856results about How to "Increase squeeze" patented technology

The invention provides a mould of pure titanium equal channel angular extrusion and a process method. An integral concave mould design is adopted. A concave mould comprises a concave mould main body, a concave mould base and a concave mould cover plate; the mould of the pure titanium equal channel angular extrusion comprises an equal angular channel; the concave mould main body comprises the equal angular channel; the concave mould cover plate comprises a side face of the equal angular channel; and the concave mould main body and the concave mould cover plate are fastened by a bolt and a nut. The mould of the pure titanium equal channel angular extrusion disclosed by the invention adopts a novel mould structure of the integrated concave mould so that the extrusion force capable of being borne by the mould is increased; with the adoption of an isothermal extrusion technology, the extrusion of pure titanium with a close-packed hexagonal structure, higher rigidity and lower plasticity and the equal angular channel of an alloy thereof can be met; the mould is relatively simple in structure, and lubrication and fault treatment of the channel are convenient to carry out; and the service life of the mould can be prolonged to a certain extent.

The invention relates to the technical field of cleaning devices, and particularly relates to a flowerpot. The flowerpot comprises an inner pot, an outer pot and a water replenishing mechanism; a plurality of water absorbing pipes which contain water absorbing resin are installed in the outer pot; the water replenishing mechanism comprises a floating block and an airbag, the floating block is arranged in the outer pot, a weight balancing block is fixedly connected with the floating block, and a pressing rod is fixedly connected with the weight balancing block; the airbag is communicated with awater pipe, a nozzle is communicated with the airbag, and a pressure valve is arranged in the airbag. At the beginning, water is added to the outer pot manually, the water is delivered into soil in the inner pot through the water absorbing resin to provide moisture for flowers; the pressing rod is driven by the floating block to move downwards with the lowering of water level, the airbag is pressed by the pressing rod, the pressure valve in the airbag is turned on, and water is discharged from the nozzle to water the flowers. According to the flowerpot, water only needs to be added to the outer pot manually at the very beginning, watering the flowers manually is not needed in the subsequent process, and automatic watering can be achieved by the flowerpot. After the soil is moisturized, the inner pot is moved up and down, the water absorbing pipes are moved up and down in the inner pot, soil loosening can be conducted on the soil in the inner pot, and the growing of roots of the flowers is promoted.

The invention provides a flexible polishing device for granulated grains. The flexible polishing device comprises a shell, a feeding device, at least one flexible polishing unit, a bran discharging device and a rice outlet, wherein the flexible polishing unit comprises a radial gravity self-flowing flexible polishing chamber; the feeding device, the flexible polishing chamber and the rice outlet are sequentially arrayed from top to bottom along the gravity direction. According to the flexible polishing device for the granulated grains, the shear effect of the granulated grains in the polishing chamber is avoided, the flexible friction effect is improved, the damage to rice in the polishing process is greatly reduced while rice bran is cleaned and the rice is polished, the rice yield is improved and the energy consumption is reduced.

A juice machine includes a lid, and the lid includes an upper casing, a feeding barrel, and a block member. The feeding barrel is installed on the upper casing, and the feeding barrel is hollow inside. The block member is surrounded around an external side of the bottom of the feeding barrel. The juice machine can enhance both juice squeezing efficiency and juice yield.