CN208389489U - A kind of titanium white production leaf filter chip architecture - Google Patents
A kind of titanium white production leaf filter chip architecture Download PDFInfo
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- CN208389489U CN208389489U CN201820555805.6U CN201820555805U CN208389489U CN 208389489 U CN208389489 U CN 208389489U CN 201820555805 U CN201820555805 U CN 201820555805U CN 208389489 U CN208389489 U CN 208389489U
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- leaf filter
- liquid sucting
- sucting port
- suction pipe
- vaccum suction
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Abstract
The utility model discloses a kind of titanium white production leaf filter chip architectures, including leaf filter piece ontology, leaf filter piece body interior is equipped with vaccum suction pipe channel components, it is external that leaf filter piece sheet is stretched out in vaccum suction pipe channel components one end, the other end is located at leaf filter piece body bottom portion, vaccum suction pipe channel components include the vaccum suction pipe channel one and vaccum suction pipe channel two being set side by side, the side one of leaf filter piece ontology is equipped with liquid sucting port one and liquid sucting port two, and the side two of leaf filter piece ontology being oppositely arranged is equipped with liquid sucting port three and liquid sucting port four.The utility model has the advantages that due to being equipped with vaccum suction pipe channel components, when leaf filter piece ontology is used on leaf filter, filter cloth is installed respectively on the side one, side two of leaf filter piece ontology, after carry out filter progress, vaccum suction pipe channel components upper end connects vacuum system, due to being equipped with liquid sucting port one, liquid sucting port two, liquid sucting port three and liquid sucting port four, different height, different location metatitanic acid slurries can be filtered.
Description
Technical field
The utility model relates to titanium white production apparatus fields, more particularly to a kind of titanium white production leaf filter piece knot
Structure.
Background technique
Titanium dioxide (TiO2) be a kind of important inorganic chemical product, coating, ink, papermaking, plastic, rubber, chemical fibre,
There is important use in the industry such as ceramics.In production process of titanium pigment, common leaf filter squeezes metatitanic acid, to be accorded with
The filter cake that technique requires is closed, still, currently used leaf filter washs metatitanic acid, but currently used leaf filter filters
Efficiency is lower, is not able to satisfy production requirement.
Utility model content
Purpose of utility model: in view of the above problems, the object of the present invention is to provide a kind of titanium white productions to be filtered with leaf
Bigpian structure, to solve the lower technical problem of filter efficiency.
Technical solution:
A kind of titanium white production leaf filter chip architecture, including leaf filter piece ontology, the leaf filter piece body interior are set
There are the vaccum suction pipe channel components along leaf filter piece body width direction setting, vaccum suction pipe channel components upper end position
In on the leaf filter piece body upper surface, lower end is located at the leaf filter piece body lower part, the vaccum suction pipe channel components
Including the vaccum suction pipe channel one and vaccum suction pipe channel two being set side by side, the side one of the leaf filter piece ontology, which is equipped with, inhales
Liquid mouth one and liquid sucting port two, the vaccum suction pipe channel one are connected to the liquid sucting port one, the matching of the liquid sucting port two respectively, institute
The lower part that liquid sucting port one is located at the side one is stated, the distance of the liquid sucting port two to the leaf filter piece body upper surface is institute
The 1/3~1/2 of one total length of vaccum suction pipe channel is stated, the side two of the leaf filter piece ontology being oppositely arranged is equipped with imbibition
Mouth three and liquid sucting port four, the vaccum suction pipe channel two is connected to the liquid sucting port three, the matching of the liquid sucting port four respectively, described
Liquid sucting port three is located at the lower part of the side two, and the distance of the liquid sucting port four to the leaf filter piece body upper surface is described
The 1/3~1/2 of two total length of vaccum suction pipe channel.Due to being equipped with vaccum suction pipe channel components, vaccum suction pipe channel one and imbibition
Mouth one, the matching connection of liquid sucting port two, vaccum suction pipe channel two is connected to liquid sucting port three, the matching of liquid sucting port four, when leaf filter piece sheet
When body is used on leaf filter, on the side one, side two of leaf filter piece ontology filter cloth is installed respectively, carries out filter progress afterwards,
Vaccum suction pipe channel components upper end connects vacuum system, by true after the mode of the impurity in metatitanic acid by washing with water is filtered
Suction pipe channel components are sucked out, so that the filter cake for meeting technique requirement is obtained, due to being equipped with liquid sucting port one, liquid sucting port two, imbibition
Mouth three and liquid sucting port four, can be filtered the metatitanic acid slurries of different height, different location, improve filter efficiency, with
Meet production requirement.
The distance of the liquid sucting port two to the leaf filter piece body upper surface is described true in one of the embodiments,
The 1/3 of one total length of suction tube passage, the distance of the liquid sucting port four to the leaf filter piece body upper surface are the vacuum
The 1/3 of two total length of channel of suction pipe.
It in one of the embodiments, further include two sheet frame lifting lugs, two sheet frame lifting lugs are located at the leaf
The upper surface both ends of filter piece ontology, two sheet frame lifting lugs and described leaf filter this body by integral forming of piece are arranged.Due to setting
There is sheet frame lifting lug, can be convenient and leaf filter piece ontology is installed on leaf filter；Due to two sheet frame lifting lugs and leaf filter piece sheet
Body by integral forming setting, it is possible to reduce the spoilage of sheet frame lifting lug increases the service life of titanium white production leaf filter chip architecture.
The quantity of the vaccum suction pipe channel components is two groups in one of the embodiments, vaccum suction pipe described in two groups
Channel components are located in the leaf filter piece ontology, and vaccum suction pipe channel components one end described in two groups stretches out two respectively
Outside the sheet frame lifting lug.
The sheet frame lifting lug is equipped with fixation hole in one of the embodiments, and the fixation hole inner wall is equipped with wear-resisting
Layer.Due to being equipped with wearing layer, the service life of sheet frame lifting lug can be extended, further increase entire titanium white production leaf filter
The service life of chip architecture.
The size of the liquid sucting port two is less than the size of the liquid sucting port one, the imbibition in one of the embodiments,
The size of mouth four is less than the size of the liquid sucting port three.It, can be by high bit since the size of liquid sucting port two, liquid sucting port four is smaller
In the metatitanic acid set in impurity sucking vaccum suction pipe channel components, while the filter of leaf filter piece body surface vacuum suction will not be destroyed
The uniformity of cake.
It is designed on the side one, the side two of the leaf filter piece ontology in one of the embodiments, more
A longitudinal direction gutter channel, multiple lateral gutter channels and multiple filtering fulcrums, multiple filtering branch dot matrix arrangements, multiple mistakes
Multiple longitudinal gutter channels and multiple lateral gutter channels, the longitudinal direction gutter channel and the cross are formed between filter fulcrum
It is staggered to gutter channel.Due to being equipped with multiple filtering fulcrums, multiple longitudinal gutter channels and lateral gutter channel, filter cloth can be made more
It is installed with leaf filter piece Ontology Matching well, and flows filtered impurity from longitudinal gutter channel and lateral gutter channel, it is miscellaneous
The rate that matter is sucked away is very fast, and the filter cake on the outside of filter cloth is enable faster and uniformly to adsorb, and washing strainability enough improves, and makes
Filter cake faster reaches target solid content.
The utility model has the advantages that compared with prior art, the utility model has the advantages that due to being equipped with vaccum suction pipe channel components, very
Suction tube passage one is connected to liquid sucting port one, the matching of liquid sucting port two, and vaccum suction pipe channel two is matched with liquid sucting port three, liquid sucting port four
Connection, when leaf filter piece ontology is used on leaf filter, the installation filter respectively on the side one, side two of leaf filter piece ontology
Cloth carries out filter progress afterwards, and vaccum suction pipe channel components upper end connects vacuum system, by washing with water by the impurity in metatitanic acid
Mode filter after be sucked out by vaccum suction pipe channel components, to obtain meeting the filter cake of technique requirement, due to being equipped with imbibition
Mouth one, liquid sucting port two, liquid sucting port three and liquid sucting port four, can be filtered the metatitanic acid slurries of different height, different location,
Filter efficiency is improved, to meet production requirement.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the titanium white production leaf filter chip architecture of the utility model；
Fig. 2 is the partial enlarged view of part A in Fig. 1；
Fig. 3 is the partial enlarged view of part B in Fig. 1；
Fig. 4 is the main view of Fig. 1；
Fig. 5 is the rearview of Fig. 1；
Fig. 6 is the structural schematic diagram after the titanium white production leaf filter chip architecture removal filtering fulcrum of the utility model；
Fig. 7 is the top view of Fig. 1；
Fig. 8 is the Section A-A figure of Fig. 7；
Fig. 9 is the partial enlarged view of part A in Fig. 8；
Figure 10 is the partial enlarged view of part B in Fig. 8.
Specific embodiment
Please refer to Fig. 1~5, a kind of titanium white production leaf filter chip architecture, including leaf filter piece ontology 1 and two sheet frames
Lifting lug 7, two sheet frame lifting lugs 7 are located at the upper surface both ends of leaf filter piece ontology 1, two sheet frame lifting lugs 7 and leaf filter piece
Ontology 1 is integrally formed setting.Wherein, sheet frame lifting lug 7 is equipped with fixation hole 71, and 71 inner wall of fixation hole is equipped with wearing layer.
Fig. 1~3 and 6~10 are please referred to, is equipped with inside leaf filter piece ontology 1 and is arranged along 1 width direction of leaf filter piece ontology
Vaccum suction pipe channel components 2,2 upper end of vaccum suction pipe channel components is located on 1 upper surface of leaf filter piece ontology, the present embodiment
In, 2 upper end of vaccum suction pipe channel components is located on 7 upper surface of sheet frame lifting lug, and lower end is located at 1 lower part of leaf filter piece ontology, vacuum
Channel of suction pipe component 2 includes the vaccum suction pipe channel 1 and vaccum suction pipe channel 2 22 being set side by side, leaf filter piece ontology 1
Side 1 be equipped with liquid sucting port 1 and liquid sucting port 24, vaccum suction pipe channel 1 respectively with liquid sucting port 1, liquid sucting port 24
Matching connection, liquid sucting port 1 are located at the lower part of side 1, and the distance of liquid sucting port 24 to 1 upper surface of leaf filter piece ontology is
The side 2 12 of the 1/3~1/2 of one 21 total length of vaccum suction pipe channel, leaf filter piece ontology 1 being oppositely arranged is equipped with imbibition
Mouth 35 and liquid sucting port 46, vaccum suction pipe channel 2 22 are connected to liquid sucting port 35, the matching of liquid sucting port 46 respectively, liquid sucting port 35
Positioned at the lower part of side 2 12, the distance of liquid sucting port 46 to 1 upper surface of leaf filter piece ontology is that vaccum suction pipe channel 2 22 is total
The 1/3~1/2 of length.In the present embodiment, liquid sucting port 35 is consistent with one 3 height of liquid sucting port, liquid sucting port 46 and liquid sucting port
24 height are consistent.In the present embodiment, the distance of liquid sucting port 24 to 7 upper surface of sheet frame lifting lug is vaccum suction pipe channel 1
The 1/3 of total length, the distance of liquid sucting port 46 to 7 upper surface of sheet frame lifting lug are the 1/3 of 2 22 total length of vaccum suction pipe channel.It inhales
The side wall connection corresponding with the lower end in vaccum suction pipe channel 1, vaccum suction pipe channel 2 22 respectively of liquid mouth 1, liquid sucting port 35.By
In being equipped with liquid sucting port 1 and liquid sucting port 24 on side 1, liquid sucting port 35 and liquid sucting port 46 are equipped on side 2 12,
Can by the side 1 of leaf filter piece ontology 1,2 12 two sides of side metatitanic acid slurries in moisture all adsorb away so that
Metatitanic acid slurries comparatively fast reach target solid content, and filter efficiency is higher.In other embodiments, liquid sucting port 24, liquid sucting port 46
Position can according to need setting.Vaccum suction pipe channel 1,2 22 upper end outlet of vaccum suction pipe channel are respectively welded suction
Mouth 23, suction nozzle 23 and vacuum system pass through piping connection.
Vaccum suction pipe channel 1 and vaccum suction pipe channel 2 22 are bored all by obtaining in 1 internal drilling of leaf filter piece ontology
If the duct of vertical direction obtains.The size of liquid sucting port 24 is less than the size of liquid sucting port 1, and the size of liquid sucting port 46, which is less than, inhales
The size of liquid mouth 35.Liquid sucting port 24 is identical as the size of liquid sucting port 46, and liquid sucting port 1 is identical with the size of liquid sucting port 35.
In the present embodiment, leaf filter piece ontology 1 with a thickness of 40mm, vaccum suction pipe channel 1,2 22 diameter of vaccum suction pipe channel are
15mm, liquid sucting port 1, liquid sucting port 35 size be all the rectangle structure of 40mm*8mm.Liquid sucting port 24, liquid sucting port 46
Size is all the circular hole that diameter is 6mm.Liquid sucting port 1, the size of liquid sucting port 35 are larger, can increase suction filtrate and vacuum
The contact area of channel of suction pipe component 2 keeps aspiration procedure more efficient.Due to vaccum suction pipe channel one, vaccum suction pipe channel two
Be relatively large in diameter, improve washing effect, make impurity screening efficiency improve.The thickness of leaf filter piece ontology 1, is inhaled liquid sucting port 1
The size of liquid mouth 24, liquid sucting port 35 and liquid sucting port 46, which can according to need, to be configured.One has been merely given as in the present embodiment
Kind dimensional form.
Wherein, the quantity of vaccum suction pipe channel components 2 is two groups, and two groups of vaccum suction pipe channel components 2 are located at leaf filter
In Bigpian ontology 1, and two groups of 2 upper ends of vaccum suction pipe channel components are located on two 7 upper surfaces of sheet frame lifting lug.
Preferably, multiple longitudinal gutter channels 8, multiple cross are designed on the side 1, side 2 12 of leaf filter piece ontology 1
To gutter channel 9 and multiple filtering fulcrums 10, multiple 10 matrixes of filtering fulcrum are arranged, and are formed between multiple filtering fulcrums 10 multiple
Longitudinal gutter channel 8 and multiple lateral gutter channels 9, longitudinal gutter channel 8 and lateral gutter channel 9 are staggered.
The course of work of above-mentioned titanium white production leaf filter chip architecture are as follows: by the side 1 of leaf filter piece ontology 1, side
On face 2 12 filter cloth is installed respectively, is afterwards connected and fixed two sheet frame lifting lugs 7 using connector, and filter cloth titanium white will be entirely housed
Powder production is placed on leaf filter with leaf filter chip architecture, and by vaccum suction pipe channel 1,2 22 upper end of vaccum suction pipe channel
It is respectively connected to vacuum system, is sequentially placed multiple leaf filter chip architectures of the titanium white production equipped with filter cloth, metatitanic acid is starched
Liquid is filtered process, makes in metatitanic acid slurries that impurity is after filter-cloth filtering, never level liquid sucting port 1, liquid sucting port two
4, it is sucked in vaccum suction pipe channel 1 or vaccum suction pipe channel 2 22 in liquid sucting port 35 and liquid sucting port 46, makes metatitanic acid slurries
In impurity mode filter efficiency by washing with water it is very fast, improve the production efficiency of entire titanium white production process.
Claims (7)
1. a kind of titanium white production leaf filter chip architecture, which is characterized in that including leaf filter piece ontology (1), the leaf filter
The vaccum suction pipe channel components (2) being arranged along leaf filter piece ontology (1) width direction are equipped with inside piece ontology (1), it is described
Vaccum suction pipe channel components (2) upper end is located on leaf filter piece ontology (1) upper surface, and lower end is located at the leaf filter piece sheet
Body (1) lower part, the vaccum suction pipe channel components (2) include that the vaccum suction pipe channel one (21) being set side by side and vaccum suction pipe are logical
Road two (22), the side one (11) of the leaf filter piece ontology (1) is equipped with liquid sucting port one (3) and liquid sucting port two (4), described true
Suction tube passage one (21) is connected to the liquid sucting port one (3), the liquid sucting port two (4) matching respectively, the liquid sucting port one (3)
Positioned at the lower part of the side one (11), the distance of the liquid sucting port two (4) to leaf filter piece ontology (1) upper surface is institute
State the 1/3~1/2 of vaccum suction pipe channel one (21) total length, the side two of the leaf filter piece ontology (1) being oppositely arranged
(12) be equipped with liquid sucting port three (5) and liquid sucting port four (6), the vaccum suction pipe channel two (22) respectively with the liquid sucting port three
(5), liquid sucting port four (6) the matching connection, the liquid sucting port three (5) are located at the lower part of the side two (12), the imbibition
The distance of mouthful four (6) to leaf filter piece ontology (1) upper surface be vaccum suction pipe channel two (22) total length 1/3~
1/2。
2. a kind of titanium white production leaf filter chip architecture according to claim 1, which is characterized in that the liquid sucting port two
(4) distance to leaf filter piece ontology (1) upper surface is the 1/3 of vaccum suction pipe channel one (21) total length, described
The distance of liquid sucting port four (6) to leaf filter piece ontology (1) upper surface is vaccum suction pipe channel two (22) total length
1/3。
3. a kind of titanium white production leaf filter chip architecture according to claim 1, which is characterized in that further include two plates
Frame lifting lug (7), two sheet frame lifting lugs (7) are located at the upper surface both ends of the leaf filter piece ontology (1), described in two
Sheet frame lifting lug (7) and the leaf filter piece ontology (1), which are integrally formed, to be arranged.
4. a kind of titanium white production leaf filter chip architecture according to claim 3, which is characterized in that the vaccum suction pipe
The quantity of channel components (2) is two groups, and vaccum suction pipe channel components (2) described in two groups are located at the leaf filter piece ontology
(1) in, and vaccum suction pipe channel components (2) upper end described in two groups is located on two sheet frame lifting lug (7) upper surfaces.
5. a kind of titanium white production leaf filter chip architecture according to claim 3, which is characterized in that the sheet frame lifting lug
(7) fixation hole (71) are equipped with, fixation hole (71) inner wall is equipped with wearing layer.
6. a kind of titanium white production leaf filter chip architecture according to claim 1, which is characterized in that the liquid sucting port two
(4) size is less than the size of the liquid sucting port one (3), and the size of the liquid sucting port four (6) is less than the liquid sucting port three (5)
Size.
7. a kind of titanium white production leaf filter chip architecture, feature described according to claim 1~any one of 6 exist
In being designed with multiple longitudinal gutter channels on the side one (11), the side two (12) of, the leaf filter piece ontology (1)
(8), multiple lateral gutter channels (9) and multiple filtering fulcrums (10), multiple filtering fulcrum (10) matrix arrangements are multiple described
Multiple longitudinal gutter channels (8) and multiple lateral gutter channels (9), longitudinal stream are formed between filtering fulcrum (10)
Sink (8) and the lateral gutter channel (9) are staggered.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820555805.6U CN208389489U (en) | 2018-04-19 | 2018-04-19 | A kind of titanium white production leaf filter chip architecture |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820555805.6U CN208389489U (en) | 2018-04-19 | 2018-04-19 | A kind of titanium white production leaf filter chip architecture |
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| Publication Number | Publication Date |
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| CN208389489U true CN208389489U (en) | 2019-01-18 |
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ID=65064782
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| CN201820555805.6U Active CN208389489U (en) | 2018-04-19 | 2018-04-19 | A kind of titanium white production leaf filter chip architecture |
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| CN (1) | CN208389489U (en) |
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2018
- 2018-04-19 CN CN201820555805.6U patent/CN208389489U/en active Active
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