9results about How to "Guaranteed molding" patented technology

The application discloses a die flash groove structure for asymmetric forging, which can be applied to the forging of circumferential asymmetric class and axial thin-wall deep cavity forgings, can reasonably distribute materials, effectively increase the outflow resistance of the flash, improve the filling capacity of the forgings, improve the quality of the forgings, reduce material consumption and reduce production cost. The upper die and the lower die are used for being mounted on a forging press, the middle part of the upper die and the lower die forms a forging cavity, the edge part of the upper die and the lower die is provided with a flash groove, the flash groove comprises a bridge part and a bin part, the cavity is a non-symmetrical deep cavity, the bin part is horizontally arranged, and the upper end of the bridge part is outwardly inclined.

The utility model relates to bridge construction equipment technical field, and disclose a kind of pier column bent cap reinforcement framework piece shaping jig frame, including outer frame system, inner support system and connecting piece, the outer frame system includes first shaping frame, second shaping frame and third shaping frame, connecting piece two sides are respectively symmetrical and connect a group of outer frame system and inner support system, so that outer frame system and inner support system can be combined into a whole, the assembly and disassembly of jig frame are facilitated, construction efficiency is improved, and damage or deformation can be replaced individually in certain part, without replacing the whole jig frame, reduce construction cost.

This utility model discloses a creasing device for corrugated cardboard boxes, including a processing table with a feed roller and a stop roller at both ends. The stop roller has a stop strip, and two adjusting grooves are symmetrically arranged on the processing table. A creasing support is provided, with a lifting cylinder at the top and a carrying plate fixed to the lower end of the lifting cylinder. Pressure plates are provided on both sides of the carrying plate, and a spring is provided between the carrying plate and the pressure plates. A creasing knife is provided on the lower surface of the carrying plate. Two symmetrical guide plates are provided, each with a linkage boss and several guide wheels. The linkage bosses are slidably connected to the adjusting grooves, and a linkage adjusting assembly is provided between the two linkage bosses. During processing, the feed rollers drive the cardboard towards the processing table. The cardboard is aligned by the guide plates and its travel distance is limited by the stop strips. After the cardboard reaches its position, the pressure plates press it down, and then creasing is performed. This avoids positional deviations in the creasing and ensures the normal forming of the corrugated cardboard box.

The utility model relates to glass processing technical field, concretely is a kind of glass processing furnace, including base, the base is located the bottom end of whole device, the base upper end is fixedly installed with main part, the main part front is equipped with movable door, the main part is equipped with mixing subassembly, and mixing subassembly is installed with motor, motor output end is installed with stirring rod, and stirring rod both sides are evenly installed with stirring vane.This device sets up and is stirred to glass raw material by processing furnace motor-driven stirring rod and stirring vane, and by adjusting component, the angle and position of stirring vane can be adjusted, make glass raw material fully mix in mixing tank, improve the quality of glass finished product, reduce the problem such as impurity and uneven color, temperature sensor real-time monitoring the temperature in mixing tank, air duct heater can be accurately adjusted according to temperature feedback information, meet the requirement of different glass product to melting temperature, guarantee the formation and performance of glass.

The utility model relates to the technical field of injection molds, in particular to an injection mold capable of controlling the material flow speed. The device comprises a first mold and an adjusting assembly, the adjusting assembly comprises a connecting block, the connecting block is fixedly connected to one side of the first mold, a connecting column is slidably connected to the interior of the connecting block, a rotating groove is formed in the top of the connecting column, and the interior of the rotating groove is in a convex shape; the interior of the rotating groove is rotationally connected with a rotating block, and the rotating block is in a convex shape. According to the injection mold capable of controlling the material flow speed, when injection molding work is carried out, a rotating block can push a limiting block to move downwards through a connecting column, and meanwhile by observing the height difference between a graduated scale and a handle, the limiting block moving downwards can control the size of the inner space of a conveying groove; therefore, the speed and the flow of injection molding materials can be accurately controlled, flexible adjustment can be carried out according to material characteristics, and it is ensured that various types of plastic can be formed in the optimal state.

This invention relates to a high-performance fiber-metal laminate rapid prototyping device, belonging to the field of sheet metal forming technology. The device includes a base plate, above which are sequentially arranged a first yarn rack, a glue-impregnation tank, a second yarn rack, a pre-pressing mechanism, a preheating mechanism, a pressurizing mechanism, a heating and pressurizing shaping mechanism, a cooling mechanism, a conveying mechanism, a cutting mechanism, and a frame. This invention effectively avoids relative slippage between the multi-layer fiber cloth and the metal strip during rolling, thereby preventing a decrease in overall stiffness and load-bearing capacity due to interface failure, and significantly reducing the initiation and propagation of cracks. Simultaneously, the rollers apply sufficient compaction to the multi-layer material, completely eliminating interlayer bubbles and local debonding defects, significantly improving the subsequent service performance and durability of the sheet metal. This invention offers high forming efficiency and fast forming speed.

The application relates to a free liquid surface type electrostatic spinning device which comprises a high-voltage generator, two supporting frames, a liquid drop platform, a plurality of groups of jet flow generating devices, a collecting plate and a liquid supply device; the two supporting frames are symmetrically fixed on the high-voltage generator; the liquid drop platform is slidingly installed between the two supporting frames, and the top surface of the liquid drop platform is provided with a plurality of grooves; the plurality of groups of jet flow generating devices are arranged between the two supporting frames and correspond to the plurality of grooves; the collecting plate is arranged directly above the plurality of groups of jet flow generating devices; and the liquid supply device is connected with a liquid inlet pipeline. After the spinning liquid drops from the liquid outlet pipeline, the spinning liquid falls on the metal wires to form free liquid surfaces; under the action of the electric field between the metal wires and the collecting plate, a large range of nanometer and micrometer fibers are deposited on the collecting plate, the amount of spun yarn is large, the production efficiency is high, a relatively long distance can be ensured between the metal wires to avoid the interference of the electric field, and the stability of fiber forming and spinning is ensured.

This utility model provides an agricultural machinery soil turning device, including: a main connecting frame, soil turning blades, and thickened blades. The left side of the main connecting frame is provided with several sets of main support frames for connecting, fixing, and supporting the main frame. The middle position of the main connecting frame is provided with a set of connecting holes for connecting and fixing with external traction machinery. Compared with the prior art, this utility model has the following beneficial effects: the main connecting frame is hinged and fixed to the traction machinery through the connecting holes in the middle position. During traction operation, the main support frame and the lower support frame are combined to disperse the load stress and prevent structural deformation. The main frame is fixed with several sets of front-view J-shaped and right-side horizontally staggered soil turning blades by bolts of the lower connecting frame. The thickened blades strengthen the soil breaking strength and resist soil erosion at the lower end of the blade. After the soil turning blades cut into the soil layer as the machinery moves, the J-shaped structure guides the soil to rise and turn laterally. The retaining plate restricts the fall path of the turned soil clods to ensure the formation of trenches.

The application discloses a manufacturing process for improving the solder mask bridge falling problem of a high-layer circuit board based on an AI server, relates to the field of PCB manufacturing technologies, and comprises a pretreatment process, a silk-screen printing process, a pre-baking process, an exposure process, a developing process and a high-temperature curing process. The pretreatment process adopts volcano ash plate grinding and super-rough cleaning. The silk-screen printing process adopts secondary printing of oil, and the first solder mask bridge position is blocked from oil. The exposure process reduces the gap between the solder mask bridge and the design PAD and etching PAD. The developing process maintains the pH value of developing liquid at a constant value by calculating the ink usage of a single PCB and adopting the drag tank method or the production green oil plate method, so that the problems of the prior art, such as the easy falling of the solder mask bridge and the high defect rate, are solved.