CN204006993U - Household reverse osmosis membrane component dryer - Google Patents
Household reverse osmosis membrane component dryer Download PDFInfo
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- CN204006993U CN204006993U CN201420375665.6U CN201420375665U CN204006993U CN 204006993 U CN204006993 U CN 204006993U CN 201420375665 U CN201420375665 U CN 201420375665U CN 204006993 U CN204006993 U CN 204006993U
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Abstract
The utility model relates to a kind of household reverse osmosis membrane component dryer, and its employing hot-air flow leads directly to the acting in conjunction with heat radiation principle, will inside and outside membrane component, dry completely.It is dried assembly and is made up of baking oven and inlet box; Between baking oven and inlet box, be provided with rubber blanket, by the inlet box after closure and baking oven sealing; Heater blower outlet and drying between the inlet box entrance of assembly by the airtight connection of connecting line; In baking oven, lay membrane component sleeve rack, membrane component sleeve rack is provided with and the axial consistent membrane component sleeve of baking oven, forms the baking chamber of circulating betwixt for hot gas between membrane component sleeve; In membrane component sleeve, be placed with family expenses membrane component.The utility model compact conformation, simple, operation and easy to maintenance, flexibly mobile, with low cost, easy to operate, the disposable drying work that completes branched membrane component of energy, drying efficiency is high, and good drying effect has been saved more costs, and dries quantity is guaranteed.
Description
Technical field
The utility model relates to the equipment that is applicable to the oven dry of household reverse osmosis membrane component, is specifically related to a kind of hot-air flow that adopts and leads directly to the acting in conjunction of heat radiation principle the device of drying completely inside and outside membrane component.
Background technology
Dryer is the equipment that is mainly used in drying in the industry departments such as ore dressing, building materials, metallurgy, chemical industry certain humidity or granularity.Dryer is widely used in the industries such as tealeaves, Chinese herbal medicine, corn, vegetables, food, chicken manure, slag, towel quilt cover, sawdust, coal slime, desulfurated plaster, composite fertilizer, honeysuckle, stalk briquette fuel, charcoal machinery, wood pellet fuel, sawdust briquetting, farming and animal husbandry engineering.
Dryer has belt to dry, roller drying, box oven dry, the several modes such as tower oven dry; Thermal source has coal, electricity, gas etc.; Material has hot-air flow formula and radiant type etc. in drying course.
The thermal source that chamber typed drying-machine adopts is that pure hot blast or the electrothermal tube that hot-blast stove provides adds two kinds of thermogenetic pure hot blasts, and it is controlled that hot blast temperature is adjustable.Enter after dryer at hot blast, penetrate material surface circulation by hot and humid axial flow blower in case in case, circulated air is to by instrument automatic control rotating, and the time can arbitrarily be set, by dryer middle part venetian blind type humidity discharging mouth Natural moisture exhaust.It is normal baked film element surface and near surperficial partial interior tissue generally, but baked film element internal completely.Chamber typed drying-machine focuses on the effect surperficial and that dry near surperficial interior tissue of baked film element, the apparent membrane component that seems is dried, but actual its inside is contained a large amount of moisture and is still retained, do not evaporated completely, drying time is longer simultaneously, and energy consumption is larger, efficiency is lower, and finally can not reach the desirable drying effect of membrane component, easily make membrane component inside impaired, cause cost waste.
Summary of the invention
The problem that the utility model can not be dried membrane component completely mainly for solving current employing chamber typed drying-machine, provides a kind of household reverse osmosis membrane component dryer.
Structure of the present utility model is such:
A kind of household reverse osmosis membrane component dryer, dries assembly and heater blower and is firmly positioned over respectively on a frame; Drying assembly is made up of baking oven and inlet box; Between baking oven and inlet box, be provided with rubber blanket, by the inlet box after closure and baking oven sealing; Heater blower outlet and drying between the inlet box entrance of assembly by the airtight connection of connecting line; In baking oven, lay membrane component sleeve rack, membrane component sleeve rack is provided with and the axial consistent membrane component sleeve of baking oven, forms the baking chamber of circulating betwixt for hot gas between membrane component sleeve; In membrane component sleeve, be placed with family expenses membrane component.
Dry assembly and heater blower and be positioned over respectively frame upper strata and a lower floor.
Baking oven is connected by outside hinge pivoting with a side of inlet box, is provided with and baking oven can be fastened on to the box fastener on inlet box in the opposite side outside of baking oven and inlet box.
A side that is provided with box fastener at baking oven is also equipped with handle.
Membrane component sleeve rack is provided with a membrane component sleeve.
Be provided with sealing ring at family expenses membrane component afterbody; Described membrane component sleeve diameter is slightly smaller than seal diameter.
Be provided with air bleeding valve in baking oven bottom, be communicated with the baking chamber in baking oven.
Baking oven is provided with universal wheel as support using bottom.
Household reverse osmosis membrane component dryer adopts hot-air flow to lead directly to and heat radiation method in casing, ceaselessly lead directly to and thermal-radiating acting in conjunction in membrane component interlayer inside by hot-air flow, make fully to contact inside and outside heat and membrane component, can fully membrane component internal moisture be evaporated, and taken away, thereby finally make membrane component inside be dried completely, reach the effect of thorough oven dry.The utility model compact conformation, simple, operation and easy to maintenance, flexibly mobile, outward appearance is coordinated attractive in appearance.And gas flow temperature and speed are arbitrarily adjustable in the utility model drying course, and flow direction is consistent, can make air-flow and temperature simultaneously by membrane component inside, dries more effective.This apparatus and process is simple, with low cost, easy to operate, and energy consumption is low, the disposable drying work that completes branched membrane component of energy, drying efficiency is high, and good drying effect is dried more thorough, reduced membrane component damaged probability, avoided causing the loss of cost, saved more costs, dries quantity is guaranteed.
Brief description of the drawings
Fig. 1 is overall schematic of the present utility model,
Fig. 2 is drying body chassis schematic diagram,
Fig. 3 is the right view of Fig. 2,
Fig. 4 is the cutaway view of Fig. 2,
Fig. 5 is family expenses membrane component figure.
In figure:
1, dry assembly, 2, connecting line, 3, table frame, 4, heater blower, 5, inlet box, 6, rubber blanket, 7, baking oven, 8, hinge, 9, handle, 10, box fastener, 11, air bleeding valve, 12, membrane component sleeve, 13, membrane component sleeve rack, 14, universal wheel, 15, dry chamber, 16, family expenses membrane component, 17, sealing ring.
Detailed description of the invention
Below in conjunction with accompanying drawing and case study on implementation, the utility model is further illustrated:
Referring to Fig. 1, Fig. 2 and Fig. 3, a kind of household reverse osmosis membrane component of the utility model dryer, dries assembly 1 and is firmly positioned over respectively a frame 3 upper stratas and lower floor with heater blower 4, and heater blower 4 is communicated with to power supply to ensure normal work.Drying assembly 1 is made up of baking oven 7 and inlet box 5.Baking oven 7 is connected by outside hinge 8 pivotings with a side of inlet box 5, is provided with box fastener 10 in baking oven 7 and the opposite side outside of inlet box 5, baking oven 7 can be fastened on inlet box 5.Between baking oven 7 and inlet box 5, be provided with rubber blanket 6, the inlet box after closure 5 and baking oven 7 can be sealed by rubber blanket 6.Heater blower 4 exports and dries between inlet box 5 entrances of assembly 1 by the airtight connection of connecting line 2.It is normal that said structure has ensured to enter the hot-air flow path of drying in assembly 1, do not have gas leak phenomenon.A side that is provided with box fastener 10 at baking oven 7 is also equipped with handle 9, in the time will closing oven dry assembly 1, holds handle 9 and drives baking oven 7 rotations to shut baking oven 7, then box fastener 10 is fastened.In the time will opening oven dry assembly 1, box fastener 10 is opened, hold handle 9 and drive baking oven 7 to rotate, baking oven 7 is opened.
Again referring to Fig. 4 and Fig. 5, lay membrane component sleeve rack 13 in conjunction with Fig. 3 in baking oven 7, membrane component sleeve rack 13 is provided with and axial 25 the consistent membrane component sleeves 12 of baking oven 7, forms the baking chamber 15 of circulating betwixt for hot gas between membrane component sleeve 12.In each membrane component sleeve 12, be placed with a family expenses membrane component 16, be provided with sealing ring 17 at family expenses membrane component 16 afterbodys.Be provided with air bleeding valve 11 in baking oven 7 bottoms, be communicated with the baking chamber 15 in baking oven 7.The universal wheel 14 that baking oven 7 arranges using bottom is as supporting.
When work, first 25 family expenses membrane components 16 are respectively charged in membrane component sleeve 12 near the mode of baking oven 7 inner sides with sealing ring 17, sealing ring 17 needs close fit with membrane component sleeve 12, then close baking oven 7, fastening box fastener 10, opens air bleeding valve 11 completely, then switches on power, open heater blower 4, hot blast is entered in baking oven 7.When beginning, wind speed can be adjusted to maximum gear, regulate temperature variable between 40～50 DEG C simultaneously, after setting completes, starting to carry out family expenses membrane component 16 dries, by hot-air flow, baking oven 7 is heated to produced heat radiation effect and the straight-through effect of hot-air flow to family expenses membrane component 16 interior layer gaps, can take away moisture content.Because air bleeding valve 11 is opened completely, therefore hot-air flow can enter to dry in chamber 15 baking oven 7 is heated, thereby produces heat radiation effect.When the air-flow in air bleeding valve 11 exits is warm braw, when baking oven 7 bulk temperatures are partially warm simultaneously, close air bleeding valve 11, reduce the loss of hot-air flow, to ensure the interior layer gap of more hot-air flow straight through family expenses membrane component 16, if when baking oven 7 temperature reduce subsequently, open air bleeding valve 11 completely, until baking oven 7 temperatures warmed can be carried out repeatedly cycling according to operating mode at that time for process here, requirement by family expenses membrane component 16 normal stoving processes is dried, can be by the membrane component after drying and the comparison of weighing of original dry membrane component after EO, meet the inside and outside oven dry that technological requirement finally completes family expenses membrane component 16.
The utility model key is that the principle that simultaneously adopts heat radiation and hot-air flow direct-passing mode to take away large quantity of moisture is to drying completely inside and outside family expenses membrane component 16, give full play to the straight-through effect of heat radiation and hot-air flow, its oven dry principle has combined the advantage of the two, eliminate the effect that membrane component interior layer gap can not be dried, realized the thorough oven dry of family expenses membrane component 16.
The utility model overall structure adopts Seal Design, seal under normal condition at all the other, most critical is the sealing effectiveness between sealing ring 17 and membrane component sleeve 12 inwalls on family expenses membrane component 16, can cause a large amount of hot-air flows by membrane component surface circulation if sealing property is bad herein, energy loss is very large, can not complete the oven dry in interior layer gap, so design adopts positive seal mode herein, be that membrane component sleeve 12 internal diameters are designed to be slightly smaller than sealing ring 17 diameters, its edge designs is chamfering, consistent with sealing ring 17 angles, in the time that family expenses membrane component 16 and membrane component sleeve 12 assemble, can ensure film involve in into, sealing ring 17 oblique angle parts do not enter and just in time with membrane component sleeve 12 chamfering gluing, sealings, enter baking oven 7 internal heat wind pressures larger simultaneously, the sealing of chamfering place is better, play positive seal effect, hot-air flow can be fully straight-through by family expenses membrane component 16 interior layer gaps.
In the utility model, baking oven heating function is realized by the control of air bleeding valve 11, when air bleeding valve 11 is opened, hot-air flow is pushed in the baking chamber of baking oven under the effect of air pressure, when thermal current enters, discharge and dried the cold air in chamber, incremental, in the time being full of thermal current in baking chamber, baking oven is heated, for the membrane component outside in sleeve provides heat radiation effect, heat of vaporization is fallen a large amount of moisture, and membrane component outside is dried fully.
Claims (8)
1. a household reverse osmosis membrane component dryer, dries assembly (1) and is firmly positioned over respectively on a frame (3) with heater blower (4); It is characterized in that: dry assembly (1) and formed by baking oven (7) and inlet box (5); Between baking oven (7) and inlet box (5), be provided with rubber blanket (6), by the inlet box after closure (5) and baking oven (7) sealing; Heater blower (4) outlet and drying between inlet box (5) entrance of assembly (1) by the airtight connection of connecting line (2); In baking oven (7), lay membrane component sleeve rack (13), membrane component sleeve rack (13) is provided with and the axial consistent membrane component sleeve (12) of baking oven (7), forms the baking chamber (15) of circulating betwixt for hot gas between membrane component sleeve (12); In membrane component sleeve (12), be placed with family expenses membrane component (16).
2. dryer according to claim 1, is characterized in that: dry assembly (1) and be positioned over respectively a frame (3) upper strata and lower floor with heater blower (4).
3. dryer according to claim 1, is characterized in that: baking oven (7) is connected by outside hinge (8) pivoting with a side of inlet box (5); Be provided with and baking oven (7) can be fastened on to the box fastener (10) on inlet box (5) with the opposite side outside of inlet box (5) at baking oven (7).
4. dryer according to claim 3, is characterized in that: a side that is provided with box fastener (10) at baking oven (7) is also equipped with handle (9).
5. dryer according to claim 1, is characterized in that: membrane component sleeve rack (13) is provided with 25 membrane component sleeves (12).
6. dryer according to claim 1 or 5, is characterized in that: be provided with sealing ring (17) at family expenses membrane component (16) afterbody; Described membrane component sleeve (12) internal diameter is slightly smaller than sealing ring (17) diameter.
7. dryer according to claim 1, is characterized in that: be provided with air bleeding valve (11) in baking oven (7) bottom, be communicated with the baking chamber (15) in baking oven (7).
8. dryer according to claim 1, is characterized in that: baking oven (7) bottom is provided with universal wheel (14) as supporting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420375665.6U CN204006993U (en) | 2014-07-08 | 2014-07-08 | Household reverse osmosis membrane component dryer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420375665.6U CN204006993U (en) | 2014-07-08 | 2014-07-08 | Household reverse osmosis membrane component dryer |
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| Publication Number | Publication Date |
|---|---|
| CN204006993U true CN204006993U (en) | 2014-12-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420375665.6U Active CN204006993U (en) | 2014-07-08 | 2014-07-08 | Household reverse osmosis membrane component dryer |
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| Country | Link |
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| CN (1) | CN204006993U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105571272A (en) * | 2015-12-18 | 2016-05-11 | 山东九章膜技术有限公司 | Gas differential pressure dehumidifier for wet reverse osmosis membrane elements and dehumidification technology |
-
2014
- 2014-07-08 CN CN201420375665.6U patent/CN204006993U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105571272A (en) * | 2015-12-18 | 2016-05-11 | 山东九章膜技术有限公司 | Gas differential pressure dehumidifier for wet reverse osmosis membrane elements and dehumidification technology |
| CN105571272B (en) * | 2015-12-18 | 2018-01-30 | 山东九章膜技术有限公司 | A kind of reverse-osmosis membrane element wet film gas differential pressure dehumidifier and dehumidification process |
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