CN100465541C

CN100465541C - Condensed water discharge cut off device of dehumidifier

Info

Publication number: CN100465541C
Application number: CNB031441238A
Authority: CN
Inventors: 梁成龙; 白镇哲; 李琮赫; 金相裵
Original assignee: LG Electronics Tianjin Appliances Co Ltd
Current assignee: LG Electronics Tianjin Appliances Co Ltd
Priority date: 2003-08-25
Filing date: 2003-08-25
Publication date: 2009-03-04
Anticipated expiration: 2023-08-25
Also published as: CN1590903A

Abstract

A mechanism for cutting off the discharge of condensed water from demoistener is composed of a condensed water discharging plate with draining hole, a plug under said hole for closing the draining hole, and a jointer for joining said plug to one end of a lever. When the water collector is taken out, then draining hole is closed by said plug.

Description

Dehumidifier condensate water is discharged shearing device

Technical field

The present invention relates to dehumidifier condensate water and discharge the shearing device field.Relate in particular to and when tank separates, can cut off condensed water and wander to the bottom surface, keep the dehumidifier condensed water of environment for use cleaning to discharge shearing device from drain bar,

Background technology

The dehumidifier of prior art is that the interior wet air of suction chamber is in cabinet, make air reduce humidity afterwards by the heat exchanger that evaporimeter and cooler constitute, to the indoor air that is dehumidified of discharging again, reach the device that reduces indoor humidity, evaporimeter and cooler constitute heat exchanger.

Fig. 1 is the dehumidifier decomposition view of prior art, and Fig. 2 is the dehumidifier internal cross section figure of prior art.

Shown in Fig. 1 and 2, the dehumidifier of prior art comprises base plate 51, cabinet 54, pressure fan 74, heat exchanger 60, compressor 66, orifice plate 68, shell 72, drain bar 90, tank 80, baffle plate 91, air cleaner 53, running display part 9b, cabinet 54 is positioned at the upside of base plate 51, there is suction inlet at the back side, there is outlet 70 front, pressure fan 74 in cabinet with the forced circulation room air, constitute by motor 75 and blowing fan 12, constituting of the moisture that heat exchanger 60 comprises in the middle of the inboard of cabinet 54 body suction inlets 52 cooling air by evaporimeter 62 and cooler 63, compressor 66 compression cycle evaporimeters 62 and cooling are the refrigerant of machine 63, the air that orifice plate 68 absorbs by heat exchanger 60 dehumidifying, shell 72 is with orifice plate 68 combinations, support blowing fan 12, drain bar 90 is at the downside of heat exchanger 60, formed osculum 92 in order to make the condensed water that cools off by heat exchanger 60 flow out and gather to discharge along with the heat exchanger surface, tank 80 is at the downside of drain bar 90, condensed water by osculum 92 discharges, provide and store by the water receiving hole 80a on a side, baffle plate 91 integrated downsides at drain bar 90, be divided into the tank holding portion and compressor 66 is provided with part, air cleaner 53 has been installed on cabinet 54 suction inlets 52 and have been filtered the foreign matter that the air that is drawn into cabinet 54 inside heavily contains, running display part 56b, has the 56a of running operation portion of operation dehumidifier and tells the outside with the various operating conditions of dehumidifier in conjunction with front panel 58 in the front upper of cabinet 4 on the front panel 58.

Dehumidifier running, compressor 66 and blowing fan 12 start, and refrigerant is along with compressor 66, cooler 63, when expansion valve evaporimeter 62 circulated, room air was by evaporimeter 62 and cooler 63.

At this moment, hang condensed water on evaporimeter 62 surfaces, condensed water focuses on after the drain bar 90 then along with the downward effluent in the surface of evaporimeter 62 goes out, and by osculum 92, discharges to tank.

Condensed water is integrated in the tank 80, and the operator takes out tank 80 condensed water is removed, and still, the prior art dehumidifier is when taking out tank, because condensed water constantly discharges, so flow on the base plate or on the ground, polluted surrounding environment.

Summary of the invention

Technical problem to be solved by this invention is, provides a kind of dehumidifier condensate water to discharge shearing device, and when taking out tank, osculum seals automatically, and condensed water is not fallen on the bottom surface, and the relevant dehumidifier condensate water of cleaning environment for use is discharged shearing device.

In order to solve the prior art problem, the technical solution used in the present invention is:

Discharge shearing device as a kind of dehumidifier condensate water of the present invention, this dehumidifier condensate water is discharged shearing device and is comprised heat exchanger 60, drain bar 90, baffle plate 91, stopper 102, attaching parts 104, heat exchanger 60 coolings in the casing inboard suck airborne moisture, drain bar 90 at heat exchanger 60 downsides is collected the condensed water that drops, and make the condensation hydrophone flow into and osculum 92 arranged toward tank 80 at downside, baffle plate 91 is at the two sides and the downside of drain bar 92, stopper 102 is at osculum 92 downsides, attaching parts 104 are connected stopper 102 1 sides, bar 100 1 ends are connected on the attaching parts 104, middle part hinge h is connected a side of drain bar 90, can open and close osculum 58a with lifting stopper 102 when tank 80 is come in and gone out.

The invention has the beneficial effects as follows: discharging shearing device according to the dehumidifier condensate water of the present invention of structure as mentioned above is to comprise stopper, attaching parts, bar, stopper is at the osculum downside, attaching parts are connected stopper one side, bar one end is connected on the attaching parts, the middle part hinge is connected a side of drain bar, when coming in and going out, tank can open and close osculum, the lifting stopper, when tank was installed, osculum was open automatically, condensed water is stored in the tank, when tank broke away from, osculum was blocked automatically, and condensed water can not be discharged toward downside, overcome condensed water and discharged the deficiency that causes, and the advantage of cleaning surrounding environment has been arranged.

Description of drawings

Fig. 1 is the dehumidifier decomposition view of prior art

Fig. 2 is the end view drawing of the dehumidifier inside of prior art

Fig. 3 is the view of dehumidifier of the present invention

Fig. 4 is the decomposition view of dehumidifier of the present invention

Fig. 5 is the view of dehumidifier of the present invention inside

Fig. 6 is the expansion end view drawing of the A portion of Fig. 5

Fig. 7 is the end view drawing of dehumidifier tank disengaged position of the present invention

Fig. 8 is that the B portion of Fig. 7 enlarges end view drawing

Fig. 9 discharges the view of second embodiment of shearing device for dehumidifier condensate water of the present invention

Figure 10 is the second embodiment side view of the condensed water shearing device expansion of dehumidifier of the present invention

Figure 11 is the side view of second embodiment of the tank disengaged position condensed water displacer end device of dehumidifier of the present invention

Figure 12 discharges the stereogram of the 3rd embodiment of shearing device for dehumidifier condensate water of the present invention

Figure 13 discharges the side view of the 3rd embodiment of shearing device for dehumidifier condensate water of the present invention

Figure 14 is condensed water draining shearing device the 3rd embodiment side view after dehumidifier tank of the present invention breaks away from.

Explanation to the symbol of the major part of drawing:

51: substrate 52: suction inlet

53: air cleaner 54: cabinet

55: loam cake 56a: running operation portion

56b: running display part 57: peristome

58: front panel 58a: osculum

60: heat exchanger 62: evaporimeter

63: condenser 66: compressor

68: orifice plate 70: outlet

72: shell 74: pressure fan

75: motor 76: turbo fan

80: tank 90: drain bar

91: baffle plate 92: osculum

94: through hole 95: condensed water is discharged shearing device

96: cut off wall 100: bar

102: lid 104: attaching parts

108: gravity portion 154: horizontal part

156: reception and registration portion 158: hook portion

The specific embodiment

Below in conjunction with the drawings and specific embodiments dehumidifier condensate water of the present invention being discharged shearing device is described in further detail:

Fig. 3 is a dehumidifier view of the present invention, and Fig. 4 is a dehumidifier decomposition view of the present invention, and Fig. 5 is a dehumidifier profile of the present invention, and Fig. 6 is that the A of Fig. 5 partly enlarges profile.

As Fig. 3 and even Fig. 6 diagram, dehumidifier of the present invention comprises: cabinet 54 fronts and bottom surface opening, suction inlet 52 is arranged at the rear portion, the bottom surface combination of cabinet 54 is by base plate 51, upside at cabinet 54 has stopper 55, in cabinet 54 fronts front panel 58 is arranged, and 56a of running operation portion and running display part 56B are arranged on the front panel, there is osculum 58a plate one side top in front, and there is peristome 57 below in front.

In cabinet 54 back side reticulated air filter 53, air cleaner 53 filters the airborne foreign matter that absorbs in the suction inlet 52.

There is the heat exchanger 60 that carries out air dewetting inboard at the suction inlet 52 of cabinet 54, and heat exchanger 60 is made of evaporimeter 62 and cooler 63, at the inner underside of cabinet 54 refrigerant compressor for compressing 66 is arranged, and compressor 66 is connected with cooler 63 with evaporimeter 62.

At the place ahead of heat exchanger 60 abacus 68, orifice plate 68 absorbs the air that is dehumidified by heat exchanger 60.

There is shell 72 side that is combined in outlet 70 with orifice plate 68, shell 72 connects with the side discharge hole 58a of front panel 58, motor 75 is fixed on the shell 72, for between shell 72 and orifice plate 68, be connected on the motor 75, motor 75 is rotated when driving, and the turbo fan 76 that produces air-supply power is formed in structures such as pressure fan 74, according to the exsiccation of heat exchanger 60, discharge to the next door of dehumidifier direction by face outlet 70 same period of being dehumidified.

Dehumidifier also comprises drain bar 90, baffle plate 91, tank 80, condensed water discharge shearing device

When drain bar 90 carries out exsiccation, be located under the condensation flow that generates in the heat exchanger 60 of upside, in order to catch condensed water, be located at the downside of heat exchanger, for the condensed water that flows down is discharged downwards, osculum 92 is arranged on the one side, baffle plate 91 has in that the downside of drain bar 90 is integrated, divides tank containing section and compressor part is set, and tank 80 is by the peristome 57 of front panel 58, be installed in drain bar 90 and front panel 58 inboards, storage is drained into the condensed water of osculum 92, and condensed water is discharged the side of shearing device at drain bar 90, when taking out tank 80, cut off osculum 92, prevent that condensed water from discharging downwards.

Condensed water is discharged shearing device 95 and is comprised following structure:

Be located at the attaching parts 104 of stopper 102, one sides of osculum 92 downsides with stopper 102 connections; One end 100a connects with attaching parts 104, and the middle part hinge is combined in a side of drain bar 90, when taking out tank, in order to close osculum 92, the bar 100 of lifting stopper 102.

Lid 102, the five rings type package member 102a of adherence on osculum 92 internal diameters arranged around, thereby when making stopper 102 cover osculum 92, make water leakage reach minimum, stopper 102 makes rubbery stopper, and the inner diameter d 1 of back is littler than the inner diameter d 2 of bottom surface, is easy to insert, and the time carry out line contact, the sealing effectiveness of raising in contact.

Bar 100 1 ends insert on the through hole 94 in order to connect with attaching parts 104, and a side has through hole 94 on drain bar 90, and after the part of bar 100 was inserted into through hole 94, hinge was combined in a side of through hole 94.

Through hole 94 comprises and cuts off wall 96, cuts off the condensed water that wall 96 do not make evaporimeter 62 produce and discharges downwards by through hole 94, is raised with to upside to the periphery of through hole 94 and cuts off the condensed water outflow.

Attaching parts 104 1 ends are connected the top middle part of stopper 102, connect tap 92 and raise up, and perforation is connected on the bar 100 in the upper end of the attaching parts 104 of osculum 92.

Bar 100 is when installing tank 80, the other end 100b of bar 100 covers the end of tank 80, thereby lift, turn according to bar 100, other end 100b with bar is that axisymmetric bar one end 100a is when descending with hinge, therefore decline attaching parts 104 open stopper 102, and the condensed water of the upside that drops on drain bar 90 is discharged to tank 80.

Fig. 7 is the profile after dehumidifier tank of the present invention takes out, and Fig. 8 is that the B of Fig. 7 enlarges profile.

Bar 100 is for when tank 80 takes out, stopper 102 is risen also comprise gravity portion 108, when taking out tank 80, own wt according to gravity portion 108, when the other end 100b of bar descends, an end 100a of bar who with the hinge is the symmetry at center rises the stopper 102 that rises and connect with attaching parts 104, sealing osculum 92.

The motion flow of dehumidifier condensate water discharge shearing device of the present invention is as described below.

At first, the user is installed in the downside of cabinet 54 with tank 80, and when the bar 100 that is located at the cabinet inboard this moment rose according to the insertion of tank 80, descending was located at osculum 92 on the opposition side, makes osculum 92 openings, and condensed water is discharged to downside.

Finish to install after the setting, the user adjusts the 56a of running operation portion, start dehumidifier, drive motors 75, rotation turbo fan 76 is according to the rotation of turbo fan 76, air is sent in the cabinet 54, flow in the orifice plate 68, by the heat exchanger 60 that constitutes by evaporimeter 62 and cooler 63, by side tap 58a to indoor discharge

Meanwhile, compressor 66 actions carrying out refrigerant compression and circulation, refrigerant compresses in compressor 66, becomes the high pressure-temperature state, and to condenser 63 circulations, the evolution of heat on the condenser 63 becomes the high pressure low temperature state.

And, by expansion valve and evaporimeter 62, absorb ambient heat, reduce the temperature lead to the air on the evaporimeter 62, so the relative humidity of evaporimeter 62 surrounding airs uprises, the moisture cooling that surpasses saturated humidity is on evaporimeter 62 surfaces, wander downwards, as mentioned above, the refrigerant of cooling moisture again to compressor 66 and condenser 63 recycle carry out heat exchange after, continue to dehumidify.

The condensed water that produces focuses on the drain bar 90, discharges to downside by osculum 92, in the storage screw clamp 80.

Condensed water is filled in tank, just needs to take out tank and gets rid of condensed water, still, when taking out tank 80, the bar 100 that water reception tank supports makes an end 100a of bar 100 rise because not 108 weight decline of gravity also and then descends the other end 100b of bar 100 simultaneously.In this time, the attaching parts 104 of ining succession with bar are side shifting upwards, and stopper 102 is risen, and sealing osculum 92 cuts off the outflow of condensed water.

Dehumidifier condensate water of the present invention is discharged shearing device, be illustrated according to drawing, but the present invention not just is limited in the middle of first embodiment, in technical scope, has various distortion.

Fig. 9 is the view that dehumidifier condensate water of the present invention is discharged second embodiment of shearing device, Figure 10 is the expansion side view that dehumidifier condensate water of the present invention is discharged second embodiment of shearing device, and Figure 11 is the side view after the dehumidifier tank of second embodiment of dehumidifier condensate water discharge shearing device of the present invention takes out.

One end of attaching parts 104 is connected the top middle part of stopper 102, and attaching parts 104 connect with osculum 92, and the other end is connected and covers on 100.

And, bar 100 comprises horizontal part 154, reception and registration portion 156, hook portion 158, horizontal part 154 is connected the upper end of attaching parts 104 and protrudes to the side, the 156 1 end 156a of reception and registration portion are connected the end of horizontal part 154, in order to make the middle part in the turn of the side of drain bar 90 and the hinge combination, hook portion 158 is at the other end 156b of reception and registration portion 156, and connects first bullport 144 that has in baffle plate 91 sides, when tank is installed, hang on tank 80 ends.

Bar 100 is directed in first bullport 144 in the end of tank 80 frizing hook portion 158, and the other end 156b of the reception and registration portion of rising simultaneously is an axle with hinge h, descends with an end 156b of the reception and registration portion of the other end 156b symmetry of reception and registration portion.

On an end 156a of reception and registration portion, horizontal part 154 is arranged, the attaching parts 104 of perforation on osculum 92 are descended, open stopper 102, the condensed water that is hung in drain bar 90 upsides is stored in the tank 80 by osculum 92.

On the contrary, when hook portion 158 is taken out at tank, comprise the gravity portion that stopper 102 is risen, when tank breaks away from, according to the deadweight of gravity portion, when existing hook portion 158 descended, the other end 156b of the reception and registration portion that is connected with hook portion 158 descended, be axle just, with the one end 156a of the reception and registration portion rising of the existing other end 156b of reception and registration portion symmetry with hinge h.

Simultaneously, horizontal part in reception and registration portion 156 154 rises, and the attaching parts 104 of perforation on osculum 92 are also risen, so stopper 102 will rise, and blocks osculum 92.

Figure 12 is the view that dehumidifier condensate water of the present invention is discharged the 3rd embodiment of shearing device, Figure 13 is the side view that dehumidifier condensate water of the present invention is discharged the 3rd embodiment of shearing device, and Figure 14 is the side view of the 3rd embodiment of the condensed water draining shearing device after dehumidifier tank of the present invention breaks away from.

Plate washer 91 has second bullport 176 in the side, horizontal part 154 connects in second bullport 176, and the one end is connected on the stopper 102, and the other end is connected on the bar 100.

Bar 100 comprises reception and registration portion 156, horizontal part 154, hook portion 158, the 156 1 end 156a of reception and registration portion are connected also inclination downwards with horizontal part 154 oblique, the middle part rotation also can be connected with the lateral hinges h of drain bar 90, hook portion 158 is at the other end 156b of reception and registration portion, in the 3rd bullport 174 of perforation on plate washer 91 sides, when tank is installed on the carry tank end.

For hook portion 158 is touched on the tank end, hook portion 158 guides to the upper end of bullport by the 3rd bullport 174, and simultaneously, an end 156b of reception and registration portion rises, and is axle with the hinge, descends with the other end 156a of an end 156b symmetry of reception and registration portion.

As having a down dip, according to the rising of hook portion 158, the stopper 102 that same level portion 154 is connected descends, thereby discharges to tank at the condensed water of drain bar 90 upsides as ' Λ ' in reception and registration portion 156.

On the contrary, when tank breaks away from, for stopper 102 is risen, hook portion 158 also comprises gravity portion, when tank breaks away from, own gravity according to gravity portion, hook portion 158 descends simultaneously, and the reception and registration portion other end that connects with hook portion 158 descends, and therefore is that the one end 156a of reception and registration portion of the same reception and registration other end 156b of the portion symmetry of axle rises with the hinge, the horizontal part 154 that is inserted in second bullport 176 also rises, and therefore makes stopper 102 risings and blocks osculum 92.

Claims

1. a dehumidifier condensate water is discharged shearing device, comprise heat exchanger (60), drain bar (90), baffle plate (91), stopper (102), attaching parts (104), heat exchanger (60) cooling inboard at casing (72) sucks airborne moisture, drain bar (90) at heat exchanger (60) downside is collected the condensed water that drops, make condensed water pass through osculum (92) and flow into tank (80), described plate washer (91) is arranged on the two sides and the downside of drain bar (90), stopper (102) is at osculum (92) downside, it is characterized in that: a top side of described drain bar (90) is provided with through hole (94), bar (100) inserts through hole (94), described bar (100) comprises front end (100a) and rear portion (100b), described front end (100a) is connected with attaching parts (104), the other end of described attaching parts (104) is connected the top middle part of described stopper (102) and connects on described osculum (92), the middle part of bar (100) is connected a side of drain bar (90) by hinge (h), the rear portion of bar (100b) is formed with gravity portion (108), described tank (80) relies on described gravity portion (108) that stopper (102) is mentioned when being drawn out, sealing osculum (92).

2. the condensed water of dehumidifier according to claim 1 is discharged shearing device, and it is characterized in that: the periphery of described stopper (102) adheres to package member (102a), and package member (102a) is combined closely with described osculum (92) internal diameter.

3. dehumidifier condensate water according to claim 1 is discharged shearing device, it is characterized in that: the internal diameter above the described stopper (102) is littler than following internal diameter.

4. discharge shearing device according to any one described dehumidifier condensate water in the claim 1 to 3, it is characterized in that: described stopper (102) is made with rubber.

5. the condensed water of dehumidifier according to claim 1 is discharged shearing device, it is characterized in that: described through hole (94) also comprises cut-out wall (96), and the periphery upside that cut-out wall (96) is given prominence at through hole (94) prevents dropping of condensed water.

6. a dehumidifier condensate water is discharged shearing device, comprise heat exchanger (60), drain bar (90), baffle plate (91), stopper (102), attaching parts (104), heat exchanger (60) cooling inboard at casing (72) sucks airborne moisture, drain bar (90) at heat exchanger (60) downside is collected the condensed water that drops, make condensed water pass through osculum (92) and flow into tank (80), described plate washer (91) is arranged on the two sides and the downside of drain bar (90), stopper (102) is at osculum (92) downside, it is characterized in that: described attaching parts (104) one ends are connected the top middle part of described stopper (102) and connect on described osculum (92), the other end is connected with bar (100), described bar comprises horizontal part (154), reception and registration portion (156), hook portion (158), horizontal part (154) one sides are connected on the described attaching parts (104), reception and registration portion (156) one ends are connected horizontal part (154), the middle part rotation also can be connected with the lateral hinges (h) of drain bar (90), hook portion (158) is at the other end of reception and registration portion (156), described hook portion (158) comprises the gravity portion (108) that described tank (80) makes progress described stopper (102) when separating, described hook portion (158) connects on first bullport (144) of baffle plate (91) side, contacts when described tank (80) is installed and upwards lifts in the end of tank (80).

7. a dehumidifier condensate water is discharged shearing device, comprise heat exchanger (60), drain bar (90), baffle plate (91), stopper (102), heat exchanger (60) cooling inboard at casing (72) sucks airborne moisture, drain bar (90) at heat exchanger (60) downside is collected the condensed water that drops, make condensed water pass through osculum (92) and flow into tank (80), described plate washer (91) is arranged on the two sides and the downside of drain bar (92), stopper (102) is characterized in that at osculum (92) downside: also include reception and registration portion (156), horizontal part (154), hook portion (158); There is second bullport (176) described baffle plate (91) side, described horizontal part (154) connect second bullport (176) and an end be connected described stopper (102) below, the other end is connected with reception and registration portion (156), described reception and registration portion (156) is downward-sloping with the end that horizontal part (154) is connected, its middle part rotation also can be connected with the lateral hinges (h) of drain bar (90), hook portion (158) is at the other end of reception and registration portion (156), described hook portion (158) comprises the gravity portion that described tank (80) makes progress described stopper (102) when separating, described hook portion (158) connects on the 3rd bullport (174) of baffle plate (91) side, contacts when described tank (80) is installed and upwards lifts in the end of tank (80).