54results about How to "Reduce kinetic energy consumption" patented technology

The invention relates to a turntable for a vacuum lens coating machine. The vacuum lens coating machine comprises a pushing motor (1), a material trolley (2), one-way pushers (3), an upper support (4), the turntable (5), bearing wheels (6), a rotation stop assembly (7), a base (8), a sprocket chain (9), a rotating motor (10) and a rotating shaft (11). The vacuum lens coating machine is characterized in that the rotation stop assembly (7) is arranged on the rotating shaft (11), the rotating motor (10) is used for driving the turntable (5) to rotate to the 180-degree position through the transmission of the sprocket chain (9), and the one-way pushers (3) on two sides are used for pushing the material trolley (2) to the next station by the simultaneous driving of the pushing motor (1) and the sprocket chain so as to transfer a lens on a coating rack of the vacuum lens coating machine. By adopting the turntable provided by the invention, the consumption of kinetic energy can be saved, the abrasion between related parts can be reduced, the coated lens can be rotated stably in the whole coating process, and the coating quality can be improved further.

The invention relates to integrated complete equipment for water quality purification treatment. The equipment comprises a water cooling pool, wherein a water inlet lifting pump and a water inlet pipe are arranged on one side of the water cooling pool, and the water inlet pipe is provided with a first pipeline mixer and a second pipeline mixer at an interval; the output end of the second pipeline mixer is connected with an efficient floating, clarifying and self-flushing and filtering integrated machine and the output end is provided with an output water pipeline and an output mud pipeline; the output water pipeline is connected with a clean water pool, a first clean water pool is provided with a discharge opening, and the output mud pipeline is connected with a sludge concentration pool. The equipment provided by the invention can more maturely, stably and continuously remove all organic matters such as SS (Suspended Solids), oil, chroma and suspended solids, COD (Chemical Oxygen Demand), turbidity and the like in various types of surface raw water, underground water and reuse water of sewage by means of a working principle of the integrated machine combining efficient floating, clarifying, filtering and self-flushing process technical structures, so that the effluent treatment effect is improved, the investment and occupied areas are saved, the power lift of second-level flow is reduced, the pipe valve is shortened, and the operating energy consumption is reduced and the cost of the added chemicals is lowered.

The invention relates to a shell-side multi-cavity multi-layer fixed-bed reactor. At present, the shell-and-tube fixed-bed reactors all adopt the structure of one chamber on the shell side, so the heat transfer is uneven, the heat exchange is insufficient, and the waste heat is not better utilized. The shell of the present invention is composed of an upper shell and a lower shell. In each shell, two shell-side baffles are arranged between the upper tube sheet and the lower tube sheet along the axial direction of the shell. The shell-side baffles separate the shell Divided into three cavities, reaction tubes are set in the cavities on both sides, and three semicircular baffles are set in the cavities on both sides, so the flow form of the heat exchange medium between the tubes is cross flow and parallel flow. The invention doubles the ability to manufacture large-scale reactors under the condition of existing equipment; the reactor can be applied to high-load catalysts, and has stable reaction, uniform heat transfer, sufficient heat exchange and more thorough utilization of waste heat.

The invention relates to a fixed-bed reactor, a shell side of which is divided into a plurality of chambers. Currently, all the fixed-bed reactors with shells and tubes adopt a shell-side structure as a chamber, thus causing uneven heat transfer, insufficient heat exchange and worse utilization of residual heat. Between an upper cannular plate and a lower cannular plate inside the shell of the invention, two shell-side baffles are arranged along the shell axial direction and divide the shell into three chambers, and reaction tubes as well as three semicircular traverse baffles are arranged inside the chambers at the two sides, thus forming cross current and parallel flow as a flow form of heat-exchanging mediums between tubes. Under the condition of existing equipments, the capacity of manufacturing large-scale reactors is doubled by the invention; the reactors are applicable for catalysts with high load and have balanced reaction, even heat transfer and sufficient heat exchange, and the utilization of residual heat is more complete.