CN1987222A - Dehumidifier - Google Patents

Abstract

A demoistener for indoor air is composed of a casing an indoor air sucking-in inlet on the back of casing, a demoistened air exhausting outlet on the front surface of casing, a water adsorbing module, an indoor air sucking-in module, and a regenerating module for forcing the sucked air to circulate.

Description

Dehumidifier

Technical field

The present invention relates to dehumidifier, more detailed saying so relates to: between the rear frame of body housing back and back faceplate panels from every the slit form suction inlet, and the front of body housing forms outlet, and above-mentioned outlet is by discharging the dehumidifier that grid opens and closes.

Background technology

Generally speaking, the operation principle of dehumidifier is as follows: after indoor malaria is drawn into enclosure interior, make the heat exchanger of above-mentioned suction air through constituting by condensing machine that has refrigerant to flow and rapid steamer, after reducing humidity, the air of dehumidifying is discharged to the interior space again, thereby can reduces indoor humidity.

That is, dehumidifier utilizes following method: the refrigerant of liquid state is evaporated in evaporimeter, thereby absorb hot method from ambient air.Refrigerant is in when evaporation, and the temperature of evaporimeter will reduce, and the temperature of the air by evaporimeter equally also will reduce.

Therefore, along with the temperature around the above-mentioned evaporimeter descends, the moisture that comprises in the air is condensing, and the moisture after condensing is condensed in evaporator surface with the dewdrop form.

Fig. 1 is the exploded perspective view that shows according to the dehumidifier of conventional art.

As shown in the figure, be made of following components according to the dehumidifier of conventional art: housing 1: it is formed with suction inlet in order to suck room air, and the back that is formed with suction inlet is equipped with filter 4; Heat exchanger 20: it is positioned at the place ahead of the above-mentioned filter 4 of above-mentioned housing 1, by carrying out heat exchange with room air, plays exsiccation; Combination of fans part 10: it is positioned at the place ahead of above-mentioned heat exchanger 20, the forced flow room air; Water tank 30, it is formed at the bottom of above-mentioned heat exchanger, is used to collect condensing water; Front panel 3, it constitutes the front outward appearance, and is formed with outlet 3a.

But there is following defective in aforesaid dehumidifier according to conventional art.

That is, in the dehumidifier according to conventional art, above-mentioned front panel 3 is formed with outlet 3a, so the front outward appearance is attractive in appearance inadequately, and the user also is difficult to regulate the discharge direction.

And the gateway of water tank 30 is formed at the back of housing 1, therefore is difficult to carry out the loading and unloading of water tank 30.

And,, therefore can reduce dehumidification rate even the room air that passes through above-mentioned heat exchanger 20 also can directly be discharged to the interior space under the state that does not dehumidify fully.

Summary of the invention

The present invention proposes in order to solve the above problems.Therefore, the object of the present invention is to provide a kind of dehumidifier, it is characterized in that: good looking appearance, and, because the loading and unloading of water tank are easy, thereby improved the convenience of using.

Another object of the present invention is to provide a kind of dehumidifier that improves dehumidification rate.

To achieve these goals, comprising following components according to dehumidifier of the present invention constitutes: the body housing that forms outward appearance; Be formed at the back of above-mentioned body housing, for room air being drawn into the body enclosure interior, and the suction inlet of channeling conduct; Be formed at the front of above-mentioned body housing, be discharged to the outside in order to be drawn into the air that dehumidifies after the body enclosure interior, and the outlet of channeling conduct; Be arranged at the inside of above-mentioned body housing, by rotating the adsorption combined part of the moisture that comprises in the absorbed air; Be arranged at a side of above-mentioned adsorption combined part, for room air being drawn into above-mentioned body enclosure interior, and the suction sub-assembly of mandatory guidance; Be arranged at a side of above-mentioned suction sub-assembly, for a part that makes the room air that is drawn into above-mentioned body enclosure interior circulates, and positively controlled regeneration assembly.

Another feature of the present invention is: the inner lower of above-mentioned body housing is provided with water tank, and above-mentioned water tank is used for storing the moisture that room air comprises.One side of above-mentioned water tank is formed with the water tank handle, and above-mentioned water tank handle becomes easily the mobile of water tank, and above-mentioned water tank handle is exposed to the outside of body housing.

Another feature of the present invention is: above-mentioned outlet is formed with a plurality of discharge grids, and above-mentioned discharge grid is used to regulate the direction of the air of discharge, and above-mentioned discharge grid rotates by rear forward, opens and closes above-mentioned outlet.

Another feature of the present invention is: the both side ends hinge of above-mentioned discharge grid is incorporated into front one side of above-mentioned body housing, thereby rotate at the rear forward.

Another feature of the present invention is: above-mentioned suction inlet be rear frame with the back faceplate panels between when combining formed from every the slit.Here, rear frame constitutes the back outward appearance of above-mentioned body housing.And,, and be formed with the back faceplate panels for the back outward appearance that makes above-mentioned body housing is more attractive in appearance.

As mentioned above, have following effect according to dehumidifier of the present invention: rear frame that the body housing is provided with later and back faceplate panels from every the slit form suction inlet, and the front of body housing is formed with outlet, above-mentioned outlet is to be discharged from grid to open and close.

And another effect of the present invention is: because filter and outlet are not exposed to the outside, and because therefore the amount sense of front panel and back faceplate panels can make the outward appearance of dehumidifier more attractive in appearance.

In addition, the effect that the present invention had is: by open back faceplate panels, therefore can make the replacing of filter become easy.And, can take out water tank from the water tank gateway of front panel bottom, therefore can handle the water that stores in the water tank easily.Moreover,, therefore can reduce the weight of dehumidifier, simultaneously, also can reduce noise, improve the ease of use of dehumidifier owing to omitted the compressor that possesses in the dehumidifier of conventional art.

In addition, another effect that the present invention had is: because the body enclosure interior is provided with the suction sub-assembly that is used for adsorbing the moisture that room air comprises, and the regeneration assembly that continues the oven dry adsorbent, therefore, with respect to conventional art, dehumidification rate is significantly improved.

In general, because the design of dehumidifier becomes attractive in appearance, weight and noise reduce, and because therefore the convenience of using and the raising of dehumidification rate can impel the desire to buy of consumer to dehumidifier.

Description of drawings

Fig. 1 is the exploded perspective view that shows according to the dehumidifier of conventional art.

Fig. 2 is the oblique view that shows according to the front of dehumidifier of the present invention.

Fig. 3 is the oblique view that shows according to the back of dehumidifier of the present invention.

Fig. 4 shows according to the oblique view of outlet of the present invention to the state of the open at its front of dehumidifier.

Fig. 5 is the oblique view that shows according to the back faceplate panels opened state of dehumidifier of the present invention.

Fig. 6 is the exploded perspective view that shows according to dehumidifier of the present invention.

Fig. 7 is the air flow figure that shows according to the summary of dehumidifier of the present invention.

The critical piece description of reference numerals

100: body housing 110: the front framework

120: front panel 122: outlet

124: discharge grid 126: the water tank gateway

130: rear frame 132: suction inlet

134: filter 140: the back faceplate panels

150: top panel 152: display part

154: action button 156: the dehumidifier handle

156 ': dehumidifier handle slot 160: control box

170: heat exchanger 180: the regeneration cover

200: adsorption combined part 220: adsorbent

240: adsorber rotor 260: the adsorber rotor shell

262: adsorber rotor cover 264: the rotor rotating shaft

266: rotor rotating shaft brace table 272: the regeneration stream

274: circulation stream 280: the absorption motor

282: rotor gear 300: suck sub-assembly

320: suction fan 340: the suction fan shell

342: rotating shaft 344: the rotating shaft brace table

350: suck motor 360: motor fixture

380: discharge stream 400: regeneration assembly

420: regeneration fan 440: the regeneration fan shell

460: regeneration motor 480: heater

482: heater housing 500: drain underpan

520: rhone 600: water tank

620: radiator shell is in conjunction with protuberance 640: radiator shell

642: radiator shell is in conjunction with mouth 644: the water tank handle

644 ': water tank handle slot 646: water tank inflow entrance

648: flow into mouth mask 660: ball float

The specific embodiment

Fig. 2 is the oblique view that shows according to the front of dehumidifier of the present invention.Fig. 3 is the oblique view that shows according to the back of dehumidifier of the present invention.

As shown in the figure, profile according to dehumidifier of the present invention is to be made of the body housing 100 that probably is lineal hexahedral, and the inside of above-mentioned body housing 100 possesses following a plurality of parts is arranged: by rotation, the adsorption combined part 200 of the moisture that comprises in the absorbed air; For room air being drawn into above-mentioned body housing 100 inside, and the suction sub-assembly 300 of forced air flow; In order to make the part circulation in the room air that is drawn into above-mentioned body housing 100 inside, and the regeneration assembly 400 of forced air flow etc.

Above-mentioned body housing 100 probably forms four jiaos of tubbiness, and is divided into first half and latter half of formation.That is, above-mentioned body housing 100 is the center with half of four jiaos of buckets, is divided into the front framework 110 that formation front periphery and side reach following outward appearance, and the formation back is peripheral and the rear frame 130 of side and following outward appearance.Here, the top panel 150 of outward appearance above the top is formed with and constitutes, thereby the profile of formation body housing 100.

And the place ahead of the opening of above-mentioned front framework 110 is formed with front panel 120, and above-mentioned front panel can make the front outward appearance of dehumidifier more attractive in appearance.The rear of the opening of above-mentioned rear frame 130 also is formed with back faceplate panels 140, and above-mentioned back panel forms the back outward appearance, thereby can constitute above-mentioned body housing 100.

Above-mentioned front panel 120 and back faceplate panels 140 have the Square consisting of two isosceles right-angled triangles shape respectively, and the place ahead and rear chamfering formation at a certain angle, therefore make the front-back formation amount sense (volume) of dehumidifier, thereby make the outward appearance of dehumidifier more attractive in appearance.

Here, above-mentioned back faceplate panels 140 and above-mentioned rear frame 130 be from every combination, above-mentioned from every the slit will constitute suction inlet 132, above-mentioned suction inlet is used for room air guided and is drawn into above-mentioned body housing 100 inside.That is, be formed at the slit of side up and down, be formed with above-mentioned suction inlet 132 along the above-mentioned edge of faceplate panels 140 afterwards.

Corresponding to the front of the body housing 100 of the back of the body housing 100 that is formed with above-mentioned suction inlet 132, the upper end of promptly above-mentioned front panel 120 is formed with outlet 122.The effect of above-mentioned outlet is: will be discharged to the outside again after dehumidifying in above-mentioned body housing 100 inside from the room air that above-mentioned suction inlet 132 sucks.

Above-mentioned outlet 122 is opened by the discharge grid 124 that will illustrate below or is covered.The downside of above-mentioned outlet 122, more detailed says, the lower front face portion of above-mentioned front panel 120 is formed with water tank gateway 126.The effect of above-mentioned water tank gateway is: guiding is used for storing the water tank 600 of the moisture that the room air that sucks from above-mentioned suction inlet 132 comprises.

Upper end in above-mentioned water tank gateway 126, water tank handle 644 is arranged at the upper end of above-mentioned water tank 600, above-mentioned water tank handle can make mobile the becoming of water tank 600 be more prone to, and above-mentioned water tank handle be placed in will be below explanation water tank handle slot 644 ', and be exposed to the front of above-mentioned body housing 100.Therefore, can be easily from the above-mentioned water tank 600 of above-mentioned body housing 100 inner loading and unloading.

In addition, be formed with top panel 150 above the above-mentioned body housing 100, above-mentioned top panel forms top outward appearance.Above-mentioned top panel 150 probably forms the Square consisting of two isosceles right-angled triangles shape, the transparent display part 152 that is formed with of its central portion, and above-mentioned display part is used to show the driving condition of dehumidifier.

The left and right sides of above-mentioned display part 152 is provided with the action button 154 of the driving of a plurality of operation dehumidifiers.The rear of above-mentioned display part 152 is provided with dehumidifier handle 156, and above-mentioned dehumidifier handle can make mobile the becoming of dehumidifier be more prone to, above-mentioned dehumidifier handle be contained in dehumidifier handle slot 156 ', observe up, above-mentioned dehumidifier handle slot probably be ' ' shape.

Fig. 4 shows according to the oblique view of dehumidifier outlet of the present invention to the front opened state.Fig. 5 is the oblique view that shows according to the back faceplate panels opened state of dehumidifier of the present invention.

As shown in the figure, above-mentioned outlet 122 is discharged from grid 124 and opens or cover, and above-mentioned discharge grid is used to regulate the direction of the air of discharge.

Above-mentioned discharge grid 124 is to be formed as one by a plurality of, therefore can more discharge the air of dehumidifying, thereby can improve dehumidification rate, and, both side ends hinge (not having prompting among the figure) is incorporated into the two side ends of above-mentioned outlet 122, be front panel 120, thereby rotate at the rear forward.

That is, be axle with above-mentioned hinge, the weight that makes the lower end of discharging grid 124 therefore can the rear rotation forward owing to the air of discharging from above-mentioned outlet 122 greater than the upper end.

Therefore, when dehumidifier does not drive, above-mentioned discharge grid 124 will rotate to above-mentioned outlet 122 inside (below), thereby cover outlet 122.When dehumidifier drives, above-mentioned discharge grid 124 will rotate upward, thus open above-mentioned outlet 122, the direction that therefore can regulate the air of the dehumidifying of discharging from outlet 122.

In addition, be formed with the back faceplate panels 140 of above-mentioned suction inlet 132 and rear frame 130 from every combination, the bottom hinge (not having prompting among the figure) of above-mentioned back faceplate panels 140 is incorporated into the bottom of above-mentioned rear frame 130, and therefore the upper end of back faceplate panels 140 can rearward be rotated.

The place ahead of above-mentioned back faceplate panels 140 is provided with filter 134, and above-mentioned filter is used to purify the room air that sucks from above-mentioned suction inlet 132.

The effect of above-mentioned filter 134 is: filter out airborne foreign matter.Above-mentioned filter can be by monolithic entity that constitutes in following several filters or by several assemblies that constitute: be used for filtering the bigger dust that comprises from above-mentioned suction inlet 132 inhaled airs prefilter, remove peculiar smell odor removal filter, with electrical function collect dust dust-collecting filter, filter the HEPA of fine dust.

Fig. 6 is the exploded perspective view that shows according to dehumidifier of the present invention.

As shown in the figure, the bottom that is formed with the top panel 150 of above-mentioned display part 152 is provided with control box 160.The effect of above-mentioned control box 160 is: the control dehumidifier drives its operation according to above-mentioned activation button.

Above-mentioned control box 160 probably forms four jiaos of barrel-shaped shapes, though diagram not, the inside of above-mentioned control box is provided with a plurality of parts such as loop substrate of the driving that is used to control dehumidifier.

The bottom of above-mentioned control box 160 is provided with heat exchanger 170, and above-mentioned heat exchanger carries out heat exchange with the room air that sucks by above-mentioned suction inlet 132.Above-mentioned heat exchanger 170 is by two overlapping settings of heat exchanger that vary in size, and, after making air inflow by regeneration assembly 400 circulations, contact with the room air that sucks by above-mentioned suction inlet 132, thereby produce more heat exchange, above-mentioned heat exchanger is to be made of the interconnective a plurality of pipes in inner passage.

The place ahead of above-mentioned heat exchanger 170 is provided with regeneration cover 180, and above-mentioned regeneration cover combines with the heater housing 482 that will illustrate below.In order to make the room air by regeneration assembly 400 circulations flow into heat exchanger 170 again, above-mentioned regeneration cover 180 plays the effect of stream.To be described below for regeneration assembly.

The place ahead of above-mentioned regeneration cover 180 is provided with adsorption combined part 200, and above-mentioned adsorption combined part 200 adsorbs the moisture that comprises by rotation from the room air that above-mentioned suction inlet 132 sucks.Above-mentioned adsorption combined part 200 is to be made of following parts: the adsorbent 220 of the moisture in the absorbed air; Accommodate above-mentioned adsorbent 220, and rotatable adsorber rotor 240; In order to make 240 rotations of above-mentioned adsorber rotor, and support the adsorber rotor shell 260 of above-mentioned adsorber rotor; In order to make 240 rotations of above-mentioned adsorber rotor, and provide the absorption motor 280 etc. of rotary power.

Above-mentioned adsorbent 220 is to be made by paper wood matter, and forms circle, and inside then forms the honeycomb form, therefore is formed with a plurality of through holes.More detailed says, is after 2 layers of paper are rolled combination with honeycomb (Honey-comb) form, to form a plurality of through holes.And, make solution permeate the paper of finishing combination in above-mentioned, thereby finally finish the making of above-mentioned adsorbent 220 as adsorption component.

Therefore, when room air passed through the through hole of above-mentioned adsorbent 220, it is adsorbed that the moisture that comprises in the room air will be adsorbed agent 220, thereby can dehumidify to air.

Above-mentioned adsorbent 220 forms circle, and is installed on the adsorber rotor 240 of rotation.Above-mentioned adsorber rotor 240 is that the framework by circle constitutes, and outer peripheral face forms the serrated wheel shape.The outside of above-mentioned adsorber rotor 240 is formed with rotor gear 282, and above-mentioned rotor gear and above-mentioned absorption motor 280 are integrally formed, and rotatable.The outer peripheral face of above-mentioned rotor gear 282 also is formed with and the corresponding serrated wheel shape of the outer peripheral face of above-mentioned adsorber rotor 240.

Therefore, above-mentioned rotor gear 282 is with after above-mentioned adsorber rotor 240 combines, owing to the rotary power of above-mentioned absorption motor 280 slowly (for example per minute 1 circle) rotation, thereby the moisture in the absorbed air.

Above-mentioned adsorber rotor 240 is accommodated and is supported in adsorber rotor shell 260.Above-mentioned adsorber rotor shell 260 probably forms the Square consisting of two isosceles right-angled triangles shape, and its central portion connects and be formed with adsorber rotor cover 262, and in order to accommodate above-mentioned adsorber rotor 240, above-mentioned adsorber rotor cover protrudes and is formed with circular edges.

And the central portion of above-mentioned adsorber rotor cover 262 is formed with rotor rotating shaft 264, and above-mentioned rotor rotating shaft will become the rotary middle spindle of above-mentioned adsorber rotor 240.Above-mentioned rotor rotating shaft 264 combines with rotor rotating shaft brace table 266, and by above-mentioned rotor rotating shaft brace table institute support fixation.Here, above-mentioned rotor rotating shaft brace table 266 forms a plurality of from the end of above-mentioned adsorber rotor cover 262 to central portion.

In addition, the upper end, right side of above-mentioned adsorber rotor shell 260 is formed with circulation stream 274.The effect of above-mentioned circulation stream is: corresponding to the regeneration stream 272 that will illustrate below, the air guiding that circulates in the above-mentioned heat exchanger 170 is flow into the regeneration fan 420 that illustrates below.In order to make above-mentioned adsorber rotor 240 rotations, the bottom one of above-mentioned adsorber rotor shell can provide the absorption of rotary power motor 280 and rotor gear 282 in conjunction with being provided with.

The place ahead of above-mentioned adsorption combined part 200 is provided with heater 480.Above-mentioned heater be will be below the component parts of regeneration assembly 400 of explanation, it is in order to dry above-mentioned adsorbent, and hot gas is provided.Above-mentioned heater 480 probably forms fan shape, and accommodates the heater housing 482 that is arranged at the front and back perforation.

Therefore, above-mentioned heater housing 482 is arranged between the above-mentioned rotor rotating shaft brace table 266, and be arranged at the regeneration stream 272 of fan shape of the upper end of above-mentioned adsorber rotor cover 262, therefore can bring into play the palingenesis of a part that continues the above-mentioned adsorbent 220 of oven dry.

The place ahead of above-mentioned heater 480 is provided with and sucks sub-assembly 300, and the effect of above-mentioned suction sub-assembly is to suck room airs in order to pass through above-mentioned suction inlet 132, and carry out mandatory guidance.Above-mentioned suction sub-assembly 300 is to be made of following parts: in order to suck room airs from above-mentioned suction inlet 132, and the suction fan 320 that is rotated; Accommodate and support the suction fan shell 340 of above-mentioned suction fan 320; In order to make 320 rotations of above-mentioned suction fan, and provide the suction motor 350 etc. of rotary power.

Above-mentioned suction fan shell 340 probably forms the Square consisting of two isosceles right-angled triangles shape, and its central portion connects with circle, thereby can constitute the stream of the room air that the revolving force by above-mentioned suction fan 320 sucks.And the upper end of above-mentioned suction fan shell 340 is formed with discharges stream 380, and the effect of above-mentioned discharge stream is to discharge to the outside by the room air that above-mentioned suction fan 320 sucks.

The inside that the perforation of above-mentioned suction fan shell 340 forms is formed with the rotating shaft brace table 344 that is used to accommodate rotating shaft 342.For above-mentioned suction fan 320 is rotated easily, above-mentioned rotating shaft will become its center.In the outside of above-mentioned rotating shaft 342, provide the above-mentioned suction motor 350 of rotary power to be installed on motor fixture 360 in order to make above-mentioned suction fan 320 rotations, and combine fixing with above-mentioned rotating shaft brace table 344.

The rear, upper end of above-mentioned suction sub-assembly 300 is provided with regeneration assembly 400.The effect of above-mentioned regeneration assembly is: for the part that makes the room air that sucks from above-mentioned suction inlet 132 in above-mentioned body housing 100 inner loop, and force control.

Above-mentioned regeneration assembly 400 comprises following components and constitutes: in order to make a part from the room air that above-mentioned suction inlet 132 sucks in body housing 100 inner loop, and the regeneration fan 420 of rotation; Accommodate the regeneration fan shell 440 that supports above-mentioned regeneration fan 420; In order to make 420 rotations of above-mentioned regeneration fan, and provide the regeneration motor 460 of rotary power; In order to dry above-mentioned adsorbent 220, and provide the above-mentioned heater 480 of hot gas.

For above-mentioned regeneration fan 420 is installed on inside, above-mentioned regeneration fan shell 440 forms circle.And, being directed to the regeneration stream 272 of fan shape of the upper end of above-mentioned adsorber rotor cover 262 for the air of revolving force forced air supply that will be by above-mentioned regeneration fan 420, above-mentioned regeneration fan shell forms and above-mentioned regeneration stream 272 corresponding sizes.

Promptly, in order to be directed to above-mentioned heater 480 and regeneration stream 272 by the air of above-mentioned regeneration fan 420 air-supplies, continue the part of the corresponding above-mentioned adsorbent 220 that is rotating of oven dry, and, utilization is except continuing the moisture that absorption comprises from the room air that above-mentioned suction inlet 132 sucks corresponding to the residue adsorbent the adsorbent 220 of the part of above-mentioned regeneration stream 272, above-mentioned regeneration fan shell 440 should form and above-mentioned regeneration stream 272 corresponding sizes.

Therefore, after the moisture that comprises in the room air by above-mentioned suction fan 320 suctions is adsorbed by above-mentioned adsorbent 220, above-mentioned air will be discharged to the outside by above-mentioned outlet 152a.Corresponding to the adsorbent 220 of the part of above-mentioned regeneration stream 272, will be converted to high temperature via above-mentioned heater 480 and be continued oven dry from the air of above-mentioned regeneration fan 420 air-supplies.The many wet air of high temperature by above-mentioned adsorbent 220 will flow into above-mentioned heat exchanger 170, and contact condensing repeatedly airborne moisture with room air.

In addition, the below of above-mentioned heat exchanger 170 is provided with drain underpan 500, and the effect of above-mentioned drain underpan is, collect moisture condensing in the heat exchanger 170 after, be directed to the water tank 600 of explanation below.Above-mentioned drain underpan 500 probably forms the Square consisting of two isosceles right-angled triangles shape, and upper right direction is forwards, backwards protruded upward and is formed with rhone 520.The effect of above-mentioned rhone is: condensing moisture in the above-mentioned heat exchanger 170 is directed to water tank 600.

The below of above-mentioned drain underpan 500 is provided with water tank 600, and above-mentioned water tank is used for storing the moisture that above-mentioned heat exchanger 170 produces.As mentioned above, above-mentioned water tank 600 is arranged at body housing 100 inner lower, and can slide to the place ahead of above-mentioned body casing body 100 and take out.

Above-mentioned water tank 600 probably forms four jiaos of barrel-shaped shapes of top opening.The top of opening is provided with the top radiator shell 640 of lid tank 600.Upper end, the two sides of above-mentioned water tank is protruded and is formed with a plurality of radiator shells in conjunction with protuberance 620, above-mentioned radiator shell in conjunction with protuberance corresponding to the radiator shell that will illustrate below in conjunction with mouth 642.

The upper central portion of above-mentioned radiator shell 640 is formed with the water tank handle 644 that can be easy to move above-mentioned water tank 600.The below of above-mentioned water tank handle 644 be recessed to form water tank handle slot 644 '.The left side of above-mentioned water tank handle 644 is formed with water tank inflow entrance 646, and above-mentioned water tank inflow entrance was communicated with the following of above-mentioned rhone 520, and the moisture guiding is flow into above-mentioned water tank 600.

And, be provided with above the above-mentioned water tank inflow entrance 646 and flow into mouth mask 648.The effect of above-mentioned inflow mouth mask is: when above-mentioned water tank 600 is come in and gone out, prevent that the water of water tank 600 from flowing out to the outside.The two side ends of above-mentioned radiator shell 640 is formed with 2 radiator shells respectively in conjunction with mouth 642, and above-mentioned radiator shell combines protuberance 620 combinations in conjunction with mouth with above-mentioned radiator shell.

In addition, the inside of above-mentioned water tank 600 is provided with ball float (Float) 660.The effect of above-mentioned ball float is: after the moisture that flow into water tank 600 is concentrated, water level will change, and ball float will move up and down according to water level this moment, detect full-water level.Though diagram not, above-mentioned ball float 660 should be connected with detecting sensor etc., in case the water of above-mentioned water tank 600 reaches full-water level, can externally confirm the water level of water tank 600.

Below, will the effect of the foundation dehumidifier of the present invention that constitutes as mentioned above be described.

User's operation setting is in the action button 154 of above-mentioned top panel 150.Being formed at the above-mentioned discharge grid 124 in the outlet 122 of above-mentioned front panel 120 upper ends, will be that rotate in axial the place ahead with above-mentioned hinge, thus open row outlet 122, and the suction fan 320 of above-mentioned suction sub-assembly 300 will rotate.

So, by be formed at above-mentioned back faceplate panels 140 and rear frame 130 from every the suction inlet 132 that forms of slit, indoor humid air is drawn into above-mentioned body housing 100 inside, above-mentioned air is removed the moisture that comprises in the air via the heat exchanger 170 that is arranged at body housing 100 inside, adsorption combined part 200, suction sub-assembly 300 etc.The air of dehumidifying will be discharged to the interior space again by above-mentioned outlet 122.

Fig. 7 is the air flow figure that shows according to the summary of dehumidifier of the present invention.As shown in the figure, describe the air flow of above-mentioned body housing 100 inside in detail.

At first, shown in big arrow, the humid air of the interior space will be inhaled into body housing 100 inside by above-mentioned suction inlet 132, then, to filter out airborne foreign matter via above-mentioned filter 134, and via the above-mentioned adsorption combined part 200 of above-mentioned heat exchanger 170 processes.

The room air of the humidity by above-mentioned adsorption combined part 200 will be adsorbed the moisture in the dehumidified air via the through hole of above-mentioned adsorbent 220 time.Chu Shi air will be via above-mentioned suction sub-assembly 300 as mentioned above, and because the revolving force of above-mentioned suction fan 320 is discharged to the interior space by above-mentioned outlet 122.

Then, it is as follows to illustrate that the regenerative process of adsorbent 220 of above-mentioned adsorption combined part 200 is dried in the continuation shown in the small arrow.The air of forced air supply owing to the rotation of above-mentioned regeneration fan 420, will be via above-mentioned regeneration fan shell 440 by heater 480, and, by above-mentioned heater 480 time, be converted to hot-air, thus the adsorbed moisture of the above-mentioned adsorbent that evaporation is being rotated 220.

And, will flow to above-mentioned heat exchanger 170 by the many wet air of high temperature of above-mentioned adsorbent 220, in heat exchanger 170 inner loop, therefore, will carry out heat exchange with the room air that sucks from above-mentioned suction inlet 132, thus condensing moisture.

Condensing moisture will be directed into above-mentioned drain underpan 500 in above-mentioned heat exchanger 170, be stored in above-mentioned water tank 600.By the air of above-mentioned heat exchanger 170, owing to the effect of above-mentioned regeneration fan 420,, be directed to above-mentioned regeneration stream 272 again via the circulation stream 274 of adsorber rotor shell 260 with once more.By continuing to carry out repeatedly inner loop, with the continuous regenerative process of drying above-mentioned adsorbent 220 repeatedly.

In addition, in case, then can take out above-mentioned water tank 600 easily, remove the water in the water tank 600 by the water tank gateway 126 of above-mentioned front panel 120 bottoms because the driving of aforesaid dehumidifier is full of water in the above-mentioned water tank 600.When needs are changed above-mentioned filter 134, can open the upper end of above-mentioned back faceplate panels 140, take out filter 134 easily, finish the replacing of filter 134.

Right of the present invention is not confined to aforesaid embodiment, but is decided by the record in claims.Under the situation that does not exceed the technology of the present invention scope of putting down in writing in claims, the operator of relevant industries can carry out various deformation and modification to it.

Claims (5)

1, a kind of dehumidifier is characterized in that, comprising:

Form the body housing of outward appearance;

Be formed at the suction inlet of the back of above-mentioned body housing, the guiding room air is drawn into the body enclosure interior;

Be formed at the outlet of the front of above-mentioned body housing, guiding is drawn into the air that dehumidifies after the body enclosure interior and is discharged to the outside;

Be arranged at the inside of above-mentioned body housing, by rotating the adsorption combined part of the moisture that comprises in the absorbed air;

Be arranged at a side of above-mentioned adsorption combined part, for room air being drawn into above-mentioned body enclosure interior, and the suction sub-assembly of mandatory guidance;

Be arranged at a side of above-mentioned suction sub-assembly, for a part that makes the room air that is drawn into above-mentioned body enclosure interior circulates, and positively controlled regeneration assembly.

2, dehumidifier according to claim 1 is characterized in that:

The inner lower of above-mentioned body housing is provided with water tank, above-mentioned water tank is used for storing the moisture that room air comprises, and a side of above-mentioned water tank is formed with the water tank handle, and above-mentioned water tank handle can make the mobile of water tank become easy, and above-mentioned water tank handle is exposed to the outside of body housing.

3, dehumidifier according to claim 1 is characterized in that:

Above-mentioned outlet is formed with a plurality of discharge grids, and above-mentioned discharge grid is used to regulate the direction of the air of discharge, and above-mentioned discharge grid rotates by rear forward, opens and closes above-mentioned outlet.

4, dehumidifier according to claim 3 is characterized in that:

The both side ends hinge of above-mentioned discharge grid is incorporated into front one side of above-mentioned body housing, thereby rotate at the rear forward.

5, dehumidifier according to claim 1 is characterized in that:

Above-mentioned suction inlet be rear frame with the back faceplate panels between when combining formed from every the slit, here, rear frame constitutes the back outward appearance of above-mentioned body housing, and, for the back outward appearance that makes above-mentioned body housing is more attractive in appearance, and be formed with the back faceplate panels.

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