CN209119229U

CN209119229U - Flange-cooled shell

Info

Publication number: CN209119229U
Application number: CN201821687900.8U
Authority: CN
Inventors: 朱海霞
Original assignee: Nantong Kaiyuan Energy Co Ltd
Current assignee: Nantong Kaiyuan Energy Co Ltd
Priority date: 2018-10-18
Filing date: 2018-10-18
Publication date: 2019-07-16
Anticipated expiration: 2028-10-18

Abstract

The utility model relates to a kind of flange-cooled shell, it and end cap and humidification core collectively form humidification device assembly, and shell and end cap collectively form the humidifier chamber of sealing, and humidification core is arranged in humidifier chamber, and humidifier chamber is separated into four gas chambers；It includes inner housing, outer housing, and outer housing is divided into several segments and every section of outer housing connects and composes cooling water channel with inner housing respectively；The inner housing inner wall is provided with arc-shaped reinforcing rib；It is arranged in parallel with several cooling fins respectively in gas chamber, cooling fin is connect with inner housing, and intermediate two cooling fins constitute channel by connecting by arc-shaped baffle between cooling fin and baffle.Cooperation shell and humidification core collectively form humidification device assembly, can be achieved at the same time cooling and the humidification of dry gas, save the use of cold intercooler, reduce costs, save installation space；Cooling fin is had additional, so that the cooling effect of humidifier group is more preferable.

Description

Flange-cooled shell

Technical field

The utility model relates to new energy fields, have and are related to a kind of flange-cooled shell for pile.

Background technique

In pile work, it is sent into the wet gas that the gas of pile is 60-70 DEG C, it in the past will generally by blower 120 DEG C of dry gas is sent into intercooler and is cooled down, and is cooled to 60-70 DEG C, and pile is sent into after through humidifier humidifies to be made With, and humidifier is recycled to by the wet gas of pile again, dry gas is humidified, the dry gas after humidification is sent into Pile uses.

Summary of the invention

The utility model proposes a kind of flange-cooled shell, rationally, structure is simple for design, cooperates shell and humidification core Humidification device assembly is collectively formed, can be achieved at the same time cooling and the humidification of dry gas, saves the use of cold intercooler, is reduced Cost, saves installation space；Cooling fin is had additional, so that the cooling effect of humidifier group is more preferable.

The technical solution of the utility model includes:

A kind of flange-cooled shell, it collectively forms humidifier group with the end cap and humidification core that shell both ends are arranged in Part, shell and end cap collectively form the humidifier chamber of sealing, and humidification core is arranged in humidifier chamber, humidifier chamber is separated At four gas chambers；It includes inner housing, outer housing, and outer housing is divided into several segments and every section of outer housing connect structure with inner housing respectively At cooling water channel；Described inner housing inner wall one week is provided with the arc-shaped reinforcing rib of connection inner housing or more, reinforcing rib difference There are gap one-to-one correspondence between adjacent cooling water channel；Be arranged in parallel with several cooling fins respectively in gas chamber, cooling fin with Inner housing connection, intermediate two cooling fins constitute channel by connecting by arc-shaped baffle between cooling fin and baffle；Channel Air inlet or gas outlet on end cap is arranged in face.

Gas is come into contact in a large area by cooling fin with cooling fin, can speed up its cooling, and gas passes through cooling fin and gear The channel that plate is constituted, circles round, gas is sufficiently contacted with cooling fin, better heat-radiation effect wherein；The design of reinforcing rib, Neng Gouqi To the effect for reinforcing shell, prevent because shell is broken caused by internal pressure is excessively high.

Above-mentioned technical proposal is improved further and is refined, the shell is disposably squeezed out by aluminium and cut into Type；It is easy to process, and because its metallicity heat transfer effect is good.

Above-mentioned technical proposal is improved further and is refined, the baffle be outer plastic cement material, baffle both ends with It is clamped between cooling fin；Cutting molding is disposably squeezed out by aluminium in view of the prior art cannot achieve baffle and shell, is used Plastic cement material makes baffle, easy for installation.

A kind of humidification device assembly, it includes above-mentioned shell, the end cap that shell both ends are arranged in and humidification core, shell and end Lid collectively forms the humidifier chamber of sealing, and humidification core is arranged in humidifier chamber, and humidifier chamber is separated into four gas Room, respectively pathogenic dryness body inlet plenum, dry gas discharge chamber, wet gas inlet room, wet gas discharge chamber, dry gas into Gas chamber intersects opposite and is connected to by humidifying core with dry gas discharge chamber, wet gas inlet room with wet gas discharge chamber, The end cap includes bottom plate, cover board, is arranged fluted on the bottom plate, and cover board is covered on bottom plate, collectively forms cooling Water cavity, the intake-outlet are being arranged in cover plate central, if being also respectively provided with several air inlets on the end cap, doing Port, disengaging gas, gas outlet are, air inlet and dry gas inlet plenum, wet gas logical through the disengaging gas of bottom plate and cover board The corresponding connection of body inlet plenum, gas outlet respectively with dry gas discharge chamber, wet gas discharge chamber is corresponding is connected to；With dry gas The air inlet of inlet plenum connection is dry gas import, and the gas outlet being connected to dry gas discharge chamber is dry gas outlet, The air inlet being connected to wet gas inlet room is wet gas feed, and the gas outlet being connected to wet gas discharge chamber is wet Gas vent；The humidification core is square body, and the shell is horizontally disposed square tube shape body, is humidified in six faces of core Opposite two faces are contacted with end cap seal respectively, and four lateral edges for humidifying core are tightly connected with four side inner walls of shell respectively, altogether With the composition gas chamber；Design utilizes humidifier chamber space to greatest extent in this way；The humidification in-core is longitudinally disposed There are several dry gas channels, be horizontally arranged with several wet gas passages, dry gas channel replaces with wet gas passage And be interconnected, water permeable membrane is provided between dry gas channel and wet gas are logical；Dry gas channel is connected to gas chamber connection Dry gas inlet plenum and dry gas discharge chamber moisten the logical wet gas inlet room of gas passage and wet gas discharge chamber； The dry gas import is covered with wet gas vent positioned at one end, and dry gas outlet is located at another with wet gas feed One end covers, and dry gas import, wet gas vent are located at humidifier body lower part, dry gas outlet, wet gas Import is located at humidifier body top；Intake-outlet on one of end cap is water inlet, the intake-outlet that the other end covers Cooling water channel both ends for water outlet, the shell are connected to the cooling water cavity on end cap respectively.

Dry gas, wet gas enter dry gas inlet plenum, wet from dry gas import, wet gas feed respectively Moisten gas inlet room, then the humidification by humidifying core completion dry gas respectively enters dry gas discharge chamber, wet gas goes out Gas chamber finally realizes the humidification of dry gas respectively by dry gas outlet, wet gas vent discharge again；Cooling water from Water inlet flows into the cooling water cavity of a side end cap, then flows into the cooling of another side end cap by several cooling water channels of shell respectively Water cavity finally so circulates in the cooling water cavity of another end cap and several cooling water channels, position from outlet mouth outflow again Heat exchange is carried out with cooling water under the heat transfer process of inner housing and the bottom plate of end cap respectively in the indoor gas of gas, is carried out Gas cooling, to realize the cooling of dry gas.

Dry gas is moistened gas by the wet gas passage of humidification core, is led to by the dry gas channel of humidification core Cross water permeable membrane and carry out exchange of moisture, to realize the humidification of dry gas, and dry gas and wet gas in right-angled intersection into Core is humidified out, can strengthen exchange of moisture between the two, and humidifying effect is more preferable.

The utility model advantage is that rationally, structure is simple for design, and shell and humidification core is cooperated to collectively form humidifier group Part can be achieved at the same time cooling and the humidification of dry gas, save the use of cold intercooler, reduce costs, saves peace Fill space；Cooling fin is had additional, so that the cooling effect of humidifier group is more preferable.

Detailed description of the invention

Fig. 1 is humidification device assembly perspective view.

Fig. 2 is humidification device assembly main view.

Fig. 3 is humidifier component side view.

Fig. 4 is humidifier component back view.

Fig. 5 is humidification device assembly confined explosion schematic diagram.

Fig. 6 is humidification device assembly partial perspective view.

Fig. 7 is humidification device assembly partial front elevation view.

Fig. 8 is end cap perspective view.

Fig. 9 is end cap explosive view.

Figure 10 is shell perspective view.

Figure 11 is humidification core perspective view.

Figure 12 is humidification core main view.

1 end cap 2 of shell humidification, 3 dry gas channel 6 of core moistens the dry gas of 7 dry gas inlet plenum 8 of gas passage in figure Body discharge chamber 9 moistens gas inlet room 10 and moistens 11 dry gas import of gas discharge chamber, 12 dry gas outlet, 13 wet gas Body import 14 moistens between 20 outer housing of gas vent 15 water inlet, 16 water outlet, 17 bottom plate, 18 cover board, 19 inner housing, 21 reinforcing rib 25 27 cooling fin of gap, 28 baffle, 31 channel 32.

Specific embodiment

As shown in figs. 1-12, a kind of humidification device assembly, it includes shell 1, the end cap 2 that 1 both ends of shell are arranged in and adds Green sand core 3, shell 1 and end cap 2 collectively form the humidifier chamber of sealing, and humidification core 3 is arranged in humidifier chamber, and described adds Green sand core 3 is square body, is vertically arranged with several dry gas channels 6 in the humidification core 3, is horizontally arranged with several wet gas Body channel 7, dry gas channel 6 replace and are interconnected with wet gas passage 7, and dry gas channel 6 and wet gas are logical Water permeable membrane is provided between road 7；The shell 1 is horizontally disposed square tube shape body, is humidified two opposite in six faces of core 3 Face is in sealing contact with end cap 2 respectively, and four lateral edges for humidifying core 3 are tightly connected with four side inner walls of shell 1 respectively, by humidifier Inner cavity is separated into four gas chambers；Design utilizes humidifier chamber space to greatest extent in this way；Respectively dry gas inlet plenum 8, dry gas discharge chamber 9, wet gas inlet room 10, wet gas discharge chamber 11, dry gas inlet plenum 8 and dry gas Discharge chamber 9, wet gas inlet room 10 intersect relatively with wet gas discharge chamber 11, and dry gas channel 6 is connected to dry gas Inlet plenum 8 and dry gas discharge chamber 9 moisten gas passage 7 and are connected to wet gas inlet room 10 and wet gas discharge chamber 11；The end cap 2 includes bottom plate 18, cover board 19, is arranged on the bottom plate 18 fluted, and cover board 19 is covered on bottom plate 18 On, the cooling water cavity is collectively formed, end cap 2 is respectively arranged with several air inlets, several gas outlets, passes in and out gas, gas outlet It is through bottom plate 18 and cover board 19 into outlet passageway, air inlet and dry gas inlet plenum 8, to moisten gas inlet room 10 right Should be connected to, gas outlet respectively with dry gas discharge chamber 9, wet gas discharge chamber 11 is corresponding is connected to；With dry gas inlet plenum The air inlet of 8 connections is dry gas import 12, and the gas outlet being connected to dry gas discharge chamber 9 is dry gas outlet 13, The air inlet being connected to wet gas inlet room 10 is wet gas feed 14, the gas outlet being connected to wet gas discharge chamber 11 To moisten gas vent 15；The dry gas import 12 and wet gas vent 15 are located on an end cap 2, and dry gas goes out Mouth 13 is located on another end cap 2 with wet gas feed 14, and dry gas import 12, wet gas vent 15 are located at humidifier Lower body part, dry gas outlet 13, wet gas feed 14 are located at humidifier body top；It is provided on the end cap 2 Intake-outlet, intake-outlet are connected to cooling water cavity, and the intake-outlet on one of end cap 2 is water inlet 16, another end cap 2 On intake-outlet be water outlet 17；The shell 1 include inner housing 20, outer housing 21, outer housing 21 be divided into several segments and Every section of outer housing connects and composes the cooling water channel with inner housing 20 respectively, and cooling water channel both ends are respectively communicated on end cap 2 Cooling water cavity；20 inner wall of inner housing is provided with the arc-shaped reinforcing rib 25 of about 20 inner housing of connection, reinforcing rib for one week 25 there are the one-to-one correspondence of gap 27 between adjacent cooling water channel respectively；It is arranged in parallel with several cooling fins respectively in gas chamber 28, cooling fin 28 is connect with inner housing 20, intermediate two heat dissipations 28 by being connected by arc-shaped baffle 31, cooling fin 28 with Channel 32 is constituted between baffle 31；Air inlet or gas outlet on channel face end cap 2；The baffle 31 is outer plastic cement material Matter is clamped between 31 both ends of baffle and cooling fin 28；In view of the prior art cannot achieve baffle 31 and shell 1 by aluminium one Secondary property squeezes out cutting molding, makes baffle 31 using plastic cement material, easy for installation；The shell 1 is disposably squeezed out by aluminium Cutting molding；It is easy to process, and because its metallicity heat transfer effect is good.

Due to the finiteness of literal expression, and objectively there is unlimited specific structure, for the common of the art For technical staff, without departing from the principle of this utility model, several improvement, retouching or variation can also be made, Above-mentioned technical characteristic can be combined in the right way；These improve retouching, variation or combination, or it is not improved will be real Other occasions are directly applied to novel conception and technical scheme, are regarded as the protection scope of the utility model.

Claims

1. a kind of flange-cooled shell, it collectively forms humidifier group with the end cap and humidification core that shell both ends are arranged in Part, shell and end cap collectively form the humidifier chamber of sealing, and humidification core is arranged in humidifier chamber, humidifier chamber is separated At four gas chambers；It includes inner housing, outer housing, and outer housing is divided into several segments and every section of outer housing connect structure with inner housing respectively At cooling water channel；It is characterized in that, it is provided within described inner housing inner wall one week the arc-shaped reinforcing rib of connection inner housing or more, There are gap one-to-one correspondence between adjacent cooling water channel respectively for reinforcing rib；It is arranged in parallel with several heat dissipations respectively in gas chamber Piece, cooling fin are connect with inner housing, and intermediate two cooling fins by arc-shaped baffle by being connected, structure between cooling fin and baffle At channel；Air inlet or gas outlet on end cap is arranged in channel face.

2. a kind of flange-cooled shell according to claim 1, which is characterized in that the shell is disposable by aluminium Squeeze out cutting molding.

3. a kind of flange-cooled shell according to claim 1, which is characterized in that the baffle is outer plastic cement material Matter is clamped between baffle both ends and cooling fin.