CN2740982Y - Multi-stage reciprocal energy converter - Google Patents

Abstract

The utility model is multi-stage reciprocal energy (heat) converter in air conditioner, mainly comprising a shell, a heat exchange tube as well as upper and lower draft tubes. An One-way valve and a sensor are fixed by a tube and a bracket. The heat exchange tube is in the shape of S. The outlet and inlet of a freezing medium of an energy converter are respectively connected with the inlet and outlet of a compressor. The upper and lower draft tubes and heat exchange tube are placed separately in parallel. The water inlet and water outlet are respectively connected with water supply pipes and a dropping tank. Three ends of upper and lower draft tubes connect the three side boards of the shell. A gap is left between the other end and the other two side boards. Therefore, the freezing medium and water form reverse S-shaped contra flow. The utility model improves the efficiency of energy (heat) conversion and saves energy resource.

Description

A kind of multistage reciprocal transducer.

Technical field the utility model relates to air-conditioning technical field, specifically is a kind of multistage reciprocal transducer of a kind of cold and hot Medium Exchange energy in domestic air conditioning or the central air-conditioning.

The existing air-conditioning on the market of background technology, the transducer that comprises domestic air conditioning or central air-conditioning all is that the mode with quick heat exchange exchanges hot and cold medium heat, heat exchanger tube places and flows or static water, its weak point is heat exchanger effectiveness and the temperature approach that is difficult to improve hot and cold medium, whole process has increased the consumption of energy, the transfer of high temperature difference to the exterior space, wastes energy during the course, cause greenhouse effects, the benign cycle of influence ecological environment.

Summary of the invention the utility model makes full use of the energy in order to improve the heat exchanger effectiveness of hot and cold medium, and a kind of multistage reciprocal transducer is provided.Overcome the defective that the transducer in the existing air-conditioning exists.

The realization of the object of the invention, its main technical schemes is by the reverse convective exchange heat energy of hot and cold medium, carry out multi-stage heat exchanger, specifically it includes housing, heat exchanger tube, upper and lower deflector, check valve, Gu pipe holder, alternate upper and lower deflector, the heat exchanger tube that upper and lower deflector both sides are equipped with S shape of being connected with in the housing, every grade of heat exchanger tube links to each other with the stationary pipes support, three ends of upper and lower deflector are connected with three side plates of housing, and another side plate of the other end and housing is gapped, and the space of formation is flowed the S shape of refrigerant (water).The biside plate of housing has water inlet and delivery port respectively, refrigerant inlet and refrigerant outlet, and check valve is equipped with in baffle upper plate and plate junction, bottom side, and housing assembling sealing is positioned at fixing local by fixing threaded hole.Press the needs of air-conditioning watt level, in housing, can assemble multistage reciprocal transducing (heat) device, outlet between every grade of energy converting pipe is taken over by collapsing with import and is connected, refrigeration machine inlet on the import body contact body of chopped-off head heat exchanger tube, connect the compressor delivery outlet again, final stage exports the refrigerant outlet of body contact body, connects the expansion valve or the capillary of air conditioner again, and every grade of upper and lower deflector and every grade of heat exchanger tube assemble alternately.

The present invention's alternate staggered attaching in housing has upper and lower deflector, with staggered formation gap about top board and base plate, makes the water or the underground water that enter in the housing become S shape to flow to.Slow down the flow velocity increasing of water and the heat-exchange time of heat exchanger tube, corresponding heat exchanger tube is made the S font, has increased the contact area of water and cold-producing medium, at the biside plate difference attaching water inlet and the delivery port of housing, refrigerant outlet and inlet, both form reverse flow, make it fully to carry out heat exchange, and heat exchange reaches 14-26 ℃, exceed one times than general heat exchanger, improve heat exchange efficiency, reduce water consumption, save the energy.

Drawing key diagram 1 is the utility model topology view.

Fig. 2 is that Figure 1A is to view.

The adapter that collapses of 1-housing, 2-water inlet, 3-delivery port, 4-baffle upper plate, 5-chin spoiler, 6-check valve, 7-sensor, 8-heat exchanger tube, 9-refrigerant inlet, 10-refrigerant outlet, the solid pipe holder of 11-, 12-.

The specific embodiment is described with reference to the accompanying drawings technology contents of the present utility model and is described as follows: the upper and lower deflector 4 of each grade and 5 three ends are connected three side plates of housing 1 respectively, baffle upper plate 4 three ends connect housing 1 biside plate and base plate, chin spoiler 5 three ends connect housing 1 biside plate and top board, their other ends are staggered respectively to have certain interval with base plate, top board, gap between the upper and lower deflector 4 and 5, it is circuitous mobile to make current be the S direction; Consult Fig. 1 and Fig. 2, each grade heat exchanger tube 8 is S-shaped, the heat exchange refrigerant inlet 9 of one-level heat exchanger tube connects the outlet of compressor, cold-producing medium after the work enters energy converting pipe 8, heat exchanger tube refrigerant outlet 10 connects expansion valve or capillary, get back to compressor again after the cold-producing medium acting after the heat exchange, heat exchanger tube refrigerant outlet 10 and refrigerant inlet 9 are installed on the side plate of housing 1 one sides.Baffle upper plate 4 and chin spoiler 5 are arranged between the two-stage heat exchanger tube 8, stop the plane of water to be flowed, advancing prime water to cross baffle upper plate 4 in last rising foam flows along S shape runner is circuitous, flow into inverted well from delivery port at last, sensor 7 in the housing connects the housing side plate for tubulose, outwards conduction water temperature information is controlled automatically.Water inlet 2 and delivery port 3 are installed in respectively on the side plate of housing 1 one sides, on the side plate of the opposite side of heat exchanger tube refrigerant inlet 9 and outlet 10 attaching correspondences, delivery port 3 is higher than heat exchanger tube refrigerant inlet 9, whole heat exchanger tube 8 is dipped in the water, water inlet 2 connects feed pipe, its delivery port 3 connects inverted well, in the whole process of heat exchange, reaches water with the cold-producing medium reverse flow.It is fixing that each grade heat exchanger tube 8 is connected with fixed support 11.Every baffle upper plate 4 be connected side plate in check valve 6 of attaching, when being convenient to the utility model and cleaning, the water in the smooth discharge housing 1.Whole multistage reciprocal transducing (heat) device sealing assembling is installed the location by fixing threaded hole.

Needs according to the watt level of air conditioner, the utility model design processing is assembled into multistage reverse transducing (heat) device by multi-stage heat exchanger pipe 8 and upper and lower deflector 4 and 5, the taking over 12 and connect refrigerant inlet 9 and refrigerant outlets 10, alternate upper and lower deflector 4 and 5 of being equipped with between the two-stage heat exchanger tube 8 by flexuose collapsing respectively of the heat exchanger tube of each grade into and out of interface.

Claims (3)

1, a kind of multistage reciprocal transducer, it mainly includes housing, heat exchanger tube, on, chin spoiler, check valve, sensor and solid pipe holder, be equipped with water inlet and delivery port on the both sides wallboard of housing, outlet between refrigerant inlet and the refrigerant outlet, every grade of heat exchanger tube is taken over by collapsing with import and is connected, and head connects heat exchanger tube import body contact body refrigeration machine and enters the mouth, connect the compressor delivery outlet again, the refrigerant outlet of final stage outlet body contact body is characterized in that alternate being connected with in the housing, chin spoiler (4) and (5), on, the chin spoiler both sides are equipped with S shape heat exchanger tube (8), every grade of heat exchanger tube (8) links to each other with solid pipe holder, on, three ends of chin spoiler (4) and (5) are connected with three side plates of housing (1), and another side plate of the other end and housing (1) is gapped, and baffle upper plate (4) is equipped with check valve (6) with plate junction, bottom side.

2, a kind of multistage reciprocal transducer according to claim 1 is characterized in that delivery port (3) is higher than heat exchanger tube refrigerant inlet (9).

3, a kind of multistage reciprocal transducer according to claim 1 is characterized in that the interior attaching of housing (1) has sensor (7).