56results about How to "Shorter clamping time" patented technology

The invention provides a demoulding mechanism of a plastic bottle cover mould. The demoulding mechanism is arranged on a moving mould of the plastic bottle cover mould and comprises a support and an abdication device, wherein the support and the abdication device are correspondingly arranged with demoulding mould core assemblies in the moving mould, each mould core assembly is fixed on a forming position when the bottle cover is formed, when the bottle cover is demoulded, the retraction of the mold core assembly is realized, and the emersion of the bottle cover is realized. The invention simultaneously provides a demoulding method for realizing the demoulding mechanism by using the plastic bottle cover mould. The demoulding mechanism provided by the invention has the advantages that the structure is reasonable and compact, the volume is small, the production efficiency is high, and the quality of a bottle cover product is processed.

The invention relates to a vertical type fixed hydraulic power chuck which comprises a chuck body, a wedge catch system, a blocking cover, three claws, three slide carriages and six T-shaped blocks, and is characterized in that an oil cylinder body and a base form an oil cylinder main body; a piston is installed in the oil cylinder body and slides in the oil cylinder body along the direction of aguiding shaft; an upper oil chamber and a lower oil chamber are formed above and below the piston; the control hydraulic oil of the upper oil chamber and the lower oil chamber is controlled by a leftoil inlet and outlet hole or a right oil inlet and outlet hole; the piston is connected with the wedge catch system by a driving connecting screw; under the driving of the piston, the wedge catch system slides up and down in the chuck body; and the chuck body is connected seamlessly and fixedly with the oil cylinder body by a connecting bolt. The structure of the invention is simple, compact and reasonable, the vertical type fixed hydraulic power chuck connects the cylinder body and the chuck integrally and is loaded on a work bench, a workpiece can be loaded and clamped conveniently, and quick die changing can be realized, thereby greatly lightening the labor intensity, shortening the clamping time, improving the productivity, having adjustable clamping force, and being suitable for matching with a numerical control machining center.

The invention discloses a single cup injection mold and relates to the injection mold and aims to provide the single cup injection mold. The single cup injection mold has the advantages that a plurality of reaction cups are produced at a time in an injection molding manner, and production efficiency is improved. According to the technical scheme, the single cup injection mold is characterized in that a front mold core is embedded into a plate A, a second push plate corresponding to the front mold core is embedded into an unloading plate, and a rear mold core corresponding to the front mold core is embedded into a plate B; the positions, on the two sides of the front mold core, of the unloading plate are in slippage connection with row orientation blocks correspondingly, and the positions, in contact with the front mold core, of the row orientation blocks stretch into the front mold core and form cavities of a plurality of single cups with the front mold core; the plate A is internally in slippage connection with guide rods inserted into the row orientation blocks in an inclined manner, the sides, facing the second push plate, of the row orientation blocks are provided with grooves, and the grooves are internally provided with compression springs; and the rear mold core is provided with inserts stretching into all the cavities, an upper fixing plate and a water opening plate are internally provided with injection molding systems, and when the plate A is separated from the water opening plate, the plate B is provided with a drive piece enabling the plate A to be separated from the unloading plate and enabling the upper fixing plate to be separated from the water opening plate.

The invention provides a method for low-cost high-safety heat seal of filling bag filling pipes. The method comprises the first step of causing the filling pipes on a filling pipe needing heat seal to be fixedly clamped on a heat seal clamp device, wherein the clamp device comprises a base and a plurality of liquid stopping clamps fixedly installed on the base, the base forms a heat seal side on the sides of the whole liquid stopping clamps, each liquid stopping clamp comprises two opposite clamping parts, and each filling pipe is fixedly clamped between two clamping parts in the same liquid stopping clamp; the second step of feeding the clamp device connected with the filling pipe to a heat seal machine, performing heat seal by the heat seal machine on the filling pipe located on the base, and causing the heat seal side on the base to serve as a heat seal lower die of the heat seal machine to be used; the third step of taking out the filling pipe out of the liquid stopping clamps after the heat seal of the filling pipe is finished. The heat seal working efficiency of the filling pipes can be improved greatly, the heat seal operation human cost is reduced, and heat seal workers are effectively prevented from being scalded by the heat seal machine.