CN205808181U

CN205808181U - New wind gives up wind heat exchanger

Info

Publication number: CN205808181U
Application number: CN201620697048.7U
Authority: CN
Inventors: 殷敏伟
Original assignee: WUXI YUDA HEAT EXCHANGER CO Ltd
Current assignee: WUXI YUDA HEAT EXCHANGER CO Ltd
Priority date: 2016-07-01
Filing date: 2016-07-01
Publication date: 2016-12-14
Anticipated expiration: 2026-07-01

Abstract

This utility model belongs to technical field of heat exchange equipment, relate to a kind of new wind to give up wind heat exchanger, including core body, core body top is provided with useless wind outlet head, useless wind inlet end socket, give up and between wind outlet head and useless wind inlet end socket, gusset is set, core body left surface arranges fresh inlet end socket, core body right flank arranges new wind outlet head, the built-in fuse of core body, useless wind outlet head, useless wind inlet end socket, new wind outlet head, fresh inlet end socket is respectively communicated with fuse, useless wind outlet head, useless wind inlet end socket both of which is pyramid mesa-shaped, core body sealed bottom connects useless wind end socket, bottom useless wind end socket, discharge outlet is set.This utility model product structure advantages of simple, design concept is ingenious, by useless wind outlet head and useless wind inlet end socket are arranged at core body the same side, lengthen useless wind walking path, is effectively improved the heat transfer effect of useless wind and the heats of new wind；This utility model product uses to be installed reliably, is installed fixing by the support of core body end.

Description

New wind gives up wind heat exchanger

Technical field

This utility model belongs to technical field of heat exchange equipment, relates to a kind of new wind and gives up wind heat exchanger.

Background technology

Equipment uses the useless wind producing band heat, and it is new for preheating that the useless wind of band heat can be passed through heat recovery heat exchanger Wind, thus reach to reclaim useless wind heat amount, energy-saving and emission-reduction, but containing impurity in the new wind of traditional heat recovery heat exchanger entrance, Life-time service can block heat exchanger internal pipeline, needs periodic cleaning heat exchanger internal pipeline, and cleaning internal pipeline is the numbest Tired, and core body is thicker is not easily cleaned, and affect normal operating.At present, there is also some follow-on new wind on the market to give up wind Heat exchanger, this heat exchanger performance is greatly improved, but still can not meet the demand of high efficient heat exchanging, simultaneously because useless wind Outlet head and useless wind inlet end socket are arranged at core body both sides, cause useless wind transfer path shorter, it is difficult to realize preferable heat exchange effect Really.

Summary of the invention

This utility model is for the problems referred to above, it is provided that a kind of new wind gives up wind heat exchanger, this heat exchanger structure advantages of simple, energy Enough effectively realize heat exchange, save the energy.

According to the technical solution of the utility model: a kind of new wind gives up wind heat exchanger, it is characterised in that: include core body, described Core body top is provided with useless wind outlet head, useless wind inlet end socket, gives up and arranges gusset between wind outlet head and useless wind inlet end socket, Core body left surface arranges fresh inlet end socket, and core body right flank arranges new wind outlet head, the built-in fuse of core body, and described useless wind goes out Mouthful end socket, useless wind inlet end socket, new wind outlet head, fresh inlet end socket are respectively communicated with fuse, described useless wind outlet head, useless Wind inlet end socket both of which is pyramid mesa-shaped, and core body sealed bottom connects useless wind end socket, arranges draining bottom described useless wind end socket Mouthful.

As further improvement of the utility model, the forward and backward both ends of the surface of described core body are respectively provided with support, described support bag Include two link slots being set up in parallel, the base plate of each link slot is all offered connecting hole.

As further improvement of the utility model, the turnover sealing of described fresh inlet end socket, new both wind outlet head The most uniform some longitudinally arranged dividing plates are set.

As further improvement of the utility model, described gusset has four, and four ribs plate is uniform is arranged at the outlet of useless wind Between end socket and useless wind inlet end socket.

Of the present utility model having the technical effect that this utility model product structure advantages of simple, design concept is ingenious, passes through Useless wind outlet head and useless wind inlet end socket are arranged at core body the same side, lengthen useless wind walking path, be effectively improved useless wind Heat transfer effect and the heats of new wind；This utility model product uses to be installed reliably, is installed solid by the support of core body end Fixed.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the left view of Fig. 1.

Fig. 3 is the top view of Fig. 1.

Fig. 4 is axonometric chart of the present utility model.

Detailed description of the invention

Below in conjunction with the accompanying drawings detailed description of the invention of the present utility model is further described.

In Fig. 1 ~ 4, including core body 1, new wind outlet head 2, useless wind inlet end socket 3, useless wind outlet head 4, label 5, prop up Frame 6, useless wind end socket 7, gusset 8, discharge outlet 9, fresh inlet end socket 10 etc..

As shown in Fig. 1 ~ 4, this utility model is that a kind of new wind gives up wind heat exchanger, and including core body 1, described core body 1 top sets There are useless wind outlet head 4, useless wind inlet end socket 3, give up and gusset 8, core body 1 are set between wind outlet head 4 and useless wind inlet end socket 3 Left surface arranges fresh inlet end socket 10, and core body 1 right flank arranges new wind outlet head 2, the built-in fuse of core body 1, described useless wind Outlet head 4, useless wind inlet end socket 3, new wind outlet head 2, fresh inlet end socket 10 are respectively communicated with fuse, and described useless wind exports End socket 4, useless wind inlet end socket 3 both of which are pyramid mesa-shaped, and core body 1 sealed bottom connects useless wind end socket 7, described useless wind end socket 7 Bottom arranges discharge outlet 9.

The forward and backward both ends of the surface of core body 1 are respectively provided with support 6, and described support 6 includes two link slots being set up in parallel, each Connecting hole is all offered on the base plate of link slot.

Fresh inlet end socket 10, new both wind outlet head 2 turnover sealing the most uniform arrange some longitudinally arranged Dividing plate.

Gusset 8 has four, and four ribs plate 8 is uniform to be arranged between useless wind outlet head 4 and useless wind inlet end socket 3.

In use, useless wind inlet end socket 3 accesses the useless wind with heat to this utility model product, and useless wind turns in core body Operation is walked, and fresh inlet end socket 10 accesses new wind, and owing to new air temperature is relatively low, useless air temperature is higher, and the heat of useless wind is transferred to New wind so that new air temperature raises, useless air temperature reduces, it is achieved the function of waste heat recovery.Due to by useless wind inlet end socket 3 with useless Wind outlet head 4 is arranged at the same side on core body 1 so that useless distinguished and admirable road effectively lengthens, and the wind that i.e. gives up flows to the end at core body 1 inner top surface Face, then flow at the useless wind outlet head 4 at end face from bottom surface, and flow out.Fresh inlet end socket 10 flows to opposite side from side, Final outflow at new wind outlet head 2, it is achieved the heating operation of new wind.This utility model product is installed on phase by support 6 On the connector answered.

Claims

1. a new wind gives up wind heat exchanger, it is characterised in that: include that core body (1), described core body (1) top are provided with useless wind outlet envelope Head (4), useless wind inlet end socket (3), give up and arrange gusset (8), core body (1) between wind outlet head (4) and useless wind inlet end socket (3) Left surface arranges fresh inlet end socket (10), and core body (1) right flank arranges new wind outlet head (2), core body (1) built-in fuse, Described useless wind outlet head (4), useless wind inlet end socket (3), new wind outlet head (2), fresh inlet end socket (10) are respectively communicated with Fuse, described useless wind outlet head (4), useless wind inlet end socket (3) both of which are pyramid mesa-shaped, and core body (1) sealed bottom connects Useless wind end socket (7), described useless wind end socket (7) bottom arranges discharge outlet (9).

2. wind as claimed in claim 1 new gives up wind heat exchanger, it is characterised in that: described core body (1) forward and backward both ends of the surface set respectively Putting support (6), described support (6) includes two link slots being set up in parallel, and the base plate of each link slot is all offered connecting hole.

3. wind as claimed in claim 1 new gives up wind heat exchanger, it is characterised in that: described fresh inlet end socket (10), new wind go out The turnover sealing of both mouths end socket (2) is the most uniform arranges some longitudinally arranged dividing plates.

4. wind as claimed in claim 1 new gives up wind heat exchanger, it is characterised in that: described gusset (8) has four, four ribs plate (8) uniform it is arranged between useless wind outlet head (4) and useless wind inlet end socket (3).