℃ until completely ashed, and calculating the ash content based on the mass difference before and after ignition. This invention, through constant temperature and humidity operation and multi-unit mixed sampling, eliminates environmental interference and sampling bias, achieving continuous and accurate testing of moisture and ash content, and significantly improving the accuracy and repeatability of the test results.

The utility model discloses an automatic electronic balance belongs to intelligent electronic balance technical field, including base, the left side of base is equipped with sterile weighing cabin, the right side of sterile weighing cabin is equipped with piezoelectric micro - drop jet device, the inside bottom of piezoelectric micro - drop jet device is equipped with object table, be equipped with the jet kettle on the object table, the inclination angle direction of base is equipped with display screen, the right side of display screen is equipped with a group of control switch, the bottom of base is installed with electric support foot. The utility model discloses through the integration ultraviolet lamp disinfection system and air filter device (with semicircular filter plate design), can high -efficiently remove the suspended particulate and microorganism in air, forms local super -clean airflow area. Again cooperation jet head's directional injection, make whole weighing liquid adding process under the controlled clean environment, effectively avoid cross -contamination, and widely applicable to pharmaceutical, biological experiment etc. High -demand scene.

The utility model provides a kind of granular food material cleaning device, comprising: base, conveying device, water filtering mechanism and drainage mechanism, conveying device includes: operation box, discharging mechanism and drive mechanism, operation box is obliquely installed on base, the low end of operation box is loading end, the high end of operation box is discharging end, discharging mechanism is equipped between loading end and discharging end, discharging mechanism is used to convey granular material from loading end to discharging end, drive mechanism is installed in operation box discharging end, drive mechanism output end is connected with discharging mechanism, discharge port is opened below operation box discharging end, discharge port is protruded with discharging hopper downward.This granular food material cleaning device can fully filter moisture of granular material in cleaning process, prevent granular material loss, and the drainage area formed by water filtering mechanism and operation box bottom, combined with drainage hole and drainage mechanism, it is convenient to discharge sewage in time, maintain the cleanness of cleaning environment.

The application belongs to the technical field of seamless steel pipe surface treatment, and discloses a seamless steel pipe surface decontamination device and a use method thereof, which comprises a treatment box, a gap is formed in the side surface of the treatment box, and a movable baffle is movably sleeved in the inner wall of the treatment box. The application realizes local cleaning of the seamless steel pipe in the local space at the bottom, and realizes comprehensive decontamination and cleaning in the rotating process by cooperating with the self-rotation effect. In the actual decontamination and cleaning process, the active adjustment of the cleaning angle of the seamless steel pipe is reduced, the operator can clearly monitor the decontamination and cleaning environment on one side, the decontamination and cleaning of the large-volume seamless steel pipe is realized, the convenience of decontamination operation is greatly improved, the decontamination efficiency is improved, the actual decontamination situation of the seamless steel pipe with different pollution conditions can be observed, the decontamination and cleaning process can be timely controlled, the decontamination and cleaning is not incomplete in the fixed time, the decontamination time is not too long, and resources are not wasted, and the use effect is good.

The embodiment of the application provides a cleaning cavity structure of a cleaning device, relates to the technical field of cleaning devices, and comprises a device cavity for providing a sealed cleaning environment; a device air outlet is arranged in a first cavity wall of the device cavity, and an exhaust valve is arranged in a second cavity wall; the device air outlet is used for connecting an air outlet device; the air outlet device is used for filling the device cavity with gas to build and maintain the cleaning environment; the exhaust valve is opened and exhausts when the pressure borne is greater than a pressure threshold; a cavity door structure is arranged on the device cavity; the cavity door structure makes the cleaning environment of the device cavity be in a sealed state or a non-sealed state, and is used for receiving or transmitting materials. The structure can provide a relatively closed cleaning environment during material cleaning, and improves the cleaning degree of the materials.

This application relates to a spraying process for a highly corrosion- and wear-resistant yttrium oxide composite coating, aiming to solve the problems of high porosity, poor high-temperature stability, and insufficient wear resistance of existing yttrium oxide coatings. The process includes degreasing and cleaning, pure water immersion, sandblasting roughening, steam and water rinsing, ultrasonic cleaning, pre-drying, plasma spraying, orthogonal experimental parameter optimization, deep ultrasonic cleaning, and final drying and curing. A yttrium oxide and zirconium oxide composite powder is used to form a dense coating under optimized plasma spraying parameters, and high cleanliness is ensured through multi-stage cleaning and clean environment control. Through the above technical solution, this application significantly improves the coating's density, chemical stability, wear resistance, and thermal shock resistance, effectively blocks the penetration of corrosive media, reduces particulate contamination, and meets the stringent requirements of semiconductor etching equipment for long-lasting protective coatings.

This invention discloses a modular assembly method for a superconducting feeder system of a fusion device, belonging to the technical field of fusion device technology. The method utilizes an integrated assembly and installation platform for the superconducting feeder system of a fusion device to assemble the system, including: cleaning and visual inspection; attitude adjustment and fixation; measurement, position fitting, reverse machining of core wires and precise docking of cooling tubes for superconducting connectors; construction of a clean zone, indium voltage and resistance testing; welding and inspection of each cooling tube; insulation wrapping and inspection of the outer circumference of the cooling tubes; installation of insulating components, supporting components, and cold shield jumpers; welding and inspection of the cold shield jumpers; installation of connecting pipe sections; welding and inspection of the current lead canister; comprehensive cleaning and sealing protection; and transfer to the hoisting preparation area. This invention has the advantages of high adaptability, high installation accuracy, and effective control of the clean environment.

This invention belongs to the field of fusion device technology and discloses a prefabricated installation method for a superconducting feeder system of a fusion device. The method includes: digital pre-assembly; pre-processing the superconducting feeder system assembly and transporting it to the fusion device facility; installing a walking mechanism; transporting and adjusting the superconducting feeder system assembly to the corresponding installation position on the axis of the main unit hall, then moving it towards the center of the main unit, aligning the corrugated pipe with the Dewar window connector, inserting the internal feeder into the corrugated pipe to form a corrugated pipe segment, overlapping the superconducting joints between adjacent corrugated pipe segments and feeder segments, and positioning the superconducting feeder system onto the positioning support; constructing a clean area; connecting the superconducting joints between adjacent corrugated pipe segments and feeder segments and installing the outer pipe; and dismantling the integrated assembly and installation platform for the fusion device's superconducting feeder system. This invention offers a short on-site installation cycle, a controllable clean environment, low frequency of X-ray inspection, and low on-site operational risks, ensuring installation quality and accuracy.

The application discloses a surface cleaning machine spindle of a photomask, which comprises a cleaning table, a photomask placing table and a first lifting module, the cleaning table is installed on the first lifting module and moves under the control of the first lifting module, and the photomask placing table is arranged on the cleaning table; the cleaning table is provided with a plurality of first spray heads which are uniformly distributed in the circumferential direction of the cleaning table to clean an external cavity. The application further discloses a surface cleaning machine of a photomask, which comprises a cleaning cavity, a first cleaning arm, a second cleaning arm and the above-mentioned surface cleaning machine spindle. The application further discloses a surface cleaning method of a photomask, which cleans the photomask through the above-mentioned surface cleaning machine. The application integrates the components of the cleaning cavity on the cleaning machine spindle, automatically cleans the cavity and guarantees a high-clean environment inside the cavity.

The utility model belongs to the technical field of test device ventilation, specifically relates to a kind of air-drying ventilation storage box for WB glue board, including storage box, the top of storage box is provided with air dryer, air dryer is electrically connected with switch, the inside one side of storage box is provided with several side face lugs, and side face clamping groove is formed between several side face lugs;The bottom of storage box is provided with several bottom lugs, and bottom clamping groove is formed between several bottom lugs;The storage box has the function of air-drying, fixing and drainage, air dryer is actively air supply under the control of switch, so that the moisture of the surface of the washed WB glue board evaporates rapidly, and the drying time is shortened, and the side clamping groove of the inside of storage box and the bottom clamping groove jointly form clamping fixing structure, which is beneficial to drying, and can avoid shaking and collision during transportation;At the same time, through the synergistic effect between the drainage grid and the drainage box, moisture can be collected and isolated in time, to prevent residual water from splashing and contaminating the surface of the WB glue board, and maintain the clean environment inside the storage box.

The present application relates to a kind of training methods for the prediction model of chemical pollution for clean room, belong to clean environment monitoring technical field, solve the problem that existing clean room pollution source or measuring point pollutant concentration prediction is not accurate.The training method includes: obtaining multiple measured data from historical measurement data, using multiple measured data to verify the constructed clean room computational fluid dynamics CFD model, obtain the verified clean room CFD model;Multiple simulation data are obtained by simulating the verified clean room CFD model, based on the preset data cleaning method, multiple simulation data are used to clean multiple measured data, obtain multiple cleaned measured data;Multiple cleaned measured data and multiple simulation data are used to train chemical pollution prediction model, obtain the trained chemical pollution prediction model.The prediction accuracy of clean room pollution source or measuring point pollutant concentration is improved.

This utility model discloses a semiconductor chip packaging and feeding device with a buffer structure, including a conveying base plate and mounting brackets set at the four corners of the bottom of the conveying base plate. The semiconductor chip packaging and feeding device is placed on the ground by multiple mounting brackets. A conveying side plate A is set at the top right end of the conveying base plate, and a conveying side plate B is set at the top left end of the conveying base plate. By adding an electrostatic elimination and dust removal device in front of the buffer feeding mechanism, an ion air bar generates positive and negative ions by ionizing the air through a high-voltage generator. Under the action of electric field force and airflow from a cylindrical blower, the static electricity on the chip surface is quickly neutralized, preventing static electricity from attracting dust and damaging the chip. At the same time, the ions charge the dust, which is then discharged through the dustproof net under the push of the airflow. The rectangular hollow box, combined with the U-shaped air outlet guide cover and the strip-shaped air outlet, makes the airflow evenly cover the chip, enhances the dust removal effect, provides a clean environment for chip packaging and feeding, and reduces the product defect rate.

Transfer unit configured to transfer products during inter-factory transport in a clean environment from a first cleanroom in a first factory to a second cleanroom in a second factory remote from the first factory, comprising: - a container having a plurality of panels that together enclose a compartment configured to receive the products; - a door opening in one of the side panels; - a passive pressure equalizer that is configured to equalize a pressure inside the compartment based on a pressure differential with an ambient pressure in an environment outside the container, comprising one or more than one equalization channel; and - an air conditioner that is in flow connection with at least one of the one or more than one equalization channel and configured to treat ambient air from the environment outside the container that enters to inside the compartment via the one or more than one equalization channel.

This utility model discloses a piston valve body cleanliness testing device, relating to the field of piston valve body testing technology. It includes a testing frame, with a filter screen placed between the inner walls of the frame. A flushing pipe is located on one side of the frame, with its output end extending directly above the filter screen. A circulation top plate is fixedly connected to the top side of the frame, and the top side of the circulation top plate is connected to a cleaning chamber via an air extraction port. This utility model, through the arrangement of multiple cleaning sliding frames and corresponding multi-stage filter elements, extracts air from the testing frame, filters out impurities from the air, and injects cleaned air back into the testing frame through a return air chamber. This maintains a clean environment within the testing frame without replacing the air inside, preventing secondary contamination from external air and ensuring the accuracy of the testing results.

The application discloses a kind of welding tool for automobile front anti-collision beam maintenance, it is related to anti-collision beam maintenance welding technical field, including welding machine body, and fixedly installed in the laser welding assembly of welding machine body inside top surface middle part, and the lower end of laser welding assembly is connected laser welding contact head by mechanical arm;The inside below of welding machine body is provided with adaptive mechanism, and adaptive mechanism contains adaptive sleeve;Wherein, adaptive sleeve is distributed as the "C" shape structure of opposite direction, opening inward;The front of welding machine body is provided with smoke removal mechanism, and smoke removal mechanism contains smoke removal baffle.The welding tool for automobile front anti-collision beam maintenance, by the adaptive sliding plate of welding machine body, the front anti-collision beam body is loaded, and when moving, by the adaptive sleeve of inner end opening, positioning is realized and the adaptation of different lengths is realized, while linkage smoke removal baffle is distributed correspondingly, ensure clean environment, to improve the operation accuracy and maintenance efficiency of laser welding contact head.

This invention discloses a multi-scenario data interaction terminal, relating to the field of data interaction terminal technology. It includes a terminal device body, comprising a housing and a cooling fan and ventilation openings mounted thereon. A bidirectional open box is fixedly connected to the housing corresponding to the ventilation openings. The bidirectional open box is equipped with an impedance dynamic change mechanism for dynamic dust removal based on dust concentration. The impedance dynamic change mechanism includes an electrode plate and a dust collection plate, both electrically connected in series with an electromagnetic coil. A base is fixedly connected to the housing. A dust removal circuit is formed between the electromagnetic coils and the electrode plate and dust collection plate. This invention, by setting an impedance dynamic change mechanism, utilizes the working current of the electrostatic dust collection unit itself as a real-time sensing signal. This current value directly and without delay reflects the "ambient dust concentration" and "dust accumulation level," eliminating ineffective work in clean environments and insufficient dust removal in high-dust environments.

The application discloses a modular assembly method for a superconducting feeder system of a fusion device and belongs to the technical field of fusion devices. The method assembles the superconducting feeder system by using a superconducting feeder system assembly and installation integrated platform, and comprises the following steps: cleaning and appearance inspection; posture adjustment and fixation; measurement, position fitting, reverse processing of a core wire and precise butt joint of a cooling pipe of a superconducting joint; construction of a cleaning area, indium pressing and resistance testing, welding and testing of each cooling pipe; insulation winding and testing of the periphery of the cooling pipe; installation of insulation components, support components and cold screen jump pipes, welding and testing of the cold screen jump pipes; installation of a connecting pipe section, welding and testing of a current lead tank; comprehensive cleaning and packaging protection, and transportation to a hoisting preparation area. The application has the advantages of high adaptability, high installation precision and effective control of a clean environment.

The application relates to a deep soil sampling device for soil detection, and relates to the technical field of soil detection, which comprises two bottom plates, a lifting assembly, a scraping assembly and a sampling assembly. The lifting assembly is arranged on the top of the two bottom plates, the scraping assembly is arranged in the lifting assembly, and the sampling assembly is arranged in the scraping assembly. The application integrates the lifting assembly, the scraping assembly and the sampling assembly on the bottom plates, realizes integrated operation of deep soil sampling, the lifting assembly can drive the scraping assembly and the sampling assembly to accurately reach a target depth, the scraping assembly can clean the surface soil on the inner wall of a drill hole in advance, interference of the surface soil on deep layer samples is avoided from the source, the sampling assembly can sample in the cleaned environment, the problem that the existing device is polluted by mixing of the surface soil during sampling is effectively solved, the obtained sample can truly reflect the soil condition of the target depth, and the accuracy of detection results is improved.

This invention discloses an ultrasonic welding device and welding method, relating to the field of ultrasonic welding technology. The invention includes a worktable, with a placement platform slidably connected above the worktable. A placement plate is slidably connected inside the placement platform. The bottom of the placement plate is fixedly connected to the interior of the placement platform via a shock-absorbing column. Two fixing blocks are fixedly installed on the bottom of the placement plate, each with one end of a first connecting rod rotatably mounted on it. The other end of the first connecting rod is rotatably mounted on a sliding block, which is slidably connected to a connecting shaft. This invention utilizes the synergistic force of the shock-absorbing column and the shock-absorbing spring at the bottom of the placement plate. The shock-absorbing column provides stable support, while the shock-absorbing spring absorbs and releases vibration energy through elastic deformation, reducing welding vibration and ensuring stability. Simultaneously, a negative pressure collector creates negative pressure, drawing away waste material through a collection pipe and collection head. A filter screen filters out large particles, and a turbine drives a cleaning brush to prevent filter screen clogging, achieving efficient collection and a clean environment.

This utility model discloses a handheld photovoltaic panel brush bristle cutting device, comprising a main body with a waste collection port, a clamping plate on the waste collection port, a supporting column above the clamping plate, a cutting device on the supporting column, and a fixing device below the cutting device. This brush bristle cutting device features a waste collection port on the main body for timely waste collection, maintaining a clean environment and reducing safety hazards; a servo motor-driven precision mechanical structure in the cutting device ensures the accuracy and quality of bristle cutting; the cooperation between the upper blade, slider, and dovetail groove allows for flexible movement and easy adjustment of the cutting position; a precise positioning function composed of components such as a pneumatic rod, pressure plate, and positioning guide rail improves work efficiency; and a sturdy mounting column and crossbar behind the supporting column enhance the equipment's load-bearing capacity and durability. These design features complement each other, improving production efficiency and product quality while reducing maintenance costs and safety risks.

This utility model provides a multifunctional hot melt adhesive laminating machine, relating to the field of hot melt adhesive laminating machines. The multifunctional hot melt adhesive laminating machine includes a base, with four mounting seats fixedly connected to the top of the base. A first guide roller is rotatably connected between the inner sides of two of the mounting seats, and a first pressure roller is rotatably connected between the inner sides of the other two mounting seats. Four connecting frames are fixedly connected to the top of the base. The screw sealing mechanism of this multifunctional hot melt adhesive laminating machine can effectively isolate impurities such as glue mist and debris generated during hot melt adhesive operation, preventing them from entering the screw drive system and ensuring that the screw operates in a clean environment. The screw locking mechanism can reliably lock the screw after the laminating machine completes position or pressure adjustment, preventing accidental rotation or displacement due to equipment vibration, material tension changes, or other factors.

The application discloses a kind of based on artificial intelligence's additive manufacturing bone implant instrument residual powder intelligent fine removal process and method: S1, utilizes X-ray CT to combine SEM technology and collects bone implant instrument internal residual powder information, obtains submicron three-dimensional structure data, and carries out data processing, accurately identifies, segment and measures residual powder, generates quantitative residual powder atlas;S2, the atlas is input into AI decision engine, and AI is intelligently programmed optimal cleaning parameter sequence according to residual powder characteristics, and output includes detailed cleaning scheme of multi-stage, multi-region differential processing parameter;S3, in the cleaning instrument of precision fluid control and multi-band, multi-mode sound field integration, strictly execute the scheme, accurately cooperate chemical etching liquid and ultrasonic pulse to clean by synchronous control system.After cleaning, using standardization process carries out multistage deionized water ultrasonic rinsing, and in clean environment, it is dried by heating;S4, to the workpiece after cleaning and drying, three-dimensional internal reinspection is carried out, and the volume percentage of residual powder, maximum particle size and specific area cleanliness are quantitatively calculated, and compared with strict standard.Through quantitative feedback, realize closed-loop adaptive cleaning, finally fine removal residual powder, the application provides a kind of efficient, reliable, economic and environmental protection titanium alloy bone implant instrument quality improvement scheme for high-end manufacturing field.

The utility model relates to the technical field of semiconductor processing, especially a vacuum manipulator, including box, mounting bracket, first pivot, second pivot, sealing shaft sleeve, first drive unit, second drive unit, lifting mechanism, first sealing assembly and second sealing assembly, the top of first pivot is connected with first big arm, the top of second pivot is connected with second big arm, install at least two symmetrical arrangement telescopic arms between first big arm and second big arm, the telescopic arm is two -armed structure, the utility model can guarantee manipulator to use under high clean environment smoothly, can satisfy the sealing demand of vacuum environment, benefit wafer in vacuum environment handling, promote wafer transmission precision.

This application relates to the technical field of biological detection product manufacturing equipment, and provides a constant temperature and humidity drying system and control method for drying bioactive microplates. The method includes: collecting real-time temperature and humidity parameters inside the drying chamber; comparing the collected real-time temperature and humidity parameters with preset target temperature and humidity parameters to generate corresponding adjustment and control commands; controlling the operation of the processing fan according to the adjustment and control commands to adjust the flow rate of the circulating air into the drying chamber; controlling the operation of the dehumidification rotor, regeneration fan, and regeneration heating device of the rotary dehumidification system according to the adjustment and control commands to adjust the dehumidification amount of the circulating air; controlling the operation of the cooling and temperature control unit according to the adjustment and control commands to adjust the dehumidified air to a set temperature before sending it into the drying chamber; and achieving uniform drying of the bioactive microplates by maintaining a constant temperature and humidity clean environment in the drying chamber.

This utility model discloses a folded honeycomb aluminum panel, including a bent base plate on which modular honeycomb panels are disposed. Each modular honeycomb panel comprises two unit honeycomb panels, both of which are symmetrically bonded to the upper wall of the bent base plate via a first adhesive layer. One side of each unit honeycomb panel has an inclined surface on opposite sides, and a filling structure is provided between the inclined surface of one side of each unit honeycomb panel and the bent base plate. This utility model relates to the field of honeycomb aluminum panel technology. In the production stage of honeycomb panels, a single modular honeycomb panel is cut into two unit honeycomb panels at a 45° angle in one go, replacing the traditional process of bending and grooving the honeycomb panel on-site. This improves work efficiency, saves materials, eliminates aluminum shavings pollution, and maintains a clean environment.