Water exhaust valve and pipeline machine

Abstract

The invention relates to the field of pipeline machines, in particular to a pipeline machine which is small in size and good in performance and discloses a water and gas discharging valve and the pipeline machine. The pipeline machine comprises a general water inlet (1) and a pressure reducing valve (2) connected with the general water inlet (1) and further comprises the water and gas discharging valve, a water heater (6), a refrigerating device (9) and a water tank (8). The water heater (6) is provided with a water heater water inlet, a water heater water outlet and a water heater steam outlet. The refrigerating device (9) is provided with a cold water outlet, a fourth pipe (714) on the water and gas discharging valve is connected with the water heater water outlet, a second pipe (712) and a fifth pipe (715) are connected with the water heater steam outlet, and a third pipe (713) is connected with the cold water outlet of the refrigerating device (9). According to the water and gas discharging valve and the pipeline machine, water needed for heating or refrigerating can be directly provided by a water inlet pipe, meanwhile, multiple water outlets of an original pipeline machine are integrally arranged, and the size occupied by the pipeline machine is effectively reduced.

Description

technical field [0001] The invention relates to the field of pipeline machines, in particular to a pipeline machine with small size and good performance. Background technique [0002] The pipeline machine is generally used in conjunction with water purification equipment for places where the water demand is not large, or it is used alone to connect to tap water with good water quality. At present, some pipeline machines use a mechanical floating ball water tank to provide water for the heating system or cooling system. Due to the limitation of the floating ball structure, this kind of water tank is generally relatively large in size, resulting in a compact internal effective space of the machine, which is not conducive to optimizing the placement of energy components. If the location is not placed, the production efficiency is not high, and the safety hazard of the machine itself is increased. At the same time, the water in the heating system or cooling system must first pa...

AI Technical Summary

Problems solved by technology

At present, some pipeline machines use a mechanical floating ball water tank to provide water for the heating system or cooling system. Due to the limitation of the floating ball structure, this kind of water tank is generally relatively large in size, resulting in a compact internal effective space of the machine, which is not conducive to optimizing the placement of energy components. The location of the machine makes the production efficiency not high, and increases the safety hazard of the machine itself.

At the same time, the water of the heating system or the cooling system must first pass through the water tank, and the water flow drop causes noise during the water intake process, so that the performance of the pipeline machine cannot be better.

In addition, the cold and hot water outlets and steam outlets of the pipeline machine in the prior art cannot be well integrated together

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