CN203816474U - Structure of moisture absorption machine - Google Patents
Structure of moisture absorption machine Download PDFInfo
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- CN203816474U CN203816474U CN201420138186.2U CN201420138186U CN203816474U CN 203816474 U CN203816474 U CN 203816474U CN 201420138186 U CN201420138186 U CN 201420138186U CN 203816474 U CN203816474 U CN 203816474U
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- moisture
- absorption box
- main body
- box main
- moisture absorption
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Abstract
The utility model relates to a structure of a moisture absorption machine. The structure is mainly characterized in that a ventilating pipe is arranged in an accommodating space of a moisture absorption box main body, wherein through holes are formed in the moisture absorption box main body and the ventilating pipe, and the moisture absorption box main body and the ventilating pipe are communicated with the accommodating space through the through holes; a drying device is arranged at the adjacent part of the moisture absorption box main body and the accommodating space, and an air outlet of the drying device corresponds to the ventilating pipe. According to the structure, when the moisture absorption level of a moisture absorption material in the accommodating space of the moisture absorption box main body is saturated and the moisture absorption material needs to be dried, the drying device can be started to supply hot air, and the hot air supplied by the drying device can be effectively guided to each corner of the accommodating space of the moisture absorption box main body by virtue of the through holes formed in the ventilating pipe, so that the effects of adequately and rapidly drying and restoring the moisture absorption material from inside to outside can be achieved.
Description
Technical field
The utility model is relevant for a kind of hygroscopic machine structure, espespecially a kind of can by the hygroscopic material being installed with in moisture-absorption box fully, the hygroscopic machine structure of flash baking reduction.
Background technology
Humidity is fabric of island-in-sea type National Climate characteristic, lives in the heavier environment of moisture, except unfavorable clothing, furniture etc., health is also had to bad impact, thus relevant dehumidifying product also just in response to and give birth to.In the dehumidifying commodity that tradition sold on the market, the chemical substances such as calcium chloride of mainly usining are the most universal as content, it is on container is divided into and is had, lower two-layer accommodation space, upper strata accommodation space is put granular calcium chloride, the aqueous vapor liquid dehumidifying is collected by lower floor, owing to having comprised the chemical substances such as calcium chloride in taken in liquid, if topple over because of carelessness with arround article contact, suitable easy-clear not, if and human body contact more can cause skin red, swollen, pain waits inflammation phenomenon, and it is also quite difficult on reclaiming, user mostly pours the liquid that comprises calcium chloride into drainage system, separately container is abandoned, so, except environment is caused severe contamination, also cause the wasting of resources.
Therefore Ling You manufacturer has developed reusable dehumidifying product recently, it is mainly provided with a box-like body, and install an electric-heating assembly in this box-like body, in box-like body, be filled with hygroscopic material again, with moisture in absorbed air, when hygroscopic material is inhaled full moisture, electric-heating assembly is given in energising, so that electric-heating assembly converts electrical energy into after heat energy, to inhaling the hygroscopic material of full moisture, dried, and reached reusable object.Yet, though this dehumidifying product has the effect of the dehumidifying of can repeating, but the electric-heating assembly of assembling in body, can cause the raising of this dehumidifying cost of goods manufactured, and when being assembled in body after electric-heating assembly, its internal body can just reduce many for the space that holds hygroscopic material relatively, so that effect on moisture extraction of this dehumidifying product is limited, must start continually electric-heating assembly and carry out the action that hygroscopic material oven dry dehumidifies again, so, except the not convenient property causing in use, more cause the waste of electric power, another aspect electric-heating assembly sends after heat energy, its mainly oven dry scope is hygroscopic material arround it, and be difficult to overall diffusion to all hygroscopic materials of internal body, if wish is dried all hygroscopic materials of internal body, relatively just, must extend the electric-heating assembly start time, therefore under electric-heating assembly frequent starting and start time lengthening, required power drain cost just improves relatively, simultaneously, electric-heating assembly also shortening relatively in service life, after using a period of time, just must keep in repair or replace, and cause user's burden economically.
So, the design people implements in using in view of existing reusable dehumidifying product, still have above-mentioned many disappearances, be mat its for many years in the manufacture of association area and assisting a ruler in governing a country of design experiences and knowledge, and through clever thought in many ways, for existing reusable dehumidifying product, research and develop improvement, and grind, create the utility model.
Utility model content
The utility model is relevant for a kind of hygroscopic machine structure, its objective is for provide a kind of can by the hygroscopic material being installed with in moisture-absorption box fully, the hygroscopic machine structure of flash baking reduction.
In order to reach above-mentioned enforcement object, the design people discusses and formulates following hygroscopic machine structure, it is provided with a moisture-absorption box, this moisture-absorption box includes moisture-absorption box main body, in this moisture-absorption box main body, form accommodation space, in this accommodation space, be provided with ventilation duct again, separately in this ventilation duct, be provided with open-work, this open-work communicates with this accommodation space, and be provided with a plurality of open-works in this moisture-absorption box main body, open-work in this moisture-absorption box main body communicates with this accommodation space, be provided with drying unit again, and the exhaust vent of this drying unit is corresponding with this ventilation duct in this moisture-absorption box main body adjacent.
Hygroscopic machine structure as above, wherein, this drying unit includes the holder that an inside is hollow, and be provided with air admission hole in this holder, this air admission hole communicates with the hollow bulb of this holder, separately in the hollow bulb of this holder, be provided with blower fan and electric heating unit, and on this holder, form this exhaust vent, this exhaust vent communicates with this hollow bulb.
Hygroscopic machine structure as above, wherein, further convexes with a discharge pipe portion on the holder of this drying unit, this discharge pipe portion is located in this exhaust vent position.
Hygroscopic machine structure as above, wherein, this moisture-absorption box main body includes housing, and is provided with cap in this housing, between this housing and this cap, forms this accommodation space.
By this, hygroscopic machine structure of the present utility model is provided with ventilation duct in moisture-absorption box inside, with when drying reduction hygroscopic material, the hot blast that drying unit sends can be via the guiding of this ventilation duct, hot blast is effectively blown into each corner of moisture-absorption box accommodation space, to reach abundant from inside to outside, the effect of fast hygroscopic material being dried, in this, can make the drying unit start time relatively reduce on the one hand, to save power cost, under another aspect reduces between in use, just can relatively improve the service life of drying unit, and reach, reduce the frequent economic loss of keeping in repair or replacing of drying unit.
Accompanying drawing explanation
The following drawings is only intended to the utility model to schematically illustrate and explain, does not limit scope of the present utility model.Wherein,
Fig. 1 is moisture-absorption box three-dimensional exploded view of the present utility model;
Fig. 2 is drying unit three-dimensional exploded view of the present utility model;
Fig. 3 is hygroscopic machine three-dimensional exploded view of the present utility model;
Fig. 4 is hygroscopic machine assembled sectional view of the present utility model.
Main element label declaration:
1 moisture-absorption box
11 moisture-absorption box main bodys
111 housings
1111 open-works
112 caps
1121 caulking grooves
1122 carriers
1123 tanks
1124 through holes
1125 open-works
113 accommodation spaces
12 ventilation ducts
121 pores
122 open-works
2 drying units
21 holders
211 socles
212 air admission holes
213 hollow bulbs
214 discharge pipe portions
2141 exhaust vents
22 blower fans
23 electric heating units
3 hygroscopic materials
The specific embodiment
And be the effect that makes technological means of the present utility model and can reach, can have more complete and clearly disclose, be now described in detail as follows, see also the graphic and figure number of exposure:
First, referring to Fig. 1, Fig. 2, is hygroscopic machine structure of the present utility model, and it is mainly comprised of moisture-absorption box 1 and drying unit 2; Wherein:
This moisture-absorption box 1, comprise moisture-absorption box main body 11 and ventilation duct 12, be to make this moisture-absorption box main body 11 be provided with the tubular shell 111 that a hollow and two ends are open end, and be provided with cap 112 in these tubular shell 111 two ends groups, so that 112 of this tubular shell 111 and two ends caps form an accommodation space 113, and form ring-like caulking groove 1121 in this cap 112 with 111 groups of end faces of establishing of housing, for tubular shell 111 two ends, establish with the caulking groove 1121 interlocking groups of two caps 112 respectively, make again two caps 112 be positioned to form the end face central authorities of caulking groove 1121 to convex with carrier 1122, and be concaved with tank 1123 in these carrier 1122 centre, and make tank 1123 bottom lands of one cap 112 be penetrated with through hole 1124, on tubular shell 111 and two caps 112, be respectively provided with a plurality of open-works 1111 again, 1125, to communicate with this accommodation space 113, make again 12 of this ventilation ducts be located in the accommodation space 113 of this moisture-absorption box main body 11, be to make this ventilation duct 12 be shaped to one end to be open end, and another end is blind end, another inside is formed with the entity of pore 121, and be provided with a plurality of open-works 122 in this ventilation duct 12, to communicate with its pore 121, make again the open end of this ventilation duct 12 be plugged in carrier 1122 tanks 1123 of these moisture-absorption box main body 11 one caps 112, and the through hole 1124 of the pore 121 of this ventilation duct 12 and the tank 1123 of this cap 112 is communicated,
This drying unit 2, overlap with this moisture-absorption box 1, be to include the holder 21 that an inside is hollow, and make the bottom group of this holder 21 be provided with socle 211, and be penetrated with air admission hole 212 in these holder 21 bottom surfaces, with the hollow bulb 213 with holder 21, communicate, in the hollow bulb 213 of this holder 21, be provided with blower fan 22 again, and be provided with electric heating unit 23 in these blower fan 22 upper set, separately make these holder 21 upper end centre convex with a discharge pipe portion 214, and the exhaust vent 2141 of this discharge pipe portion 214 is communicated with its hollow bulb 213, separately make this moisture-absorption box 1 overlap with holder 21, and make the discharge pipe portion 214 of this holder 21 through the through hole 1124 of the cap 112 of moisture-absorption box main body 11, with the pore 121 with this ventilation duct 12, socket-connect, so that the pore 121 of the exhaust vent 2141 of this holder 21 and the ventilation duct 12 of this moisture-absorption box 1 communicates.
Accordingly, when using enforcement, see also Fig. 3, Fig. 4, a plurality of granular hygroscopic materials 3 are received in the accommodation space 113 of moisture-absorption box main body 11, again hygroscopic machine of the present utility model is positioned over to wardrobe, bookcase, shoe chest and storage box ... in the space that needs to dehumidify, then, this wardrobe, bookcase, shoe chest and storage box ... Deng contained moisture in space, the arbitrary hole by moisture-absorption box main body 11 enters in the accommodation space 113 of this moisture-absorption box main body 11, so that be located in the hygroscopic material 3 performance absorbing moisture functions of accommodation space 113, to guarantee this wardrobe, bookcase, shoe chest and storage box ... aridity in space, prevent this wardrobe, bookcase, shoe chest and storage box ... in the clothes of placing in space, books, shoes ... Deng article, because of moist, damage.
Moreover, the hygroscopic material 3 being installed with in the accommodation space 113 of moisture-absorption box arrives when saturated in absorbing moisture, user can utilize the interior accommodating hygroscopic material 3 of 2 pairs of moisture-absorption boxes 1 of drying unit to dry homing action, when carrying out the oven dry of hygroscopic material 3, start this drying unit 2 starts, the blower fan 22 of this drying unit 2 is taken out extraneous air in the hollow bulb 213 of introducing holder 21 via the set air admission hole 211 of holder 21, continue and by the electric heating unit 23 being arranged in the hollow bulb 213 of this holder 21, the air of this suction is heated, the continuous eddy current being produced by blower fan 22 of air of this heating drives, exhaust vent 2141 with the discharge pipe portion 214 towards holder 21 upper ends blows, so that this hot blast is carried toward the pore 121 of the ventilation duct 12 of the moisture-absorption box 1 socket-connecting through the exhaust vent 2141 of discharge pipe portion 214, this hot blast blowing in the pore 121 of ventilation duct 12 that continues is blown into each corner of the accommodation space 113 of moisture-absorption box 1 by set a plurality of open-works 122 on ventilation duct 12, to reach from inside to outside fast by the benefit of interior hygroscopic material 3 flash bakings of the accommodation space 113 that is located in moisture-absorption box 1, continue it, this hot blast can be by the open-work 1111 of setting tool on the tubular shell 111 of moisture-absorption box 1 and two caps 112, 1125 discharge in outside, so that hot blast is in the interior circulation of accommodation space 113 of moisture-absorption box 1.
By this, utilize the utility model hygroscopic machine in inner set ventilation duct 12 designs of its moisture-absorption box 1, the accommodation space 113 that the hot blast that drying unit 2 can be sent effectively directs into moisture-absorption box 1 everywhere, fully and fast hygroscopic material 3 is dried from inside to outside, in this, can make the 2 start times of drying unit relatively reduce on the one hand, significantly to save power cost, another aspect is under drying unit effective minimizing 2 service times, can relatively improve the service life of drying unit 2, to reach, reduce drying unit 2 spoilages, and the economic loss of saving frequent maintenance or replacing drying unit 2.
Aforesaid embodiment or graphic and non-limiting hygroscopic machine structure embodiment of the present utility model, have suitable variation or the modification of conventionally knowing that the knowledgeable does in all affiliated technical fields, all should be considered as not departing from hygroscopic machine structure patent category of the present utility model.
From said structure and embodiment, the utlity model has following advantage:
1. hygroscopic machine structure of the present utility model is provided with ventilation duct in moisture-absorption box inside, with when drying reduction hygroscopic material, the hot blast that drying unit sends can be via the guiding of this ventilation duct, hot blast is effectively blown into each corner of moisture-absorption box accommodation space, with the effect that reaches from inside to outside fully, fast hygroscopic material is dried.
2. hygroscopic machine structure of the present utility model is provided with ventilation duct in moisture-absorption box inside, utilize the guiding of this ventilation duct, drying unit can be sent to hot blast and effectively blow each hygroscopic material to accommodation space, fast hygroscopic material is dried, in this, can make the drying unit start time relatively reduce on the one hand, to save power cost, under another aspect reduces between in use, just can relatively improve the service life of drying unit, and reach the economic loss that reduces the frequent maintenance of drying unit or replace.
The foregoing is only the schematic specific embodiment of the utility model, not in order to limit scope of the present utility model.Any those skilled in the art, is not departing from equivalent variations and the modification of having done under the prerequisite of design of the present utility model and principle, all should belong to the scope of the utility model protection.
Claims (4)
1. a hygroscopic machine structure, it is characterized in that, described hygroscopic machine structure is provided with a moisture-absorption box, described moisture-absorption box includes moisture-absorption box main body, in described moisture-absorption box main body, form accommodation space, in described accommodation space, be provided with ventilation duct again, separately in described ventilation duct, be provided with open-work, described open-work communicates with described accommodation space, and be provided with a plurality of open-works in described moisture-absorption box main body, open-work in described moisture-absorption box main body communicates with described accommodation space, described moisture-absorption box main body adjacent is provided with drying unit, and the exhaust vent of described drying unit is corresponding with described ventilation duct.
2. hygroscopic machine structure as claimed in claim 1, it is characterized in that, described drying unit includes the holder that an inside is hollow, and be provided with air admission hole in described holder, described air admission hole communicates with the hollow bulb of described holder, separately in the hollow bulb of described holder, be provided with blower fan and electric heating unit, and on described holder, form described exhaust vent, described exhaust vent communicates with described hollow bulb.
3. hygroscopic machine structure as claimed in claim 2, is characterized in that, further convexes with a discharge pipe portion on the holder of described drying unit, and described discharge pipe portion is located in described exhaust vent position.
4. hygroscopic machine structure as claimed in claim 1, is characterized in that, described moisture-absorption box main body includes housing, and is provided with cap in described housing, between described housing and described cap, forms described accommodation space.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420138186.2U CN203816474U (en) | 2014-03-25 | 2014-03-25 | Structure of moisture absorption machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420138186.2U CN203816474U (en) | 2014-03-25 | 2014-03-25 | Structure of moisture absorption machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203816474U true CN203816474U (en) | 2014-09-10 |
Family
ID=51472018
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420138186.2U Expired - Fee Related CN203816474U (en) | 2014-03-25 | 2014-03-25 | Structure of moisture absorption machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203816474U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106556068A (en) * | 2015-09-16 | 2017-04-05 | 王秀芬 | Detachable air conditioner |
| CN114376344A (en) * | 2021-12-24 | 2022-04-22 | 南京农业大学 | Small detachable circulating dehumidifier and detachable circulating dehumidification method thereof |
-
2014
- 2014-03-25 CN CN201420138186.2U patent/CN203816474U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106556068A (en) * | 2015-09-16 | 2017-04-05 | 王秀芬 | Detachable air conditioner |
| CN114376344A (en) * | 2021-12-24 | 2022-04-22 | 南京农业大学 | Small detachable circulating dehumidifier and detachable circulating dehumidification method thereof |
| CN114376344B (en) * | 2021-12-24 | 2023-09-15 | 南京农业大学 | Small detachable circulating dehumidifier and detachable circulating dehumidification method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140910 |