CN206330451U - Convective heat exchange energy-saving appliance - Google Patents

Abstract

The utility model discloses convective heat exchange energy-saving appliance, including vessel body, pipe joint, heat exchanging pipe, base plate, scupper shutter, the bend channel of erecting bed of the vessel body including top, the middle part cavity volume being connected with erecting bed and the heat exchange being connected with cavity volume bottom；Section start, termination in the bend channel are respectively threaded hole, and the screwed hole is connected with pipe joint respectively；The heat exchanging pipe is laid along bend channel and connected, and heat exchanging pipe two ends section start respectively with bend channel, the pipe joint of termination are connected；In the termination of the bend channel, mudhole is set；The base plate forms with cavity volume bottom and is tightly connected and covers bend channel；The base plate is tightly connected with osculum being just provided with osculum, the scupper shutter to bend channel section start.The utility model can effectively reduce heat from waste hot water waste, save energy resources, realize energy-saving.

Description

Convective heat exchange energy-saving appliance

Technical field

The utility model is related to daily life fixture fields, more particularly to suitable for the applicable convection current of barber shop or hotel Heat exchange energy saving device.

Background technology

Often washed hair in people's daily life using hot water, spent hot water's water temperature after hair washing is all higher, normal conditions All it is that directly expense hot water is drained.Because water temperature is higher, directly drains and cause substantial amounts of heat waste；Cause simultaneously big The electric energy of the heat hot water of amount or the waste of gas energy resource.Especially in barber shop or hotel, because the water consumption of hair washing compares Greatly, the energy wasted is just bigger.

Utility model content

The technical problems to be solved in the utility model is to provide a kind of effectively reduction heat from waste hot water and wasted, effectively save energy The convective heat exchange energy-saving appliance of source resource.

In order to solve the above-mentioned technical problem, the technical solution of the utility model is：

Convective heat exchange energy-saving appliance, including vessel body, pipe joint, heat exchanging pipe, base plate, scupper shutter, the vessel The erecting bed of body including top, the middle part cavity volume being connected with erecting bed and the heat exchange that is connected with cavity volume bottom it is curved Bent channel；Section start, termination in the bend channel are respectively threaded hole, the section start, termination screwed hole It is connected respectively with pipe joint；The heat exchanging pipe is laid along channel and connected, and of heat exchanging pipe two ends respectively with bend channel At beginning, the connection of the pipe joint of termination；Mudhole is additionally provided with the termination of the bend channel；The base plate and volume Bottom of chamber forms and is tightly connected and covers bend channel；The base plate is just being provided with osculum to bend channel section start, institute Scupper shutter is stated to be tightly connected with osculum.

Further, the bend channel is surround clockwise since the wall of volume bottom of chamber side along cavity volume downside wall；Work as ring Around the anglec of rotation at 330 °~340 ° when bend channel reversely counterclockwise inwardly spiral surrounding terminate at the several of vessel body bottom portion What center.

Further, the pipe joint of the bend channel section start is delivery port；The pipe of the bend channel termination connects Head is water inlet.

Further, the upper surface of the base plate is symmetrically provided with hand grip end.

Further, it is provided with screen pack on the osculum.

Using above-mentioned technical proposal, due to having used the skills such as vessel body, pipe joint, heat exchanging pipe, base plate, scupper shutter Art feature；In vessel body volume bottom of chamber, the bend channel of heat exchange is set；Heat exchanging pipe is laid along bend channel, and curved The section start and termination of bent channel are respectively mounted pipe joint.Near the pipe joint that mudhole is arranged on to bend channel termination, At the pipe joint that osculum on base plate is arranged on to bend channel section start.So that being excluded by spent hot water from base plate osculum When, spent hot water will trickle along bend channel so that carry out sufficient heat exchange with the heat exchanging pipe laid along bend channel, fully Absorb the heat of spent hot water；Effectively improve the temperature of cold water in heat exchanging pipe；Water in heat exchanging pipe is being subjected to heating utilization When, the temperature of heater water inlet side water inlet can be effectively improved, in the case where heater leaving water temperature keeps constant, is effectively dropped Energy resource consumption during low heater heating.

Brief description of the drawings

Fig. 1 is the utility model schematic top plan view；

Fig. 2 is Fig. 1 A-A schematic cross-sectional views；

Fig. 3 is schematic top plan view when the utility model base plate is not installed.

Embodiment

Embodiment of the present utility model is described further below in conjunction with the accompanying drawings.Herein it should be noted that Explanation for these embodiments is used to help understand the utility model, but does not constitute to restriction of the present utility model.This Outside, as long as technical characteristic involved in each embodiment of the utility model disclosed below does not constitute conflict each other It can just be mutually combined.

As shown in Figures 1 and 2, convective heat exchange energy-saving appliance, including vessel body 1, pipe joint 2, heat exchanging pipe 3, Base plate 4, scupper shutter 5.Erecting bed 6 of the vessel body 1 including top, the middle part volume being connected with erecting bed 6 in specific implementation Chamber 7 and the bend channel 8 for the heat exchange being connected with the bottom of cavity volume 7.Section start, termination in bend channel 8 are respectively set Screwed hole (not depending on going out in figure) is put, and the screwed hole of section start, termination is connected with pipe joint 2 respectively；By heat exchanging pipe 3 along curved The laying connection of bent channel 8, the pipe joint 2 of the two ends of heat exchanging pipe 3 section start respectively with bend channel 8, termination is connected. The setting mudhole 9 of the termination of bend channel 8；Base plate 4 is formed with the bottom of cavity volume 7 and is tightly connected and covers bend channel 8 Lid, base plate 4 is just being provided with osculum 10 to the section start of bend channel 8, scupper shutter 5 is tightly connected with osculum 10, made The thermal wastewater of hair washing enters bend channel 8 from the osculum 10 of base plate 4.

Above-mentioned technical proposal, when hair washing has useless hot water to produce, useless hot water will be entered from the osculum 10 of base plate 4 In bend channel 8.Outer water tube pipeline is connected in series in the pipe joint 2 of the section start of bend channel 8, termination.So that with it is curved Water in the heat exchanging pipe 3 that the bent section start of channel 8, the pipe joint 2 of termination are connected carries out effective heat exchange, improves heat exchanger tube The temperature of water in road 3；Reduce the loss of energy in spent hot water.

More specifically, as shown in drawings, in order to extend mileage and the time of heat exchange, the effect of heat exchange is improved, it is specific real Middle bend channel 8 is applied to surround clockwise along the downside wall of cavity volume 7 since the downside wall of cavity volume 7；Exist when revolving around it angle Reversely inwardly spiral surrounding terminates at the geometric center of the bottom of vessel body 1 to bend channel 8 counterclockwise at 330 °~340 °.This case When revolving around it angle at 335 ° by the reverse rotate counterclockwise of bend channel 8 in specific implementation.In order to further improve heat exchange Effect, delivery port is set in specific implementation by the pipe joint 2 of the section start of bend channel 8；The pipe of the termination of bend channel 8 is connect First 2 are set to water inlet.During so that minimum temperature cold water entering the heat exchanging pipe 3 laid on bend channel 8, come into contact with Hot water in the bend channel 8 of lower temperature, with the pipe joint 2 of the section start of current direction bend channel 8 in heat exchanging pipe 3 During delivery port, the spent hot water in the bend channel 8 of higher temperature is come into contact with, is realized and gradually heat up, gradually carries out heat exchange；When Water in heat exchanging pipe 3 reaches the maximum of heat exchange when flowing to bend channel 8.The operation to base plate 4 is realized for convenience, The upper surface of base plate 4 is symmetrically provided with hand grip end 11.Base plate 4 is operated with facilitating, will be flowed into bend channel 8 Pollutant is cleared up, to improve the heat transfer effect of heat exchanging pipe 3.In order to reduce the pollutant into bend channel 8, the bottom of at Screen pack 12 is set on the osculum 10 of plate 4.

Embodiment of the present utility model is explained in detail above in association with accompanying drawing, but the utility model is not limited to be retouched The embodiment stated.For a person skilled in the art, it is right in the case where not departing from the utility model principle and spirit These embodiments carry out a variety of change, modification, replacement and modification, still fall within protection domain of the present utility model.

Claims (5)

1. convective heat exchange energy-saving appliance, it is characterised in that including vessel body, pipe joint, heat exchanging pipe, base plate, scupper shutter, The vessel body includes erecting bed, the middle part cavity volume being connected with erecting bed and the heat being connected with cavity volume bottom on top The bend channel of exchange；Section start, termination in the bend channel are respectively threaded hole, and the section start, end Only place's screwed hole is connected with pipe joint respectively；The heat exchanging pipe is laid along bend channel and connected, and heat exchanging pipe two ends are distinguished The pipe joint of section start, termination with bend channel is connected；In the termination of the bend channel, mudhole is set；The bottom Plate forms with cavity volume bottom and is tightly connected and covers bend channel；The base plate is just being provided with to bend channel section start Osculum, the scupper shutter is tightly connected with osculum.

2. convective heat exchange energy-saving appliance according to claim 1, it is characterised in that the bend channel is from volume bottom of chamber side Wall starts to surround clockwise along cavity volume downside wall；When revolving around it angle at 330 °~340 °, bend channel is reversely counterclockwise Inside spiral surrounding terminates at the geometric center of vessel body bottom portion.

3. convective heat exchange energy-saving appliance according to claim 2, it is characterised in that the pipe of the bend channel section start connects Head is delivery port；The pipe joint of the bend channel termination is water inlet.

4. convective heat exchange energy-saving appliance according to claim 3, it is characterised in that the upper surface of the base plate is symmetrically set It is equipped with hand grip end.

5. convective heat exchange energy-saving appliance according to claim 4, it is characterised in that filtering is provided with the osculum Net.