11results about How to "Rapid production" patented technology

A core-pulling mold with threaded teeth includes a threaded tooth core-pulling mechanism. The mechanism is located on one side of the upper and lower mold cores and includes a threaded core, a threaded core rotation assembly, a threaded core movement assembly, a insert rod, an insert rod movement assembly, and a threaded core positioning assembly. The inner end of the threaded core has a threaded portion. The threaded core rotates under the drive of the threaded core rotation assembly and is simultaneously driven by the threaded core movement assembly to allow the threaded portion to extend into or retract from the injection cavity. The peripheral wall of the threaded core has an oblique through-hole communicating with the inner end face of the threaded core. The insert rod, driven by the insert rod movement assembly, can extend and retract through this oblique through-hole. A positioning ratchet is also provided on the peripheral wall of the threaded core. The threaded core positioning assembly includes a positioning pawl and a positioning elastic element. The positioning pawl is oscillatingly positioned on one side of the threaded core and is pushed by the positioning elastic element to abut against the positioning ratchet, thus limiting the reverse rotation of the threaded core without limiting its forward rotation. This enables rapid mass production of products with threaded ends and oblique liquid outlet channels, ensuring production efficiency and quality.

This utility model relates to the field of sheet metal edge curling technology, and discloses a sheet metal edge curling device, including a frame and a mold. A cabinet is fixedly connected to the bottom of the frame, and a motor housing is fixedly connected inside the cabinet. A rotating shaft is rotatably connected to the top of the motor housing. A locking assembly is installed on the outside of the rotating shaft. The locking assembly includes a locking tongue, which is fixedly connected to the outside of the rotating shaft. A locking groove is formed inside the mold, and springs are fixedly connected to both sides of the inner wall of the locking groove. A locking block is fixedly connected to the other end of each spring. In this utility model, when the locking tongue of the rotating shaft is inserted into the locking groove, the spring retracts. After the locking tongue enters, the spring springs back, and the locking block engages with the locking tongue. A lever is moved to change the mold. After curling is completed, an electric push rod is used to rotate the connecting rod and gear, causing the rack to move, the gripper to hold the material, and the hydraulic rod assembly to descend, demolding the sheet metal part. With the rotation of the motor, the unloading is completed, improving work efficiency.

The utility model discloses a kind of mixing tank for stabilizer processing, it is related to stabilizer processing technical field, including transmission screw rod, it is rotated and installed in the upper end inside the mixing tank main body by bearing, the lower end of the transmission screw rod is fixedly installed with stirring shaft, the upper end inside the mixing tank main body is fixedly installed with electromagnet, the device can make longitudinal slide and electromagnet separate when through installing transmission screw rod, transmission screw rod outer thread and longitudinal slide inner thread cooperation, and then when transmission screw rod rotates can drive longitudinal slide longitudinal sliding, make booster plate move downwards, and then the space of booster plate lower end is compressed, improve the pressure of booster plate lower end, the flow rate of mixing agent discharge device increases, improve the discharging efficiency of device, conducive to the rapid production of mixing agent subsequently.

The application relates to the technical field of grinding fluids for metal processing, and discloses a metal grinding fluid and a preparation method thereof. The metal grinding fluid is prepared from the following raw materials in percentage by mass: deionized water 60-70%, lubricant 5-15%, organic alkali 9-15%, antirust agent 5-10%, bactericide 2-5%, settling agent 0.1-0.5%, defoaming agent 0.2-0.3% and copper corrosion inhibitor 0.3-0.5%. The metal grinding fluid takes deionized water as a basic component and is compounded with lubricant, organic alkali, antirust agent, bactericide, settling agent, defoaming agent and copper corrosion inhibitor, so that the synthesized grinding fluid has excellent antirust performance, good cleaning and chip removal performance and good cooling performance. Moreover, the polyether ester and organic molybdenum are selected as the lubricant, the synergistic lubrication effect is realized, the friction-reducing and wear-resisting capacity of the grinding fluid is greatly improved compared with the lubricant used alone, and the metal grinding fluid can meet the grinding lubrication requirements of difficult-to-machine metals.

This invention discloses a composite admixture and its preparation method, as well as a method for preparing concrete pipe piles. The composite admixture comprises submicron-sized metakaolin, ultrafine quartz sand powder, slag powder, calcium formate, sulfate activator, water-retaining and toughening component, auxiliary setting regulator component, and superplasticizer; wherein, by weight percentage, the submicron-sized metakaolin is 12%-18%, the ultrafine quartz sand powder is 22%-30%, the slag powder is 35%-45%, the calcium formate is 2.5%-4.0%, the sulfate activator is 7%-11%, and the water-retaining and toughening component is 2.0%-4.0%; the median particle size D50 of the submicron-sized metakaolin is 1.0μm-3.0μm, and the specific surface area is ≥1200m² / kg; the water-retaining and toughening component is a mixture of redispersible latex powder and cellulose ether in a mass ratio of (2:1)-(1:1). This invention, through multi-component synergy, significantly improves the early strength, later strength, durability, and crack resistance of concrete under low-temperature steam curing conditions of 40℃-60℃, which can simultaneously meet the differentiated performance requirements of PHC piles and large-diameter pipe piles, and greatly reduce production energy consumption.

The utility model relates to the field of spinning equipment especially is concerned with a multi -direction curvature pot body spinning -lump, including work head, be provided with rotating platform on work head, be provided with rotating device on work head, be provided with steel sheet pressure mechanism on work head, be provided with fixed plate on work head, be provided with transverse drive arrangement on work head, the first sliding frame is slidably connected between two fixed plates, the first sliding frame includes the first sliding plate, be provided with vertical drive arrangement on the first sliding frame, the first sliding frame slides and has the second sliding frame, the second sliding frame includes the second sliding plate, be provided with the first motor on the second sliding frame, the output shaft of first motor is connected with the rotating seat, the middle part rotationally connected with the spinning wheel of rotating seat, both sides fixed plate, the first sliding plate, the second sliding plate all are symmetrically arranged, the both ends of rotating seat are connected with the second sliding plate, solved the problem that cannot quickly produce the pot body with multiple curvatures, spinning wheel support structure uneven stress.

The application relates to a rapid-forming geopolymer concrete prefabricated component and a preparation method thereof. The technical scheme is as follows: 125-150 parts by mass of sodium metasilicate is mixed with 200-235 parts by mass of water to obtain a solution; the solution is stirred until it is clear, and is cooled to 5-15 DEG C to obtain an alkali activator; the alkali activator is mixed with 225-285 parts by mass of metakaolin, 60-120 parts by mass of fly ash, 400-600 parts by mass of fine aggregate and 550-850 parts by mass of coarse aggregate, is stirred, is poured, and is shaped for 10-30 min; demolding is carried out, and maintenance is carried out at normal temperature for 2-7 days to obtain the rapid-forming geopolymer concrete prefabricated component. The application has the characteristics of high solid waste resource utilization rate, short forming time, low maintenance cost and high mold flow efficiency, can be directly operated on a construction site and can be rapidly and continuously produced, and the prepared rapid-forming geopolymer concrete prefabricated component has early compressive strength.

This utility model discloses an injection mold for automotive trim parts that can be rapidly and uniformly cooled and molded. It includes a base, a mold foot on top of the base, an ejector pin cover plate at the bottom of the mold foot, a male mold core on a moving mold plate, a first cooling system outside the male mold core, a female mold core above a fixed mold plate, a cavity plate inside the fixed mold plate, and a second cooling system inside the cavity plate with a second cooling pipe located inside the cavity plate. The first cooling system of this utility model cools the male mold core, while the second cooling system cools the female mold core. This effectively reduces the temperature of the mold during operation, minimizing thermal stress and fatigue caused by high temperatures, while also accelerating the molding speed of automotive trim parts. By shortening the cooling time, the production of injection molded parts can be completed quickly, thereby reducing production costs.

The utility model discloses a kind of full-automatic slitting rewinder of heat-sensitive paper, it is related to slitting rewinder technical field, including processing assembly and auxiliary limiting assembly, processing assembly, including support base plate, the top of support base plate is fixed with fixed part, the side of fixed part is fixed with driving part, the top of support base plate is provided with slitting part, the surface of fixed part is fixed with slitting part, auxiliary limiting assembly is set in the top of processing assembly, including adjusting part.The device of the utility model is cooperated through multiple side synchronous limiting rewinding mechanism and quick-release type sleeve setting roll fixing structure, significantly improves rewinding positioning accuracy and equipment maintenance efficiency, effectively solves the problem of winding material deviation and disassembly cumbersome, both guarantees the process quality of slitting rewinding, and avoid the material loss caused by inaccurate positioning, simultaneously realizes quick maintenance and efficient production, greatly reduces downtime and operating cost.

The application belongs to the field of hydrogen energy, and relates to a system and a method for preparing ultrapure hydrogen. The system comprises a PSA device, a product gas conveying unit, a reflux purification unit, a purge regeneration unit and a controller. The controller is connected with each unit. The controller selects a running mode according to the purity of a target product. When the ultrapure hydrogen mode is selected, the reflux purification unit is started to return part of the product hydrogen to the PSA device inlet, and the product hydrogen is mixed with raw gas and then separated by adsorption again. The purge regeneration unit provides secondary purge gas for the adsorbent for deep regeneration. The controller adjusts the residence time of the adsorption tower and the flow of the reflux hydrogen according to the purity of the product gas. The application can meet the production requirements of high-purity hydrogen and ultrapure hydrogen through mode switching, improve the utilization rate of the device and reduce the investment cost.