CN202700245U - Prepositioned vortex dirt separator - Google Patents
Prepositioned vortex dirt separator Download PDFInfo
- Publication number
- CN202700245U CN202700245U CN 201220366046 CN201220366046U CN202700245U CN 202700245 U CN202700245 U CN 202700245U CN 201220366046 CN201220366046 CN 201220366046 CN 201220366046 U CN201220366046 U CN 201220366046U CN 202700245 U CN202700245 U CN 202700245U
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- dirt
- main body
- forward type
- dirt separator
- inner chamber
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Abstract
The utility model relates to a prepositioned vortex dirt separator which comprises a main body, a medium inlet part, a medium outlet part, a vortex separating core and a dirt accumulating part, wherein the main body is provided with an inner cavity; the medium inlet part and the medium outlet part are arranged on the main body and are respectively communicated with the inner cavity; the vortex separating core is arranged in the inner cavity and is used for causing a medium flowing into the inner cavity from the medium inlet part to form a vortex; and the dirt accumulating part is arranged under the main body and is communicated with the inner cavity. The prepositioned vortex dirt separator can be used for removing various grain impurities from a system.
Description
Technical field
The utility model belongs to the trickle dirt impurity isolation technics of heating ventilation air-conditioning system, particularly, relates to a kind of forward type vortex dirt separator.
Background technology
In heating ventilation air-conditioning system, when system works such as heat meter and heat exchanger, tend to cause damage because of the trickle dirt impurity that exists in its system media.For example, these dirt impurity can be attached on all kinds of components and parts of system, make components and parts wearing and tearing, deteriorated even corrosion etc., thereby the performance of infringement system for example cause the measuring accuracy of heat meter or the heat exchange efficiency of heat exchanger to be had a strong impact on.
At present, in order to remove the dirt impurity that exists in the system media, usually can filter be set in system, so that by having the granule foreign of certain particle diameter in the filter filtering appts medium.Yet, adopt the conventional filter method, can only filter a certain size granule foreign.But a large amount of particle diameter that exists in the system but can't be removed less than the impurity of filter filtering accuracy.The dirt impurity of this class small particle diameter still is present in the system media, is in free and half free state.In system's running, if untimely this class dirt impurity that is isolated and excluded, then it tends to build up in the dead angle and tube wall of the structure channel of system, forms dirt, thereby for example make the heat meter can't accurate measurement, or the heat exchange efficiency of heat exchanger is descended greatly.
The utility model content
Technical problem to be solved of the present utility model is to provide a kind of forward type vortex dirt separator for all kinds of granule foreigns of system can both be removed.
In order to solve the problems of the technologies described above, a kind of forward type vortex dirt separator of the present utility model comprises: the main body with inner chamber; The medium inlet section that is arranged on the described main body and is communicated with described inner chamber respectively and media outlet section; Be arranged in the described inner chamber so that flow into the cyclonic separation core body that medium in the described inner chamber forms vortex through described medium inlet section; And the dirt productive set section that is arranged at described main body below and is communicated with described inner chamber.
Forward type vortex dirt separator of the present utility model utilizes the basic principle that vortex can separate different specific weight object in the medium and dirt sinks easily under low flow velocity, make the medium that flows in the inner chamber through medium inlet section at first in inner chamber, form vortex by the cyclonic separation core body in the inner chamber that is arranged at this separator main body, under the promotion of the medium of follow-up inflow, to impact to the tube wall of separator main body by the dirt impurity that vortex is sinking trend, bump with it, in the instantaneous decline of velocity of medium, dirt impurity sinks rapidly, and stockpile in dirt productive set section, thereby reach the effect of separation with the purpose of realization cleaning system media.In this way, all kinds of granule foreigns in can the removal system.
In the utility model, described media outlet section can be arranged at respect to described medium inlet section the top of described main body.
According to this configuration, medium inlet section and media outlet section stagger up and down, form the layout of bottom in and top out, thereby help the formation of the inner chamber mesoscale eddies of separator main body, and be conducive under the promotion of subsequent medium, can make fully in the medium impurity with transfer MEDIA FLOW upwards to and separate.
In the utility model, described cyclonic separation core body can be spiral helicine separate mesh.
According to this configuration, the principle that can utilize the spiral centrifugal sedimentation is the impurity in the separating medium better, and by the further impurity in the filter medium of this network structure.
In the utility model, described dirt productive set section can be for being positioned at the cavity of described main body below.
According to this configuration, the impurity by the vortex sedimentation separation can be deposited in the cavity of separator main body below.
In the utility model, described cavity can be formed by the bottom of described main body and the base that is mounted to removedly described bottom.
According to this configuration, by from separator main body bottom dismounting base, can open the cavity as dirt productive set section, thereby remove the dirt in this cavity, be beneficial to the lasting use of separator.
In the utility model, described base can be threaded connection the bottom that is mounted to described main body.
According to this configuration, be conducive to the installation and removal between base and the separator main body bottom.
In the utility model, described cavity forms by the bottom of described main body with base that described bottom is made into integration.
According to this configuration, can easily make separator of the present utility model, thereby and the number that can reduce assembly reduce the step of this separator of assembling.
Forward type vortex dirt separator of the present utility model also comprises the dirt discharge portion that is communicated with described dirt productive set section.
According to this configuration, can discharge the dirt that stockpiles in the dirt productive set section.
In the utility model, described dirt discharge portion can comprise the opening that is arranged at described dirt productive set section bottom and the drain valve that is connected with described opening.
According to this configuration, the dirt that stockpiles in the dirt productive set section effectively and is rapidly discharged.
Description of drawings
Fig. 1 is the structural representation of forward type vortex dirt separator of the present utility model.
The specific embodiment
Below in conjunction with accompanying drawing and concrete embodiment the utility model is described in further detail.
Fig. 1 shows forward type vortex dirt separator of the present utility model, and this forward type vortex dirt separator for example can be used in the heating ventilation air-conditioning system, so that the dirt impurity in the system media is separated.This medium can be water or the gas that flows in system.
As shown in Figure 1, this forward type vortex dirt separator comprises the main body 1 with inner chamber 2.Be provided with the import interface 4 and discharge coupling 5 that is communicated with inner chamber 2 respectively in main body 1.The configurable pipe that enters on this import interface 4 is so that medium flows into the inner chamber 2 of separator main body 1.And on discharge coupling 5 configurable discharge pipe, the medium behind the removing impurities is flowed out, and then enters in the follow-up miscellaneous part.In inner chamber 2, be provided with the cyclonic separation core body 3 that makes the medium that flows in the inner chamber 2 form vortex.And, below main body 1, be provided with the dirt productive set district 6 that is communicated with inner chamber 2.
Forward type vortex dirt separator of the present utility model makes the medium that flows in the inner chamber 2 through import interface 4 at first form vortex in inner chamber 2 by the cyclonic separation core body 3 in the inner chamber 2 that is arranged at separator main body 1, then will impact to the tube wall of separator main body 1 by the dirt impurity that vortex is sinking trend, bump with it, in the instantaneous decline of velocity of medium, dirt impurity sinks rapidly, thereby reach separated effect, the dirt impurity of sinking stockpiles in dirt productive set district 6.
In example as shown in the figure, preferably, discharge coupling 5 is arranged at the top of main body 1 with respect to import interface 4.That is, import interface 4 is low side import interface, and discharge coupling 5 is high-end discharge coupling 5.Therefore, import interface 4 can stagger up and down with discharge coupling 5, form the layout of bottom in and top out, low side import interface 4 connects the pipe that enters in the HVAC system for example, the discharge pipe that high-end discharge coupling 5 connects in the HVAC system, when system in when operation, medium enters the inner chamber 2 of separator main body 1 from low side import interface 4, by cyclonic separation core body 3, form local vortex, dirt is sinking trend, and under the promotion of the subsequent medium that flows into, and bumps with the tube wall of main body 1, when the instantaneous decline of velocity of medium turns to, dirt impurity sinks rapidly, separates with the MEDIA FLOW that transfers to upwards, and stockpiles in dirt productive set district 6.
In addition, the cyclonic separation core body 3 in the utility model can be spiral helicine separate mesh, thus the principle that can utilize the spiral centrifugal sedimentation impurity in the separating medium better, and by the further impurity in the filter medium of this network structure.But cyclonic separation core body 3 also can be other structures that make the medium formation vortex in the inner chamber 2.
As shown in the figure, dirt productive set district 6 can be for being positioned at the cavity of main body 1 below, and the impurity by the vortex sedimentation separation can be deposited in this cavity.This cavity can be formed by the bottom of main body 1 and the base that is mounted to removedly this bottom.By from separator main body bottom dismounting base, can open the cavity as dirt productive set district 6, thereby remove the dirt in this cavity, be beneficial to the lasting use of separator.Preferably, this base can be threaded connection the bottom that is mounted to main body 1, thereby is conducive to the installation and removal between the bottom of base and separator main body 1.
In addition, forward type vortex dirt separator of the present utility model can also comprise the dirt discharge portion that is communicated with dirt productive set district 6.Can discharge the dirt that dirt productive set district 6 stockpiles by this dirt discharge portion.This dirt discharge portion can comprise the blowoff valve interface 7 that is arranged at bottom, dirt productive set district and the drain valve that is connected with this blowoff valve interface 7, after this separator reaches certain service time, can open drain valve on the blowoff valve interface 7 with this, effectively and rapidly the impurity in the dirt productive set district 6 be emitted.
In other examples of the present utility model, dirt productive set district 6 also can be by the bottom of main body 1 and the cavity that forms with base that this bottom is made into integration.Thereby can easily make separator of the present utility model, thereby and the number that can reduce assembly reduce the step of this separator of assembling.And the dirt that stockpiles in this integrally formed cavity also can be discharged by the above-mentioned dirt discharge portion of blowoff valve interface 7 and drain valve that comprises.
Under the aim that does not break away from essential characteristic of the present utility model, the utility model can be presented as various ways, therefore the example in the utility model is to be illustrative rather than definitive thereof, because being defined by the claims, scope of the present utility model limited by specification, and drop on the scope that claim defines, or all changes in the full scope of equivalents of its scope that defines all are understood to include in claims.
Claims (9)
1. a forward type vortex dirt separator is characterized in that, comprising:
Main body with inner chamber;
The medium inlet section that is arranged on the described main body and is communicated with described inner chamber respectively and media outlet section;
Be arranged in the described inner chamber so that flow into the cyclonic separation core body that medium in the described inner chamber forms vortex through described medium inlet section; And
The dirt productive set section that is arranged at described main body below and is communicated with described inner chamber.
2. forward type vortex dirt separator according to claim 1 is characterized in that, described media outlet section is arranged at the top of described main body with respect to described medium inlet section.
3. forward type vortex dirt separator according to claim 1 is characterized in that described cyclonic separation core body is spiral helicine separate mesh.
4. forward type vortex dirt separator according to claim 1 is characterized in that, described dirt productive set section is the cavity that is positioned at described main body below.
5. forward type vortex dirt separator according to claim 4 is characterized in that, described cavity is formed by the bottom of described main body and the base that is mounted to removedly described bottom.
6. forward type vortex dirt separator according to claim 5 is characterized in that described base by thread is connected and installed the bottom to described main body.
7. forward type vortex dirt separator according to claim 4 is characterized in that, described cavity forms by the bottom of described main body with base that described bottom is made into integration.
8. each described forward type vortex dirt separator in 7 according to claim 1 is characterized in that, also comprises the dirt discharge portion that is communicated with described dirt productive set section.
9. forward type vortex dirt separator according to claim 8 is characterized in that, described dirt discharge portion comprises the opening that is arranged at described dirt productive set section bottom and the drain valve that is connected with described opening.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220366046 CN202700245U (en) | 2012-07-27 | 2012-07-27 | Prepositioned vortex dirt separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220366046 CN202700245U (en) | 2012-07-27 | 2012-07-27 | Prepositioned vortex dirt separator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202700245U true CN202700245U (en) | 2013-01-30 |
Family
ID=47580587
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220366046 Expired - Lifetime CN202700245U (en) | 2012-07-27 | 2012-07-27 | Prepositioned vortex dirt separator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202700245U (en) |
-
2012
- 2012-07-27 CN CN 201220366046 patent/CN202700245U/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130130 |
|
| CX01 | Expiry of patent term |