CN207254115U - Split multi-section tube type filter membrane component - Google Patents
Split multi-section tube type filter membrane component Download PDFInfo
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- CN207254115U CN207254115U CN201721173990.4U CN201721173990U CN207254115U CN 207254115 U CN207254115 U CN 207254115U CN 201721173990 U CN201721173990 U CN 201721173990U CN 207254115 U CN207254115 U CN 207254115U
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- putamina
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- film core
- end socket
- core
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Abstract
The utility model discloses a kind of split multi-section tube type filter membrane component, belongs to the technical field of sewage of environmental protection, including film core and putamina；The side of film core is provided with 2 to 8 film external slide rails；The side of the shell termination at putamina both ends respectively sets a water outlet, slide in 2 to 8 shells is provided with the inside of putamina, film external slide rail is connected with slide coupling in shell, film core is arranged in putamina, 2 to 8 film cores are connected by the long bolt on the inside of the central tube that is arranged on film core central axes and fixed with putamina, or the nut bore of inner edge of the bolt on the outer flange for passing through the end socket for the film core for being arranged on putamina both ends with being arranged on the inside of shell termination is connected, make film core and film core, putamina is fixedly connected with film core, the utility model use cost is low, transport convenient in carrying, repair and easy to clean, putamina can be retained and replace film core.
Description
Technical field
A kind of filter membrane component is the utility model is related to, belongs to the technical field of sewage of environmental protection, especially a kind of application
Split multi-section tube type filter membrane component in sewage treatment project.
Background technology
At present in sewage disposal, external tubular type membrane bioreactor (abbreviation TMBR) is that one kind is oozed mainly for rubbish
The MBR techniques of the high concentration sewage disposal such as filtrate, are mainly made of biochemical system and external tube type membrane system, pass through biochemistry
By contaminants removals such as organic matters, by external tube type membrane by mud-water separation, directly obtain high quality filters out water, contains
The concentrate recirculation of high concentration sludge is to biochemistry pool；
In TMBR systems, tubular membrane is obtained with its excellent intensity, the stain resistance and operation and maintenance simplicity of membrane material
To accreditation, design flux is up to 70-100L/ (M2.H), filtering accuracy is up to 30nm, and the big channel internal diameter of 4mm to 12mm can be with
By sludge effectively catching and easily membrane tube will not be caused to block.The efficient crown_interception of film make it that the sludge concentration of biochemistry pool can
Reach more than 30/L, microorganism species activity and microbial degradation efficiency greatly improve, therefore the difficult drop of the overwhelming majority in waste water
The organic matter of solution is effectively removed.Good using effect has been obtained in engineering practice.
Tube type membrane mainly has tubular ultra-filtration membrane and tube microfiltration membrane, and tubular ultra-filtration membrane is applied more.Filter membrane component by
Built-in tube type membrane and the columnar putamina 1 in outside form, film core 2 and 1 integrated setting of putamina.
Existing tube type membrane element also has the following disadvantages：
1st, equipment use cost is high：
Due to film core and putamina integrated setting, as shown in Figure 2：Needed film core 2 and putamina 1 when filter membrane can not use
Replace together, make equipment purchase cost during replacement once high.
2nd, transport and maintenance, cleaning are inconvenient：
When serious pollution and blocking need repairing, clean, film core and putamina are integrally removed, putamina is generally 4 meters to 8 long
Rice is, it is necessary to which 4 people could carry, and the cleaning of return filter membrane producer, sewage treatment plant is general geographical more remote, and transport and carrying are all
It is inconvenient.
3rd, putamina cannot be retained and replace film core：
Film core and putamina integrated setting, closely bond together, film core cannot individually take out replacement, and putamina generally may be used
To use 15 years to 20 years, performance was just needed replacing with regard to degradation, 5 years to 7 years after film core generally uses 5 years in engineering practice
The service life of film core, film core and putamina is inconsistent, causes the waste of putamina.
The file referred to during present specification is write is the name that Beijing Trihigh Membrane Technology Co., Ltd. publishes
Referred to as《Tubular ultra-filtration membrane》Technical data.
The content of the invention
The utility model is solution the deficiencies in the prior art, there is provided a kind of split multi-section tube type filter membrane component, the equipment make
It is low with cost, convenient in carrying is transported, is repaired and easy to clean, putamina can be retained and replace film core.
The utility model solve problem above technical solution be：Split multi-section tube type filter membrane component, its structure include film
Core and putamina；Wherein film core long 1000mm to 3000mm, both ends set end socket, and setting two along the both sides up and down in film wire direction goes out
The water outlet of water cavity, water chamber and putamina connects, and rubber seal is provided with end socket, and the side of film core is provided with 2
To 8 film external slide rails；Putamina long 3000mm to 8000mm, the side of the shell termination at putamina both ends respectively set a water outlet, film
Slide in 2 to 8 shells is provided with the inside of shell, film external slide rail is connected with slide coupling in shell, and film core is arranged in putamina, and 2
A to 8 film cores are connected by the long bolt on the inside of the central tube that is arranged on film core central axes and fixed with putamina, or are passed through
Bolt on the outwardly outer flange of lateral edge on the outside of the end socket for the film core being arranged on the inside of the shell termination of putamina is with setting
The nut bore connection on the inner edge on the inside of the shell termination of putamina is put, makes film core and film core, putamina is fixedly connected with film core.
In above-mentioned split multi-section tube type filter membrane component, the film core long 1000mm to 3000mm, both ends set end socket,
The endoporus perforation of film wire at end socket, the water outlet of two water chambers, water chamber and putamina is set along the both sides up and down in film wire direction
Connecting, opening at the water chamber for the end socket for being arranged on the film core at middle part, the water chamber of the film core of two connections connects,
Shut at the water chamber of the end socket of film core on the inside of shell termination, the perineurium of film wire composition is arranged between the end socket at both ends, with film
Core central axes or central tube are starting point, and radiation laterally sets inner hole plate, and inner hole plate is 3 to 8, and the outside of film core sets side
The both ends of orifice plate, inner hole plate and side opening plate are connected with end socket, and plate face interval 5mm to 10mm sets the circular hole of 3mm to 8mm, adjacent
Two film cores film wire endoporus correspond, be fitted and connected and connect, rubber seal, the shell of putamina are provided with end socket
Lateral edge on the outside of the end socket of film core on the inside of termination sets outwardly outer flange, and 3 to 8 are provided with outer flange
Bolt hole, is connected, the side of film core is provided with 2 to 8 by the nut bore on the inner edge on the inside of the shell termination of bolt and putamina
A film external slide rail.
In above-mentioned split multi-section tube type filter membrane component, the putamina is cylindrical shape, putamina long 3000mm to 8000mm,
The side of the shell termination at putamina both ends respectively sets a water outlet, and the inner side of the shell termination of putamina sets inner edge, set on inner edge
There are 3 nut bores to 8 internal threads, slide in 2 to 8 shells is provided with the inside of putamina, film external slide rail is even with slide in shell
Close connection.
In above-mentioned split multi-section tube type filter membrane component, the rubber seal is arranged on the film core side end socket at middle part
Front side groove in, be correspondingly arranged with the front side groove of another film core side end socket, front side groove is arranged on the film wire of end socket
Between the outside of the perineurium of composition and the inner side of water chamber, or it is arranged on the outer flange of the film core at both ends and the shell termination of putamina
Between outer flange groove and inner edge groove between inner edge.
In above-mentioned split multi-section tube type filter membrane component, the long bolt is arranged in the central tube on film core central axes
Side, through 2 to 8 film cores, the both ends of long bolt set nut.
In above-mentioned split multi-section tube type filter membrane component, the film external slide rail is arranged between the end socket at film core both ends,
There are 2 to 8, both ends are fixedly connected with the end socket of film core, and outside and the inner side coupling of slide in shell connect.
In above-mentioned split multi-section tube type filter membrane component, in the shell slide be arranged on putamina both ends shell termination it
Between, there are 2 to 8, with being fixedly connected on the inside of putamina, inner side and the outside coupling of film external slide rail connect in outside.
The utility model split multi-section tube type filter membrane component, its advantage are：Putamina is separately set with film core, film core point
Section is set, and film core, which is not normally functioning, only needs replacing film core when needing replacing, so that equipment use cost reduces, returns factory's dimension
Repair and related putamina is not required when cleaning, weight saving, length reduces, and transports convenient in carrying, easy to clean, can retain putamina
Film core is replaced, reduces unnecessary waste.
Brief description of the drawings
The utility model split multi-section tube type filter membrane component is described further in conjunction with the accompanying drawings and embodiments.
Fig. 1 is signal of the putamina for removing positive putamina with film core of the utility model split multi-section tube type filter membrane component
Figure.
Fig. 2 is schematic diagram of the putamina for removing positive putamina with film core of the prior art.
Fig. 3 is the horizontal stroke at the A---A of Fig. 1 of the middle part setting long bolt of the utility model split multi-section tube type filter membrane component
The schematic diagram in section.
Fig. 4 is transversal at the A---A of Fig. 1 of the periphery setting bolt of the utility model split multi-section tube type filter membrane component
The schematic diagram in face.
Fig. 5 is the horizontal stroke at the B---B of Fig. 1 of the middle part setting long bolt of the utility model split multi-section tube type filter membrane component
The schematic diagram in section.
Fig. 6 is that the middle part of the utility model split multi-section tube type filter membrane component at the B---B for the Fig. 1 for not setting long bolt
Cross-sectional view.
Fig. 7 is the horizontal stroke at the C---C of Fig. 1 of the middle part setting long bolt of the utility model split multi-section tube type filter membrane component
Schematic cross-section.
Fig. 8 is that the middle part of the utility model split multi-section tube type filter membrane component at the C---C for the Fig. 1 for not setting long bolt
Cross-sectional view.
Fig. 9 is the signal for the section view that the periphery of the utility model split multi-section tube type filter membrane component sets one end of bolt
Figure.
Figure 10 is showing for the section view that the middle part of the utility model split multi-section tube type filter membrane component sets one end of long bolt
It is intended to.
Figure 11 is the schematic diagram of the inner hole plate of the utility model split multi-section tube type filter membrane component.
1 in figure is putamina, and 2 be film core, and 3 be water outlet, and 4 be rubber seal, and 5 be slide in shell, and 6 be sliding outside film
Rail, 7 be long bolt, and 8 be central tube, and 9 be outer flange, and 10 be inner hole plate, and 11 be bolt hole, and 12 be bolt, and 13 be film wire, and 14 are
Water chamber, 15 be side opening plate, and 16 be circular hole, and 17 be inner edge, and 18 be shell termination, and 19 be nut bore.
Embodiment
Describe the structure and feature of the utility model split multi-section tube type filter membrane component in detail below in conjunction with the accompanying drawings：
Split multi-section tube type filter membrane component, as shown in Figure 1：Its structure includes film core 2 and putamina 1；Wherein film core 2 is grown
1000mm to 3000mm, both ends set end socket, along 13 direction of film wire both sides up and down set two water chambers 14, water chamber 14 with
The water outlet 3 of putamina 1 connects, and rubber seal 4 is provided with end socket, and the side of film core 2 is provided with outside 2 to 8 films
Slide 6；Putamina long 3000mm to 8000mm, the side of the shell termination 18 at putamina both ends respectively set a water outlet 3, putamina 1
Inner side is provided with slide 5 in 2 to 8 shells, and film external slide rail 6 is connected with the coupling of slide 5 in shell, and film core 2 is arranged in putamina 1, and 2
A to 8 film cores 2 are connected by the long bolt 7 for the inner side of central tube 8 being arranged on film core central axes and fixed with putamina 1, or
Pass through the spiral shell on the outwardly outer flange 9 of the lateral edge on the outside of the end socket for the film core being arranged on the inside of the shell termination 18 of putamina
Nut bore 19 on the inner edge 17 of the inner side of shell termination 18 of the bolt 12 with being arranged on putamina 1 is connected, and makes film core 2 and film core 2, putamina 1
It is fixedly connected with film core 2.
In above-mentioned split multi-section tube type filter membrane component, the film core, such as Fig. 1, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, figure
Shown in 8, Fig. 9, Figure 10, Figure 11：Long 1000mm to 3000mm, both ends set end socket, the endoporus perforation of film wire at end socket, along film wire
The both sides up and down in 13 directions set two water chambers 14, and water chamber 14 and the water outlet 3 of putamina connect, and are arranged on middle part
Opening at the water chamber 14 of the end socket of film core 2, the water chamber 14 of the film core 2 of two connections connect, the inner side of shell termination 18
Shut at the water chamber 14 of the end socket of film core 2, the perineurium that film wire 13 forms is arranged between the end socket at both ends, with film core central axes
Or central tube 8 is starting point, radiation laterally sets inner hole plate 10, and inner hole plate 10 is 3 to 8, and the outside of film core 2 sets side opening
The both ends of plate 15, inner hole plate 10 and side opening plate 15 are connected with end socket, and plate face interval 5mm to 10mm sets the circular hole of 3mm to 8mm
16, the endoporus of the film wire 13 of adjacent two film cores 2 corresponds, and is fitted and connected and connects, rubber seal is provided with end socket
Circle 4, the lateral edge on the outside of the end socket of the film core 2 of the inner side of the shell termination of putamina 1 18 set outwardly outer flange 9, evagination
3 to 8 bolts hole 11 are provided with side 9, pass through the nut bore on bolt 12 and the inner edge 17 of the inner side of shell termination 18 of putamina
19 connections, the side of film core 2 is provided with 2 to 8 film external slide rails 6.
The setting of 2 outer flange 9 of film core and bolt 12 and the setting of the long bolt 7 at 2 center of film core make film core 2 can with putamina 1
To be firmly fixed, be conducive to the stabilization of filter membrane system operation.
In above-mentioned split multi-section tube type filter membrane component, the putamina, such as Fig. 1, Fig. 3, Fig. 9, shown in Figure 10：For cylinder
Shape, 1 long 3000mm to 8000mm of putamina, the side of the shell termination 18 at 1 both ends of putamina respectively set a water outlet 3, the shell of putamina 1
The inner side of termination 18 sets inner edge 17, is provided with 3 nut bores 19 to 8 internal threads on inner edge 17, the inner side of putamina 1 is provided with
Slide 5 in 2 to 8 shells, film external slide rail 6 are connected with the coupling of slide 5 in shell.
In above-mentioned split multi-section tube type filter membrane component, the rubber seal 4, such as Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 9,
Shown in Figure 10：It is arranged in the front side groove of the 2 side end socket of film core at middle part, it is recessed with the front side of another 2 side end socket of film core
Groove is correspondingly arranged, between the outside of perineurium and the inner side of water chamber 14 that the film wire 13 that front side groove is arranged on end socket forms, or
The outer flange groove and inner edge groove being arranged between the outer flange 9 of the film core 2 at both ends and the inner edge 17 of the shell termination 18 of putamina 1
Between.
The setting of rubber seal make the sewage of the inner side of film wire 13 of two 2 end socket junctions of film core and water chamber 14 every
From, and make the sewage in elbow or circulating line at the outer flange 9 of film core 2 with the inner edge 17 of the shell termination 18 of putamina 1 with going out
Water cavity 14 is isolated, and makes sewage be unlikely to pollute the output water of filter membrane.
In above-mentioned split multi-section tube type filter membrane component, the long bolt 7, such as Fig. 3, Fig. 5, Fig. 7, shown in Figure 10：If
The inner side of central tube 8 on 2 central axes of film core is put, through 2 to 8 film cores 2, the both ends of long bolt 7 set nut.
In above-mentioned split multi-section tube type filter membrane component, the film external slide rail 6, such as Fig. 7, shown in Fig. 8：It is arranged on film core 2
Between the end socket at both ends, there are 2 to 8, both ends are fixedly connected with the end socket of film core 2, and outside and the inner side of slide 5 in shell are coupled
Connection.
In above-mentioned split multi-section tube type filter membrane component, slide 5 in the shell, such as Fig. 7, shown in Fig. 8：It is arranged on putamina 1
Between the shell termination 18 at both ends, there are 2 to 8, outside is fixedly connected with the inner side of putamina 1, inner side and the outside of film external slide rail 6
Coupling connection.
Film external slide rail 6 and the setting of slide 5 in shell make film core 2 easily be inserted and pulled through putamina 1, and film core 2 is existed
Horizontal position is fixed in putamina 1, the position of water chamber 14 is directed at the water outlet 3 of putamina 1 all the time, is facilitated water outlet.
Describe the principle and operational process of the utility model split multi-section tube type filter membrane component in detail below in conjunction with the accompanying drawings：
The installation of film core and putamina：The film core 2 that middle part first will be installed on aligns with the side of the shell termination 18 of putamina 1,
Water chamber 14 aligns with water outlet 3, and slide 5 aligns with film external slide rail 6 in shell, and slide 5 slips into film core 2 in putamina 1 along shell
Portion, then the film core 2 on one side is alignd with the side of the shell termination 18 of putamina 1, water chamber 14 aligns with water outlet 3, slide 5 in shell
Align with film external slide rail 6, film core 2 is slipped into putamina 1 by slide 5 along shell, and the film core 2 of another side is with same method by film core 2
Putamina 1 is slipped into, is afterwards inserted into the central tube 8 of long bolt 7 from the end socket of the film core 2 of side, after opposite side exposes, both ends are used
Nut is tightened, or the inner edge of the shell termination 18 for the insertion putamina 1 of bolt hole 11 for passing through the outer flange 9 of 2 end socket of film core with bolt 12
In internal thread nut bore on 17, bolt 12 is tightened.
Film core and the mounted membrane component of putamina are installed on film frame, are connected in series multiple membrane components by elbow,
It is connected again by circulating line with water circulating pump, wastewater influent pipeline and medicament Cleaning pipes are connected with circulating line respectively, film
The water outlet 3 of shell 1 is connected by outlet conduit with water producing tank, sets valve and pressure gauge to form external tubular type on pipeline respectively
Filter membrane system.
The dismounting of film core and putamina：After long-play, filter membrane pollution and blocking, water yield decline, and pass in and out differential water pressures liter
Height, it is necessary to return factory's maintenance and regeneration washing when online cleaning can not recover, at this moment needs under film core 2 is dismantled from putamina l
Come, be first shut off, into water, emptying the sewage in putamina 1, then elbow is unloaded down, the nut on long bolt 7 is removed, or evagination
Bolt 12 on side 9 is removed, and first by the film core 2 at both ends, slide 5 pulls out along shell, then is inserted with a root long bar from one end of putamina 1
Enter, the film core 2 at middle part is ejected from the other end of putamina 1, after film core 2 all takes out, is respectively charged into polybag, so as not to it is dry
Cause the damage of filter membrane, then after packing processes, transport manufacturer's maintenance and regeneration washing back.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvements and modifications can also be made, these change
The scope of protection of the utility model is also should be regarded as into retouching.
Claims (7)
1. split multi-section tube type filter membrane component, is the improvement to tube type membrane element, is mainly made of film core and putamina, film core is set
Put in putamina；It is characterized in that：Its structure includes film core and putamina；Wherein film core long 1000mm to 3000mm, both ends are set
End socket, along two water chambers of the setting of both sides up and down in film wire direction, the water outlet of water chamber and putamina connects, and is set at end socket
Rubber seal is equipped with, the side of film core is provided with 2 to 8 film external slide rails；Putamina long 3000mm to 8000mm, putamina both ends
The side of shell termination one water outlet is respectively set, be provided with slide, film external slide rail and shell in 2 to 8 shells on the inside of putamina
Interior slide coupling connection, film core are arranged in putamina, and 2 to 8 film cores are by being arranged in the central tube on film core central axes
The long bolt of side is connected and fixed with putamina, or the side on the outside of the end socket of the film core by being arranged on the inside of the shell termination of putamina
Bolt on the outwardly outer flange in edge is connected with the nut bore on the inner edge on the inside of the shell termination for being arranged on putamina.
2. split multi-section tube type filter membrane component according to claim 1, it is characterised in that：The long 1000mm of film core is extremely
3000mm, both ends set end socket, and the endoporus perforation of film wire at end socket, two water chambers are set along the both sides up and down in film wire direction,
The water outlet of water chamber and putamina connects, be arranged on middle part film core end socket water chamber at opening, two connection
The water chamber of film core connects, and is shut at the water chamber of the end socket of the film core on the inside of shell termination, and the perineurium of film wire composition is set
Between the end socket at both ends, using film core central axes or central tube as starting point, radiation laterally sets inner hole plate, and inner hole plate is 3
To 8, the outside of film core sets side opening plate, and the both ends of inner hole plate and side opening plate are connected with end socket, and plate face interval 5mm to 10mm is set
The circular hole of 3mm to 8mm is put, the endoporus of the film wire of adjacent two film cores corresponds, is fitted and connected and connects, set at end socket
There is a rubber seal, the lateral edge on the outside of the end socket of the film core on the inside of the shell termination of putamina sets outwardly outer flange,
3 to 8 bolts hole are provided with outer flange, are connected by the nut bore on the inner edge on the inside of the shell termination of bolt and putamina,
The side of film core is provided with 2 to 8 film external slide rails.
3. split multi-section tube type filter membrane component according to claim 1, it is characterised in that：The putamina is cylindrical shape,
Putamina long 3000mm to 8000mm, the side of the shell termination at putamina both ends respectively set a water outlet, the shell termination of putamina it is interior
Side sets inner edge, is provided with 3 nut bores to 8 internal threads on inner edge, slide in 2 to 8 shells is provided with the inside of putamina,
Film external slide rail is connected with slide coupling in shell.
4. split multi-section tube type filter membrane component according to claim 1, it is characterised in that：The rubber seal is set
In the front side groove of the film core side end socket at middle part, it is correspondingly arranged with the front side groove of another film core side end socket, front side
Groove is arranged between the outside of perineurium and the inner side of water chamber of film wire composition of end socket, or be arranged on both ends film core it is outer
Between outer flange groove and inner edge groove between the inner edge of the shell termination of chimb and putamina.
5. split multi-section tube type filter membrane component according to claim 1, it is characterised in that：The long bolt is arranged on film
On the inside of central tube on core central axes, through 2 to 8 film cores, the both ends of long bolt set nut.
6. split multi-section tube type filter membrane component according to claim 1, it is characterised in that：The film external slide rail is arranged on
Between the end socket at film core both ends, there are 2 to 8, both ends are fixedly connected with the end socket of film core, and outside and the inner side of slide in shell are even
Close connection.
7. split multi-section tube type filter membrane component according to claim 1, it is characterised in that：Slide is arranged in the shell
Between the shell termination at putamina both ends, there are 2 to 8, outside on the inside of putamina with being fixedly connected, inner side and the outside of film external slide rail
Coupling connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721173990.4U CN207254115U (en) | 2017-09-04 | 2017-09-04 | Split multi-section tube type filter membrane component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721173990.4U CN207254115U (en) | 2017-09-04 | 2017-09-04 | Split multi-section tube type filter membrane component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207254115U true CN207254115U (en) | 2018-04-20 |
Family
ID=61920788
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721173990.4U Expired - Fee Related CN207254115U (en) | 2017-09-04 | 2017-09-04 | Split multi-section tube type filter membrane component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207254115U (en) |
-
2017
- 2017-09-04 CN CN201721173990.4U patent/CN207254115U/en not_active Expired - Fee Related
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