6 results about "Injection - action" patented technology

This application discloses a control method, equipment, and storage medium for a two-plate die-casting machine, including: setting a target speed and target pressure for the hammer's follow-out motion; after the injection action is completed, driving the hammer with the target speed and target pressure, while simultaneously limiting the return oil flow of the mold-opening cylinder, so that the hammer pushes the mold plate to perform a mold-opening action; during the process of the hammer pushing the mold plate, controlling the return oil pressure of the mold-opening cylinder by adjusting the opening degree of the pressure relief valve; when the mold plate is detected to have moved to a preset follow-out position, stopping the follow-out driving of the hammer, and completing the subsequent mold-opening action at a preset mold-opening speed until the mold opening is completed. This application achieves the technical effect of improving production safety and stability by simultaneously setting and controlling the target pressure and speed of the hammer's follow-out motion, so that the mold-opening speed is controlled by the hammer's push during the follow-out stage.

This invention discloses a magnesium alloy vehicle frame die-casting molding apparatus, belonging to the technical field of die-casting equipment. It includes a machine base, on which a base platform and a fixed mold are fixedly mounted. An injection chamber is fixedly mounted on the base platform, and a cavity is formed on the fixed mold. The advantages are: This apparatus addresses the problem that traditional venting channels only reach the edge of the cavity, are difficult to access deep cavities, and are located in corners. Through a linkage design between the external venting needle and the guide tube, the external venting needle can penetrate deep into the corners and move dynamically with the injection action, venting residual gas in the corners and avoiding defects such as porosity and shrinkage, thus ensuring the strength of the vehicle frame. Simultaneously, addressing the problem of low venting efficiency and easy backflow clogging with fixed-diameter venting, the eccentric fine hole of the internal venting needle rotates synchronously with the injection, changing its diameter. This allows for large-scale venting in the initial stage and prevention of clogging in the later stage, eliminating the need for frequent machine shutdowns for cleaning. Mechanical transmission allows the venting position and diameter to adapt to changes in cavity pressure and gas volume in real time, matching the filling rhythm and significantly improving die-casting quality and production stability.

The present application relates to thermos cup production technical field, specifically, it is a kind of multi-station water rising device for thermos cup production.It includes water rising forming body and fixed material adsorption body, water rising forming body includes split mould, liquid injection structure, fixed material adsorption body includes adsorber, controller.In the present application, by setting the controller driven by injection liquid and the rotatable open-close adsorber cooperation, using the kinetic energy of liquid flow to directly drive the movable plate down and drive the contact tube rotation when injection, make the second suction hole and the first suction hole staggered, so as to close the adsorber and release the blank at the moment of injection forming, after injection stop, torsional spring drive contact tube reset makes suction hole reconnection, adsorber recovers negative pressure and adsorbs the residual liquid in blank immediately, without setting independent electrical control circuit, position sensor and additional residual liquid cleaning station, effectively avoid the fixed and injection action out of step and blank damage caused by the response delay of electric control element.

The utility model belongs to compressor oiler oil injection pump device technical field, concretely relates to a kind of compressor oiler auxiliary oil injection device.Device includes operating lever, still includes annular hoop and its fastening structure, hoop has the clamping portion for being connected on oil injection pipeline and the ear plate extended by clamping portion two ends respectively, wherein one ear plate is provided with the support structure for supporting operating lever.The clamping portion of hoop is tightly connected with oil injection pipeline by fastening structure, can firmly fix hoop on oil injection pipeline, operating lever is stably matched with hoop by the support structure on the ear plate extended by clamping portion, to provide stable support point for operating lever in the oil injection process, effectively avoid the influence of the stability of support point when the surface of compressor exists oil stain, so that operating personnel can more accurately control oil injection action, improve the reliability and stability of oil injection operation.

This utility model provides a hydraulic-electric single-slide vertical injection molding machine, including a machine body, a fixed seat on the machine body, a feeding fixed plate slidably connected above the fixed seat, a lower seat plate above the feeding fixed plate, and a guide shaft fixedly connected between the lower seat plate and the fixed seat. In this utility model, by setting a double screw drive assembly, the feeding fixed plate, which is fixedly installed on the material tube, can move up and down reciprocally. By setting a single screw drive assembly, the helical structure on the injection transmission mechanism can apply a thrust to the material in the material tube and complete the injection action. Compared with the existing structure using a seat cylinder and injection cylinder drive, this setting can improve injection accuracy, the electric injection accuracy can reach ±0.02, and the injection response is fast, the injection speed is fast, and the consumption of vulnerable parts (cylinder seals, oil seals, dust seals, etc.) is reduced, thus saving costs.

This invention provides a disposable injection pen, comprising an upper pen shell assembly and a lower pen shell assembly that are assembled together. The lower pen shell assembly includes a pen cap and a protective shell fitted inside the pen cap. An injection bracket supporting a pre-filled syringe is arranged on the inner ring of the protective shell. The upper pen shell assembly includes an upper pen shell and a drive structure arranged within the upper pen shell. The drive structure is a driving part that pushes the pre-filled syringe to perform an injection action. A screw driven by the drive structure for rotational feeding is also provided within the upper pen shell. The upper pen shell provides double-end center positioning for the screw's rotational feeding motion at both axial ends. By forming a double-end center positioning structure for the screw's rotational feeding motion at both axial ends of the upper pen shell, the coaxiality and motion stability of the screw during the injection process of driving the pre-filled syringe are ensured.