CN101178228A - Dehumidifier - Google Patents
Dehumidifier Download PDFInfo
- Publication number
- CN101178228A CN101178228A CNA2006101292784A CN200610129278A CN101178228A CN 101178228 A CN101178228 A CN 101178228A CN A2006101292784 A CNA2006101292784 A CN A2006101292784A CN 200610129278 A CN200610129278 A CN 200610129278A CN 101178228 A CN101178228 A CN 101178228A
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- dehumidifier
- water butt
- casing
- filter
- front panel
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Abstract
The invention discloses a dehumidifier, which comprises: a shell for ensuring the operation of a front panel in a push and pull manner; a filter component arranged in the inside of the shell for filtering the air flowing into the shell; a water storage bucket component arranged in the inside of the shell and rotating with the lower end as the reference while being detached from the shell. The invention has the advantages that: the filter component in the shell can be arranged in a forward rotation manner, which leads the combination and detachment to be simpler; furthermore, the water storage bucket for storing the condensate water can also be arranged in a forward rotation manner, which also leads the discharge of condensate water to be simpler. The front panel of the shell consists of a smooth plane, which improves the beauty of the front of the shell. The lower part of the water storage bucket component consists of a rotatable structure, therefore the users can detach the water storage bucket component though one-off action. As the shell is internally provided with the filter component, the dehumidifier of the invention has the function of dehumidifying and purifying the indoor air.
Description
Technical field
What the present invention relates to is dehumidifier, particularly be water butt when rotate in casing the place ahead, separating from casing, can finish the dehumidifier of water butt separation process with an action.
Background technology
In general, dehumidifier is a moistening air in the inner suction chamber of casing, and makes it the heat exchanger of flowing through and being made of condenser that mobile refrigerant is arranged and evaporimeter, thereby after reducing humidity, the air that humidity is reduced is discharged into indoor device again.
Fig. 9 is the exploded perspective view of prior art dehumidifier.
As shown in Figure 9, the dehumidifier of prior art comprises: the compressor 1 of compression refrigerant; Make the refrigerant and the air that are compressed by compressor 1 carry out heat exchange, refrigerant is carried out condenser condensing 2; The expansion valve (not shown) that the refrigerant of condenser 2 condensations is expanded; Make to be inflated refrigerant and the air that valve expands and to carry out heat exchange, thus the evaporimeter 3 that refrigerant is evaporated; The blowing fan 4 of assisting condenser 2 and evaporimeter 3 to carry out heat exchange; Be provided with the casing 5 of said apparatus 1,2,3,4.
When described blowing fan 4 was started working, indoor air connected casing 5 and flow to blowing fan 4, flow in the process of blowing fan 4 at air, and indoor moisture is removed the moisture in the room air thus in the surface condensation of evaporimeter 3.
Through dehumidifying, the condensed water of room air is stored in the water butt 8 of casing 5 inside, and the user will regularly separate water butt 8, falls to remove the condensed water that is stored at 8 li of water butts.
But, when user's pull water butt 8, the handle that the dehumidifier of prior art need spur water butt 8 with on water butt 8 fronts/lower end draw simultaneously toward the user side to, therefore water butt 8 by the process of slip pull in, the phenomenon that water butt 8 and casing 5 block mutually can take place.
Summary of the invention
The objective of the invention is to overcome the deficiency of above-mentioned technology, provide a kind of water butt when rotate in casing the place ahead, to separate, thereby can finish the dehumidifier of the separation process of water butt with an action from casing.
Another object of the present invention is to provide a kind of and in casing inside filter assemblies is set, thereby finishes the dehumidifier of dehumidifying and air cleaning simultaneously.
A further object of the present invention is to provide a kind of casing front that makes to constitute with smooth plane, makes the suction/discharge of air become easy dehumidifier simultaneously.
The technical scheme that solves the problems of the technologies described above is:
A kind of dehumidifier, described dehumidifier comprises: can make the casing of front panel assembly with the mode work of push-and-pull; Be arranged on the inside of casing, to flowing into airfiltering filter assemblies in the casing; Be arranged on the inside of casing, and be the water butt assembly that the benchmark upper end can be separated from casing when rotating with the lower end.
Described front panel assembly comprises: hinge is connected on the casing, opens and closes the front framework of casing front with push-pull fashion; With the front framework determining deviation of being separated by, and be formed with the front panel of suction passage.
Described front framework is formed with in front will be inhaled into hole or the slit that air is guided filter assemblies between the plate and front framework.
Between described front framework and front panel, be provided with the panel guide part that forms suction passage.
Described front panel is made of smooth flat board.
Described casing is formed with suction inlet in the side, is formed with outlet at least one in the above or in the back.
Outlet above described is provided with shutter, and shutter can be forward/and the rear is to rotation.
Described filter assemblies comprises: filter frame; Hinge is connected a side of filter frame, the filter housings that can rotate from filter frame; Filter housings and filter frame are articulated fixing fixed mechanism; Be slidingly mounted on the filter on the filter housings.
Described water butt assembly comprises: be installed in the inner and water butt guide part that can rotate to the front panel assembly direction of casing; Be installed in the water butt in the water butt guide part.
On described water butt, be formed with handle.
The invention has the beneficial effects as follows: dehumidifier of the present invention, because filter assemblies can forwards be provided with rotationally in the inside of casing, therefore not only in conjunction with becoming simple with separating, and also can forwards be provided with rotationally the water butt assembly that condensed water is stored, therefore the discharging to condensed water also becomes simple.
In addition, dehumidifier of the present invention, though in order to be formed with suction inlet from sucking air between front panel and the front framework, the front panel of casing constitutes with smooth plane, has therefore improved the aesthetics of front.
In addition, the water butt assembly of dehumidifier of the present invention, its underpart is made of rotating structure, therefore when the user separates the water butt assembly, the water butt assembly that can separate by disposable action.
In addition, dehumidifier of the present invention is provided with filter assemblies in the inside of casing, therefore has the function that room air is dehumidified and purifies.
Description of drawings
Fig. 1 is the stereogram of dehumidifier of the present invention;
Fig. 2 is the exploded perspective view of dehumidifier of the present invention;
Air flow schematic diagram when Fig. 3 is dehumidifier of the present invention work;
Fig. 4 is a water butt separation process schematic diagram of the present invention;
Fig. 5 is the exploded perspective view of dehumidifier water butt assembly of the present invention;
Fig. 6 is the stereogram of dehumidifier dividing plate of the present invention;
Fig. 7 is the exploded perspective view of dehumidifier filter assemblies of the present invention;
Fig. 8 is the separation process schematic diagram of dehumidifier filter of the present invention;
Fig. 9 is the exploded perspective view of prior art dehumidifier.
＜to the symbol description of the major part of accompanying drawing 〉
10: compressor 20: condenser
30: expansion valve 40: evaporimeter
50: blowing fan components 52: frame (housing)
54: centrifugal fan 60: casing (cabinet)
70: base (base) 71: roller
72: hole (hole) 74: bracket (bracket)
80: dividing plate (barrier) 81: inboard
82: rib (rib) 83: drain pan (drain pan)
84: installation portion 90: water butt assembly (bucket assembly)
92: water butt guide part (bucket guide) 92a: hinge (hinge)
93a: the 1st guide part 93b: the 2nd guide part
94: water butt (bucket) 94a: groove
94c: hole (hole) 100: panel assembly (panel assembly)
102: side panel 102a: suction inlet
104: rear board 104a: outlet
105: shutter (louver) 106: top panel
106a: outlet 107: shutter (louver)
110: full water sensing device 120: filter assemblies (filter assembly)
122: filter frame (filter frame) 124: filter housings (filter case)
126: fixed mechanism 127: hook (hook)
130: control box (control box) 135: display unit (display device)
140: front panel assembly 142: the front framework
142a: hole 142b: slit (slit)
144: front panel 145: bracket (bracket)
150: weight perception unit (weight perception unit) 152: force cell (load cell)
154: bending part
The specific embodiment
With reference to the accompanying drawings embodiments of the invention are made a detailed description.
Fig. 1 is the stereogram of dehumidifier of the present invention; Fig. 2 is the exploded perspective view of dehumidifier of the present invention, the air flow schematic diagram when Fig. 3 is dehumidifier of the present invention work; Fig. 4 is a water butt separation process schematic diagram of the present invention.
As shown in Figure 1 and Figure 2, dehumidifier of the present invention comprises: the compressor 10 of compression refrigerant; Refrigerant to described compressor 10 compressions carries out condenser condensing 20; The described refrigerant that is condensed is expanded to the expansion valve 30 of fog-like liquid; To the evaporimeter 40 that is evaporated by the refrigerant of described expansion valve 30 expansions; Be room air is flowed through blowing fan components 50 that described evaporimeter 40 and condenser 20 be provided with; Constitute the casing 60 of dehumidifier outward appearance.
Described casing 60 comprises: be provided with roller 71 and be placed on base 70 on the floor; Be arranged on the top of base 70 and in the time of the upright setting of upside, base 70 be divided into the dividing plate 80 in front/rear two zones; Be arranged on the inboard 81 of dividing plate 80, be formed at evaporimeter 40 surface and store the water butt assembly 90 of condensed water; Be arranged on the top of dividing plate 80, inner and flow to the filter assemblies 120 that the air of blowing fan components 50 filters to flowing into casing 60; And the panel assembly 100 (not shown) that constitutes the casing outward appearance.
Below base 70, be provided with roller 71, on base 70, be formed with the hole 72 of assemble compressible machine 10.
On base 70, form and promisingly water butt assembly 90 is forwards rotated and the fixing bracket 74 of end under the water butt assembly 90 of hinge.
The place ahead, top by dividing plate 80 base of dividing 70 is provided with water butt assembly 90, and the rear, top of base 70 is provided with compressor 10.
Fig. 5 is the exploded perspective view of dehumidifier water butt assembly of the present invention.
As shown in Figure 5, water butt assembly 90 comprises: hinge is connected base 70 and the water butt guide part 92 that forwards rotates; Be installed in the water butt 94 that rotate forward together with water butt guide part 92 on water butt guide part 92 tops.
Protrude the hinge 92a that is formed with the pin shape in the two side ends of water butt guide part 92, combine, and by the combining of hinge 92a and bracket 74, water butt guide part 92 can be the center rotation with hinge 92a with the bracket 74 of base 70.
Described water butt guide part 92 is installed to guide part 93a, 93b that correct position is formed with guiding water butt 94 positions for making water butt 94, and guide part 93a, 93b protrude and form to upside.
Described the 1st guide part 93a and the position of align water butt 94 corresponding with the groove 94a that is formed on lower end, water butt 94 the place ahead; Described the 2nd guide part 93b and the position of align water butt 94 corresponding with the groove that is formed on water butt 94 back sides (not shown).
In addition, can correctly align the inlet 83c of dividing plate 80 and the hole 94c of water butt 94 of guide part 93a, 93b.
Simultaneously, in the upper end of water butt 94, be formed with and make can the take handle 95 of water butt 94 of user.
In addition, on the top of water butt 94, be provided with the full water sensing device 110 that can perception be stored in the condensate water level of water butt 94 inside.
As Fig. 2 or shown in Figure 5, full water sensing device 110 be can perception water butt 94 water level inside float switch (float switch) or liquid level sensor (float sensor), the water level of its perception water butt 94 inside and transmit information to the control part of dehumidifier, and control part is shown to the user according to the full water signal with this signal.
When the condensate water level of water butt 94 inside reaches critical altitude, this water level of full water sensing device 110 perception, 150 perception of weight perception unit are stored in the weight of the condensed water of water butt 94, thereby show the height of the condensed water that is stored at water butt 94 inside.
Whereby, in the bottom of water butt assembly 90, also be provided with the weight perception unit 150 that the weight to water butt 94 detects.
The condensed water weight that perception gradually is stored in water butt 94 inside is incited somebody to action in weight perception unit 150.
Described weight perception unit 150 is a kind of force cells 152 as the weight detecting sensor, and force cell 152 is arranged on the downside of water butt assembly 92.
Described force cell 152 is arranged between base 70 and the water butt guide part 92, in the present embodiment, it be arranged on base 70 above.
Water butt guide part 92 is formed with the bending part 154 that can transmit the single arm type of weight to force cell 152, and bending part 154 is pushed and is bent downwardly by water butt 94, transmits weight to force cell 152 thus.
Below water butt 94, be formed with and bending part 154 contacted protuberances (not shown), and the aligned in position of bending part 154 and protuberance is to finish by guide part 93a, the 93b that is formed on water butt guide part 92.
Fig. 6 is the stereogram of dehumidifier dividing plate of the present invention.
As Fig. 2 or shown in Figure 6, on dividing plate 80, from the place ahead to the rear, be disposed with filter assemblies 120, evaporimeter 40, condenser 20 and blowing fan components 50.
Described evaporimeter 40 and condenser 20 are to be combined as a whole mutually across a certain distance, for the condensed water that makes condensation be formed on evaporimeter 40 gathers dividing plate 80 smoothly, on the dividing plate 80 that evaporimeter 4 and condenser 20 are installed, be provided with the drain pan 83 that is forming a plurality of ribs 82, and evaporimeter 40 and condenser 20 are installed on the drain pan 83 that is formed with rib 82.
Described dividing plate 80 top to have the stepped formation of differing heights, the drain pan 83 that is formed with rib 82 is compared the installation portion 84 that blowing fan components 50 is installed, and its height will hang down.
In addition, drain pan 83 is formed with inlet 83c, and is drawn towards the hole 94c of water butt 94 to the condensed water that inlet 83c flows.
As shown in Figure 2, blowing fan components 50 comprises: the frame 52 that is installed in dividing plate 80; Be arranged on the centrifugal fan 54 of frame 52; Be assembled in frame 52, and the housing cap 56 of the air channeling conduct that centrifugal fan 54 is carried.
Described frame 52 is formed with the suction inlet 52a that sucks air in central authorities, flow through suction inlet 52a air that centrifugal fan 54 is accelerated to housing cap 56 and frame 52 guided on side direction flow.
In addition, only flow to centrifugal fan 54 by suction inlet 52a for making from indoor inhaled air, frame 52 former/rears are to the inner space of dividing casing 60.
Described evaporator/condenser 40,20 is assembled into after the frame 52, and the control box 130 that dehumidifier is controlled is set on the top of evaporator/condenser 40,20 and frame 52.
Fig. 7 is the exploded perspective view of dehumidifier filter assemblies of the present invention; Fig. 8 is the separation process schematic diagram of dehumidifier filter of the present invention.
As Fig. 2 or shown in Figure 7, filter assemblies 120 comprises: the filter frame 122 that is assembled in evaporimeter 40; Combine with filter frame 122, and the filter housings 124 that is unlocked when forwards rotating; Filter housings 124 is fixed to the fixed mechanism 126 of filter frame 122.
On filter housings 124, be slidingly fitted with the filter 128 that the air that is drawn into dehumidifier inside is filtered, and filter housings 124 is assembled in the lower end of filter frame 122 and rotate.
The lower end of described filter housings 124 is connected by hinge 124a with the lower end of filter frame 122, and filter housings 124 is that the center is unlocked when forwards rotating with hinge 124a.
Described hook 127 articulates and is fixed on the fixed mechanism 126, thereby fix filter housings 124 and filter frame 122, hook 127 fixedly is that mode by singly touching (OneTouch) is finished with articulating of fixed mechanism 126, hinge 124a is provided with the torsionspring (Torsion spring) as elastomeric element, thereby when filter housing 124 and filter frame 122 are separated from each other, filter housings 124 is forwards rotated.
In addition, under the state that filter housings 124 and filter frame 122 mutually combine, when the user pushed the upper end of filter housings 124 to the direction of filter frame 122, hook 127 was ejected after being pushed to the rear side of fixed mechanism 126 earlier again, and hook fixedly is disengaged; And under the state that filter housings 124 and filter frame 122 are separated from each other, when the user pushes the upper end of filter housings 124 to the direction of filter frame 122, hook 127 is inserted into after the fixed mechanism 126, forwards eject certain distance again, filter housings 124 is fixed by hook.
As shown in Figure 2, panel assembly 100 comprises: the side panel 102 that constitutes the two sides of casing 60; Constitute the rear board 104 at the back side of casing 60; Constitute the top top panel 106 of casing 60; Constitute the front panel assembly 140 of the front of casing 60.
Described side panel/rear board/front panel assembly 102,104,140 uprightly be arranged on base 70 above.
The suction inlet 102a of side panel 102 is provided with and can regulates the shutter 103 that air sucks direction, also is provided with on outlet 104a, the 106a of plate 104 and top panel 106 in the back to regulate air discharge direction shutter 105,107.
To shutter 103 that is arranged on side panel 102 and the shutter 105 that is arranged on rear board 104, regulate the suction/discharge direction of air by user's manual operation, and the shutter 107 to being arranged on top panel 106, the discharge direction of regulating air by control part or user's manual operation.
Therefore, shutter 107 is connected top panel 106 by pin 106b and rotates along last/following direction, and in order to rotate shutter 107 by the control of control part, also is provided with motor (not shown) and Poewr transmission mechanism (not shown).
Described front panel assembly 140 comprises: hinge is connected side panel 102 and the front framework 142 that forwards rotates; And be arranged on the front of front framework 142 and be exposed to outside front panel 144.
Be separately installed with panel guide part 146 between front panel 144 and the front framework 142, and panel guide part 146 be separately positioned on again front framework 142 on/lower end.
In addition, in front on the framework 142,, be formed with a plurality of hole 142a and slit 142b for air being flow to be positioned at the filter assemblies 120 of rear side.
The marginal portion of framework 142 in front is connected to side panel 102 and is provided with bracket 145 in order to make it hinge, and for front panel assembly 140 is opened with push-pull fashion, bracket 145 be respectively formed at side panel 102 lateral edge on/lower end.
Below, with reference to Fig. 2 the course of work of dehumidifier of the present invention is elaborated.
When dehumidifier is started working, at first, be arranged on the control part drive compression machine 10 of control box 130, compressor 10 compression refrigerants and supply to condenser 20, condenser 20 becomes liquid refrigerants with the gaseous coolant condensation, become vaporific liquid refrigerants and be condensed to expand at expansion valve 30, be evaporated at evaporimeter 40 afterwards and be gaseous state in the refrigerant of condenser 20.
At this moment, be evaporated into to the refrigerant of gaseous state carries out heat exchange with the air that flow into casing 60 inside at evaporimeter 40 and cool off room air, and in the cooling procedure of room air, can produce condensed water owing to temperature difference, thereby room air is dehumidified on the surface of evaporimeter 40.
Then, the refrigerant that is evaporated at evaporimeter 40 flow to fluid reservoir (not shown) and after being separated into the gas/liquid attitude, moves to described compressor 10 again.
Next, describe as follows with reference to Fig. 2 or Fig. 3 to the air flow process of dehumidifier.
Described control part makes blowing fan components 50 connect the power supply rotation and makes room air flow into the inside of casing 60, is discharged into indoor afterwards again.
At this moment, the suction inlet 102a by being formed on side panel 102 and be formed on the hole 142a/ slit 104b of front framework 142, room air flows into the inside of casing 60, and leaked-in air moves to filter assemblies 120 and be filtered.
At this, the room air of the filter assemblies 120 of flowing through is filtered in the filter 128 that is arranged on filter housings 124 of flowing through, and behind the filter frame 122, carries out heat exchange with evaporimeter 40 and the air that has passed through filter 128 is flowed through.
In addition, the air that is filtered is cooled when carrying out heat exchange with the fin (not shown) etc. that is formed on evaporimeter 40, in the cooling procedure of filtered air, airborne moisture is condensed and is agglomerated to the surface of evaporimeter 40, and the condensed water on evaporimeter 40 surfaces will gather the drain pan 83 that is arranged on evaporimeter 40 belows.
Flow through evaporimeter 40 and cooled air carries out heat exchange again with the condenser 20 that is arranged on evaporimeter 40 rears, the evaporimeter 40 of promptly flowing through carried out heat exchange by dehumidifying back air with condenser 20, thereby the air after dehumidifying will be heated again.
At this, condenser 20 can distribute heat in the condensation process of gaseous coolant, thereby dehumidifying back air and condenser 20 carry out in the process of heat exchange, dehumidifying after air reheated and become and the much the same air of indoor temperature.
Afterwards, the air of condenser 20 of flowing through is drawn towards the frame 52 of air-supply assembly 50 and flow into the inside of frame 52, and after the effect of the centrifugal fan 54 of the air that flow into frame 52 inside by being arranged on frame inside is accelerated, discharge to circumferencial direction, the air of discharge is guided into side direction by frame 52 and housing cap 56 again.
At this, move to the air of frame 52 upsides, by outlet 106a that is formed on top panel 106 and the outlet 104a that is formed on described rear board 104, will be discharged into indoor again.
Whereby, dehumidifier of the present invention owing to by behind the front/side suction air, discharge air by top/back again, therefore is being placed with the indoor of dehumidifier, can produce the mobile of air to all directions.
Simultaneously, control part is regulated the anglec of rotation of the shutter 107 that is arranged on top panel 106, thereby regulates the direction and the flow of air.
At this, when air was discharged in the place ahead, top of casing 60, shutter 107 rearward rotated and face forward formation outlet from closing state; When air was discharged at the rear, top, shutter 107 forwards rotated and forms outlet from closing state.
Next, describe as follows with reference to Fig. 2 to the condensed water moving process of dehumidifier of the present invention.
At first, condense at evaporimeter 40 and gather the condensed water of drain pan 83, inlet 83c by drain pan 83 flow into the inside of water butt 94 and is stored, the condensed water that is stored at water butt 94 inside is by full water sensing device 110 or its amount of weight perception unit 150 perception, and control part shows this information according to the amount of the condensed water that is stored at water butt 94 to the display unit 135 of dehumidifier.
Especially, weight perception unit 150 detects the weight of condensed waters and calculates the condensed water height of described water butt 94 inside according to computing formula, the height that shows condensed water afterwards to display unit 135, thereby make the user understand the storage height of condensed water, when condensed water when water butt 94 is in full water state, light the light emitting diode (LED) of display unit 135, thereby warn the draining opportunity of water butt 94 to the user.
Simultaneously, full water sensing device 110 when the condensed water of water butt 94 inside reach a certain height, detects this and is delivered to described control part, and the driving of the compressor 10 of control part in quitting work, thereby prevent that condensed water from overflowing from water butt 94.
In addition, though do not illustrate, but full water sensing device 110 can be set to structure that the power supply that is applied to compressor 10 from control part is controlled, thus when condensed water is in full water state, make its directly control be applied to the power supply of compressor 10 from described control part.
Next, with reference to Fig. 2 or Fig. 4 the process that the user separates described water butt is described.
At first, the user will open front panel assembly 140 for the condensed water that falls to remove 94 li of water butts, and this moment, front panel assembly 140 was that rotate at the center with the bracket 145 of left lateral sides plate 102, thus the open described casing of the other end 60 inner spaces.
Then, the user spurs the handle 95 of water butt 94, thus water butt 94 is located away from dividing plate 80.
At this moment, water butt 94 is installed on the water butt guide part 92, owing to water butt guide part 92 is the hinge 92a and the structure that dividing plate 80 is connected and rotates in its place ahead, therefore forwards spurs the action of water butt 94 by the user, and forwards rotate the upper end of water butt 94.
At this, water butt 94 spurs the action of the handle 95 of water butt 94 by the user, the part of its upper end breaks away from from the inboard of dividing plate 80 and moves to the position that the user is convenient to lift, thus the handle 95 that user's grasping is forwards rotated and water butt guide part 92 is isolated in the lower end of water butt 94.
Whereby, water butt 94 can disposablely be finished the operation of separation under the state of user's grasps handle 95, so the separation process of water butt 94 becomes simple.
In addition, the assembling process of water butt 124 and separation process just the opposite, therefore omit detailed explanation.
Next, with reference to Fig. 2 the filter replacement process of filter assemblies is described.
At first, as the separation process of water butt 94, the user opens front panel assembly 140, and separator-filter housing 124 and filter frame 122.
At this, filter housings 124 and filter frame 122 are fixed by fixed mechanism 126, therefore the user pushes the upper end of filter housings 124 and the hook 127 that is formed on filter housings 124 is separated with fixed mechanism 126, takes out afterwards with sliding type and inserts the filter 128 that is set to filter housings 124.
Therefore, replacement to filter 128, because filter housings 124 is opened when rotate in the place ahead of user, and filter housings 124 tilts and is fixed to user's direction, therefore can take out the filter 128 that is contained in filter housings 124 easily.
In addition, the assembling process and the separation process of filter 128 are just the opposite, in this description will be omitted.
Claims (10)
1. a dehumidifier is characterized in that, described dehumidifier comprises: can make the casing of front panel assembly with the mode work of push-and-pull; Be arranged on the inside of casing, to flowing into airfiltering filter assemblies in the casing; Be arranged on the inside of casing, and be the water butt assembly that the benchmark upper end can be separated from casing when rotating with the lower end.
2. dehumidifier according to claim 1 is characterized in that, described front panel assembly comprises: hinge is connected on the casing, opens and closes the front framework of casing front with push-pull fashion; With the front framework determining deviation of being separated by, and be formed with the front panel of suction passage.
3. dehumidifier according to claim 2 is characterized in that, described front framework is formed with in front will be inhaled into hole or the slit that air is guided filter assemblies between the plate and front framework.
4. dehumidifier according to claim 2 is characterized in that, is provided with the panel guide part that forms suction passage between described front framework and front panel.
5. dehumidifier according to claim 2 is characterized in that described front panel is made of smooth flat board.
6. according to any described dehumidifier in the claim 1 to 5, it is characterized in that described casing is formed with suction inlet in the side, be formed with outlet at least one in the above or in the back.
7. dehumidifier according to claim 6 is characterized in that, the outlet above described is provided with shutter, and shutter can be forward/and the rear is to rotation.
8. according to any described dehumidifier in the claim 1 to 5, it is characterized in that described filter assemblies comprises: filter frame; Hinge is connected a side of filter frame, the filter housings that can rotate from filter frame; Filter housings and filter frame are articulated fixing fixed mechanism; Be slidingly mounted on the filter on the filter housings.
9. according to any described dehumidifier in the claim 1 to 5, it is characterized in that described water butt assembly comprises: be installed in the inner and water butt guide part that can rotate to the front panel assembly direction of casing; Be installed in the water butt in the water butt guide part.
10. dehumidifier according to claim 9 is characterized in that, is formed with handle on described water butt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101292784A CN101178228A (en) | 2006-11-08 | 2006-11-08 | Dehumidifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101292784A CN101178228A (en) | 2006-11-08 | 2006-11-08 | Dehumidifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101178228A true CN101178228A (en) | 2008-05-14 |
Family
ID=39404575
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2006101292784A Pending CN101178228A (en) | 2006-11-08 | 2006-11-08 | Dehumidifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101178228A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105042703A (en) * | 2014-04-29 | 2015-11-11 | Lg电子株式会社 | Dehumidifier and water tank for dehumidifier |
| CN108136323A (en) * | 2015-09-30 | 2018-06-08 | 三星电子株式会社 | Dehumidifier |
-
2006
- 2006-11-08 CN CNA2006101292784A patent/CN101178228A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105042703A (en) * | 2014-04-29 | 2015-11-11 | Lg电子株式会社 | Dehumidifier and water tank for dehumidifier |
| US9920976B2 (en) | 2014-04-29 | 2018-03-20 | Lg Electronics Inc. | Dehumidifier and water tank for a dehumidifier |
| CN105042703B (en) * | 2014-04-29 | 2018-06-05 | Lg电子株式会社 | Dehumidifier and dehumidifier water tank |
| CN108136323A (en) * | 2015-09-30 | 2018-06-08 | 三星电子株式会社 | Dehumidifier |
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