6results about How to "Guaranteed curing quality" patented technology

The utility model relates to a UV (ultraviolet) glue dispenser in the field of glue dispensers, which comprises a cabinet and a hood arranged on the cabinet, a workbench is arranged on the cabinet, a glue dispensing device is arranged on the workbench and comprises a base, a support frame and a glue dispensing gun, the support frame and the glue dispensing gun are arranged on the base, a movable sliding table is arranged on the base, an installation jig is connected onto the movable sliding table, and the movable sliding table is connected with the glue dispensing gun. A curing mechanism used for conducting illumination curing on a dispensing product is connected to the machine base and comprises a protective cover, a first curing lamp and a second curing lamp, the first curing lamp and the second curing lamp are arranged in the protective cover, a curing cavity is formed in the protective cover, the first curing lamp is installed in the curing cavity through a rotating rod, and one end of the rotating rod is connected with a driving part. The driving part drives the rotating rod to drive the first curing lamp to rotate and adjust, so that the first curing lamp can perform multi-angle illumination curing on a dispensing product, and the second curing lamp is fixedly mounted on the inner side of the curing cavity, so that multi-angle supplementary irradiation is formed, and the curing effect and efficiency are enhanced.

This utility model discloses a UV curing device with three conveying speeds, including a frame. A conveying mechanism is installed inside the frame, and an upper cover assembly is fixedly installed on the top of the frame. The conveying mechanism is located below the upper cover assembly and includes a feeding conveying section, a curing conveying section, and a discharging conveying section. The feeding and discharging conveying sections have the same speed, while the curing conveying section has a lower speed than the feeding and discharging conveying sections. The upper cover assembly includes an upper cover body and a UV lamp. The UV lamp is mounted on the upper cover body via a lamp lifting assembly, and a reflector structure is installed inside the upper cover body. This utility model effectively solves the problem of low production efficiency in commercially available UV curing equipment by setting three different conveying speeds: high-speed conveying of the feeding and discharging sections and low-speed conveying of the curing section.

The utility model discloses a floor UV curing device belongs to floor processing field. Including conveyer, the curing assembly is set up in conveyer, and the curing assembly includes the curing box of installation on conveyer, and the curing box is provided with the curing part for the curing of floor surface paint, and the adjusting part that adjusts the height of curing part is provided on conveyer and is in the internal region of curing box, and the suction part that removes paint mist particle is set up in the top and side wall of curing box, the cleaning assembly is set up in the curing box, and the cleaning assembly includes the support plate of installation on the curing part, and the both ends of two groups of support plate parallel fixed guide rod and hollow rod, and the movable sleeve of sliding sleeve joint is all had on guide rod and hollow rod, and two groups of movable sleeve are connected through fixed part one and are used for the cleaning part of the cleaning of curing part. A kind of floor UV curing device of the application, through the curing assembly stability environment adjust distance and evenness, suction part draws paint mist and reduces residue, and cleaning assembly cleans dirt and is stable transmittance.

The invention belongs to the technical field of composite materials, and particularly relates to a composite material component autoclave curing tool optimized arrangement method. According to the method, a neural network model is constructed, a complex mapping relation between tool features and the size of an autoclave platform is learned, and the optimal placement coordinates of a plurality of tools are directly output. Therefore, the consistency, the stability and the design efficiency of a tool arrangement scheme are remarkably improved while the curing quality of the composite material workpiece is guaranteed.

The utility model discloses a curing environment regulation and control device for side window glass of a motor train unit, and aims to overcome the defect that the curing environment is unstable after the side window glass of the motor train unit is replaced due to the change of an external environment. Comprising a folding cover, a folding cover support, a heating layer, a temperature control device, a temperature sensor, a humidifier, a humidity control device and a humidity sensor. The folding cover covers the glass and the peripheral area, and the support guarantees the stability of the folding cover so as to block external interference. The heating layer and the related device regulate and control the internal temperature, and the humidifier and the corresponding device regulate the humidity. All the components cooperate to maintain the curing environment stable, and the curing quality after side window glass replacement is guaranteed.

This utility model discloses a drying device for electrophoretic coatings, comprising: a drying unit including a drying chamber, wherein an air-drying component is provided inside the drying chamber for air-drying the electrophoretic coatings after passing through the drying chamber; and a circulating conveying unit for circulating the electrophoretic coatings, comprising a conveyor line and a hanging rack, wherein several hanging fixtures are evenly distributed on the conveyor line, and each hanging fixture includes a suspension part for suspending the top of the hanging rack and a locking part for fixing the bottom of the hanging rack. This utility model employs symmetrically distributed exhaust vents on both the front and rear sides, with opposite and staggered air outlet directions, combined with heating resistance wires, to form a three-dimensional hot air field, effectively avoiding drying dead zones on the surface of the electrophoretic coatings. Simultaneously, the rotating structure of the hanging fixtures within the drying chamber ensures that all surfaces of the electrophoretic coatings are fully exposed to hot air, further improving the uniformity of drying and ensuring the curing quality of the coating on the surface of the electrophoretic coatings.