Central cold and heat transforming machine

Abstract

The invention belongs to the technical of new energy and discloses a central cold and heat transforming machine. The central cold and heat transforming machine comprises a frame, a container, a pump and a power discharging device; the container comprises an upper container body and a lower container body; the lower container body is fixedly connected with the frame; a spindle is arranged inside the lower container body; an overflowing channel is arranged inside the spindle; a channel force arm rod is arranged inside the power discharging device and internally provided with an effluent channel;the effluent channel communicates with the outer edges of the overflowing channel and the power discharging device; a nozzle is arranged on the outer edge of the power discharging device; an input end cover is arranged on the lower portion of the lower container body; a cavity is arranged inside the input end cover; an upper input port and a lower input port are formed in the cavity; the lower input port communicates with an output end port of the pump through a first dredge pipe; and an output port is formed in the lower container body and communicates with an input end port of the pump through a second dredge pipe. Mechanical friction is reduced, the mechanical efficiency is improved, energy is saved, fluid spattering and waste are avoided, matter leakage is avoided, and zero emission is achieved.

Description

technical field [0001] The invention belongs to the technical field of new energy, and in particular relates to a middle-ring cold and heat generator. Background technique [0002] In the current field of energy utilization, transmission equipment is generally required to realize the transmission, especially the rotation transmission, which is often realized by purely mechanical transmission. This traditional transmission method has many defects. For example, the purely mechanical transmission has a loose connection and fit, which is prone to impact loads and damage to parts; mechanical parts have fatigue limits. In the purely mechanical transmission method, the The loss is large, it is easy to reach the fatigue limit, and frequent maintenance is required, and the cost of use is high; moreover, the energy consumption of pure mechanical transmission is large, and it is easy to waste a lot of energy, which is not conducive to the conservation and utilization of energy. [000...

AI Technical Summary

Problems solved by technology

This traditional transmission method has many defects. For example, the purely mechanical transmission has a loose connection and fit, which is prone to impact loads and damage to parts; mechanical parts have fatigue limits. In the purely mechanical transmission method, the The loss is large, it is easy to reach the fatigue limit, and frequent maintenance is required, and the cost of use is high; moreover, the energy consumption of pure mechanical transmission is large, and it is easy to waste a lot of energy, which is not conducive to energy saving and utilization

[0003] In addition, there is no better technical solution for the rapid cooling of fluids using mechanical equipment

Existing cooling equipment includes condensing pipes, condensers, and various stirring and cooling devices; condensing pipes and condensers require a large amount of condensate to assist in cooling, which is costly and requires complicated equipment; stirring and cooling equipment is likely to cause fluid Splashing, resulting in waste of resources, and it is difficult to collect and utilize heat

The mechanical friction of mechanical equipment is large, resulting in low mechanical efficiency; and there is waste discharge in mechanical equipment, and it is difficult for existing equipment to avoid the release of pollutants, causing environmental pollution and damage

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