Wine cabinet with humidity controlling unit
Technical field
The present invention relates to a kind of wine cabinet, relate in particular to and a kind ofly have humidity controlling unit so that preserve the wine cabinet of wine better.
Background technology
Because it is at present more and more higher to the requirement of the preservation of wine, especially grape wine, fruit wine, not only need wine is carried out refrigeration under the proper temperature, also needing has suitable humidity in the wine cabinet, because if humidity deficit can make the bottle stopper drying of grape wine, fruit wine and quicken the oxidation of wine, thereby influence the quality of wine, therefore on the market a kind of wine cabinet with control function is arranged now.This wine cabinet comprises casing, is located at humidification cavity with water box and cavity cover plate in the casing, the top of this cavity cover plate is provided with air inlet, the bottom is provided with air outlet, the air inlet place is provided with axial flow blower, is provided with evaporimeter, fin, cooling piece in the cavity, when needing humidification, the axial flow blower running, extraneous air-flow enters in air inlet, through evaporimeter and from water box top water vapour is brought in the casing, thereby is realized humidification is carried out in space in the wine cabinet casing.Though above-mentioned wine cabinet can be realized preserving moisture and humidification function, but owing to axial flow blower need be set, separately element such as water box be set, and these elements not only need to take the space in the wine cabinet, but also need extra aid and parts that these above-mentioned elements are fixed in the casing, therefore complex structure not only, processing step is also very loaded down with trivial details, is unfavorable for reducing cost.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of simple in structure, wine cabinet with the unit of preserving moisture that cost is low.
For solving the problems of the technologies described above, the present invention adopts following technical scheme: the present invention has the wine cabinet of humidity controlling unit, comprise wine cabinet cabinet, be arranged on the humidity sensor of humidity in humidity controlling unit in the cabinet and the sensing wine cabinet, described humidity controlling unit comprises evaporimeter, aqua storage tank, be arranged on the aqua storage tank bottom and and aqua storage tank between the drainpipe that seals, and be arranged on heater strip in the aqua storage tank; Described heater strip comprise resistance wire, protective resistance silk fuse, cover resistance wire top the ground floor aluminium foil, be arranged on lip-deep second layer aluminium foil of ground floor aluminium foil.
Preferably, the groove of described aqua storage tank for being arranged with downwards from the inner bag of wine cabinet.
Preferably, another surface of described ground floor aluminium foil is provided with glue-line.
Preferably, described ground floor aluminium foil is provided with the protection sheet that also is provided with the protection glue-line and removes in use on the surface of glue-line.
Preferably, described heater strip also comprises ply-yarn drill that keeps the electric wire position and the connector plug that connects with extraneous power supply.
Preferably, a free end of described drainpipe is provided with the outer rim of locating in above-mentioned aqua storage tank, adopts the sealing gasket sealing between described drainpipe and aqua storage tank bottom.
Preferably, described wine cabinet is double-deck, and the drainpipe lower end of upper strata wine cabinet is connected with flexible pipe, and described flexible pipe extends along the cabinet sidewall, and its other end is positioned in the rhone of lower floor's wine cabinet.
Preferably, described evaporimeter is a coiled, and the cabinet inside of interior plant wine cabinet.
Compared with prior art, the present invention has following advantage: the humidity controlling unit that is provided with in the wine cabinet of the present invention only comprises aqua storage tank, heater strip, evaporimeter and is arranged on the interior drainpipe formation of aqua storage tank, therefore significantly reduce component number, thereby simplified the structure of wine cabinet; Aqua storage tank can directly be arranged with by the inner bag of wine cabinet and form, and therefore not only can not take the inner space of wine cabinet, and owing to form with the inner bag of diapire is integrally manufactured during fabrication, thereby further simplified structure, and simplified the technological process of making; Heater strip of the present invention directly is attached to the bottom of aqua storage tank by glue with aluminium foil, and need not other parts the two is fixed, so structure is more simple.
Description of drawings
Below in conjunction with accompanying drawing the present invention is further described:
Fig. 1 is the vertical view of wine cabinet of the present invention inside.
Fig. 2 is the side view of wine cabinet of the present invention inside.
Fig. 3 is the humidity controlling unit schematic diagram that is used for wine cabinet of the present invention, wherein not shown drainpipe.
Fig. 4 is the front view of evaporimeter among Fig. 3.
Fig. 4 A is the local enlarged diagram in the cross section of B among Fig. 4.
Fig. 5 is the side view of Fig. 4.
Fig. 6 is the vertical view of Fig. 4.
Fig. 7 is the floor map of heater strip among Fig. 3.
Fig. 8 is along the profile of A-A line among Fig. 7.
Fig. 9 is the local enlarged diagram of C among Fig. 8.
Figure 10 is the schematic perspective view that is applied to the drainpipe among Fig. 3.
Figure 11 is the generalized section of Figure 10.
The specific embodiment
Please refer to Fig. 1, shown in Figure 2, wine cabinet 100 of the present invention comprises cabinet 1, be arranged on the temperature sensor 2 in wine cabinet 100 inner spaces (not label), is arranged on condenser pipe 3 and the capillary group 4 in the cabinet 1 and is arranged on humidity controlling unit 5 in the cabinet 1.
Described cabinet 1 comprises diapire 11, upper wall (not label), sidewall (not shown), rear wall 14 and door body 12.Preferably, according to the refrigerating capacity requirement of refrigeration system, described condenser pipe 3 and capillary group 4 are built-in, be arranged within the rear wall 14, but also it are clean and tidy to help outward appearance, and described capillary group has and plays throttling action in the refrigeration system.Preferably, described wine cabinet 100 can be divided into upper and lower two spaces, is fixed with stiffener 17,18 with adhesive tape respectively on the sidewall inner bag in each space, and described stiffener 17,18 plays the effect of strengthening inner bag intensity.Described temperature sensor 2 is respectively arranged with one in upper and lower space, so that the temperature in the upper and lower space is carried out sensing and control respectively.Described humidity controlling unit 5 also can be arranged at respectively in upper and lower two spaces, so that respectively the humidity in upper and lower two spaces is controlled.Preferably, above-mentioned door body 12 can be transparent, so that the wine of wine cabinet 100 internal storage is observed.
Please be simultaneously with reference to Fig. 2, shown in Figure 3, the humidity controlling unit 5 that is used for wine cabinet 100 of the present invention comprises evaporimeter 51, heater strip 52, aqua storage tank 53, drainpipe 54 and is arranged on humidity sensor (not shown) in the wine cabinet 100.
Please refer to Fig. 4-shown in Figure 6, described evaporimeter 51 is a spirally coiled, and the cross section of this spirally coiled evaporimeter 51 is oval (shown in Fig. 4 A), can increase the contact area of evaporimeter 51 and wine cabinet 100 inner bags like this, thereby improves the refrigeration of evaporimeter 51.
Please refer to Fig. 7-shown in Figure 9, described heater strip 52 comprises heating part (not label), is arranged on the fuse 521 in the heating part, the connector plug 523 that connects the ply-yarn drill 522 of heating part and be used for linking to each other with extraneous power supply (not shown).Described heating part comprise the protection sheet 524 of stacked setting, the ground floor that is arranged on protection sheet 524 upper stratas, second layer aluminium foil 525,526 and be arranged on protection sheet 524 and ground floor aluminium foil 525 between resistance wire 527.Described ground floor aluminium foil 525 is added with glue towards one deck of protection sheet 524; second layer aluminium foil 526 is used to protect ground floor aluminium foil 525; protection sheet 524 is the glue that is used to protect on the ground floor aluminium foil 525, and in use, protection sheet 524 is torn the heating part is attached to the basal surface of aqua storage tank 523.Described resistance wire 527 is roughly S shape and is arranged between protection sheet 524 and the ground floor aluminium foil 525; therefore ground floor aluminium foil 525 and second layer aluminium foil 526 raise up in the position that is provided with resistance wire 527; and in other positions, described ground floor aluminium foil 525 is directly to contact with protection sheet.Described ply-yarn drill 522 is used for two lines of resistance wire 527 are fixed, and therefore understandable, ply-yarn drill 522 also can omit.Connector plug 523 also can omit, and mixes corresponding connector plug when being applied to wine cabinet 100 again.
Please refer to Fig. 1, shown in Figure 2, described aqua storage tank 53 is set to the concave by the inner bag of the diapire 11 of wine cabinet 100 and forms, so aqua storage tank 53 is to be wholely set to form with wine cabinet 100.Above-mentioned aqua storage tank 53 also can be arranged with by Over-The-Counter bottom inner bag 15 and form.
Please refer to Figure 10, shown in Figure 11, described drainpipe 54 comprises outer rim 543 that first free end 542 of main body 541, contiguous main body 541 is provided with and by the annular groove 544 that encloses between the outer rim 543 and first free end 542, the cross section of the axis direction of described annular groove 544 is roughly rectangle, and the axial height of described outer rim 543 is less than the axial height of first free end 542.Location when the effect of described outer rim 543 is to cooperate with the inner bag of wine cabinet 100, therefore understandable, also annular groove 544 can be set between the described outer rim 543 and first free end 542, and the axial height of first free end 542 and outer rim 543 can be identical, and the height of outer rim 543 also can be greater than the height of first free end 542.
Please be simultaneously with reference to Fig. 1-shown in Figure 11, described humidity controlling unit 5 is arranged at respectively in upper and lower two spaces of wine cabinet 100 of the present invention.With the lower space is example; described aqua storage tank 53 forms for the following cabinet inner bag 115 of diapire 11 concaves; remove the protection sheet 524 of heater strip 52; by the glue on the ground floor aluminium foil 525 with the be sticked bottom of aqua storage tank 523, the heating part of heater strip 52; described evaporimeter 51 is arranged on the sidewall inner bag position of wine cabinet 100 or adopts built-in; described drainpipe 54 connects diapire 11 and is arranged in the aqua storage tank 53; outer rim 543 bottoms of drainpipe 54 support the heating part; thereby the position to drainpipe 54 positions; be provided with sealing gasket (not shown) between the position of the main body 541 contiguous outer rims 543 of drainpipe 54 and the heater strip 52; to prevent that water in the aqua storage tank 53 is from seepage downwards between the cooperation position of the two; the lower surface of second free end, the 545 outstanding diapires 11 of drainpipe 54; first free end 542 of drainpipe 54 exceeds aqua storage tank 53 bottoms; preferably; the height that exceeds is 8-15mm, so that discharge redundant moisture.Preferably, drainpipe 54 downsides of upper space also are equipped with flexible pipe (not shown), and this flexible pipe extends downward the aqua storage tank 53 of diapire 11 along the sidewall of wine cabinet 100, thereby the water that prevents upper space directly drips in lower space from drainpipe 54.
Because before wine cabinet 100 of the present invention uses, there is high temperature to hang down humid air in the upper and lower space of wine cabinet 100, when wine cabinet 100 uses, along with the temperature in the space reduces, air relative saturation humidity in wine cabinet 100 spaces increases, have then that the globule is agglomerated to that evaporimeter 51 (pipe-coil type evaporator 51 be arranged on inner bag outside the) is gone up or the inner bag of wine cabinet 100 (evaporimeter 51 is for built-in) on, the globule flows in the catch basin 53, if the dilutional hyponatremia in the catch basin 53 then can be discharged to from drainpipe 54 in the evaporating dish (not shown) of wine cabinet 100 and evaporates.When humidity is low in humidity sensor senses the space of wine cabinet 100; heater strip 52 in the aqua storage tank 53 is opened; thereby impel the water evaporation in the aqua storage tank 53; to increase the humidity in the space; when the temperature of heater strip 52 was too high, the fuse 521 of heater strip 52 was owing to temperature overheating fuses, thereby protected heater strip 52 and wine cabinet 100; because the heating power of heater strip 52 is much smaller than the refrigerating capacity of evaporimeter 51, so heater strip 52 can not exert an influence to the temperature in the wine cabinet 100.In wine cabinet 100 uses, the user gets wine is put needs to open wine cabinet 100 in the wine process door body 12, this moment, extraneous high temperature air then can enter wine cabinet 100, thereby be to increase fresh moisture in the wine cabinet 100, increase the humidity in the wine cabinet 100, and high temperature air is met and to be had the globule after cold and condense and flow in the aqua storage tank 53, enters the Water Cycle system once more.
The above only is a preferred implementation of the present invention; should be understood that; for those skilled in the art; under the prerequisite that does not break away from the principle of the invention; can also carry out some improvement and modification to the present invention, these improvement and modification also fall in the protection domain of claim of the present invention.