CN1273346A - Air conditioner - Google Patents

Air conditioner Download PDF

Info

Publication number
CN1273346A
CN1273346A CN00108671A CN00108671A CN1273346A CN 1273346 A CN1273346 A CN 1273346A CN 00108671 A CN00108671 A CN 00108671A CN 00108671 A CN00108671 A CN 00108671A CN 1273346 A CN1273346 A CN 1273346A
Authority
CN
China
Prior art keywords
exhaust outlet
board
air
wind direction
distribution plate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN00108671A
Other languages
Chinese (zh)
Other versions
CN1171047C (en
Inventor
柳生隆之
池田裕邦
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Sharp Corp
Original Assignee
Sharp Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from JP04823899A external-priority patent/JP3440016B2/en
Priority claimed from JP07210199A external-priority patent/JP3475116B2/en
Priority claimed from JP09052999A external-priority patent/JP3320033B2/en
Application filed by Sharp Corp filed Critical Sharp Corp
Publication of CN1273346A publication Critical patent/CN1273346A/en
Application granted granted Critical
Publication of CN1171047C publication Critical patent/CN1171047C/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Images

Abstract

To diversify the blast condition of air by simple constitution and operation. SOLUTION: This air conditioner is provided with a top blowout port 23 and a rear blowout port 24 in a blowout part 3, and the first louver 16 and the second louver 17 are pivoted in the vicinity of the top blowout port 23. In the first louver 16, a distribution plate 6 composed of an induction plate 61 and a division plate 62 is integrated. The first louver and the second louver 17 interlock with each other through links 26-28. Operating the first louver 16 by operating a lug 31 will make the second louver 17 rotate in concert, too. The distribution plate 6 distributes air, which is blasted in the direction of an arrow Y at the rate geared to the rotational position, into the top blowout port 23 and the rear blowout port 24, and also it closes the rear blowout port 24. The louvers 16 and 17 blows out air in the direction geared to the rotational direction from the top blowout port 23, and also closes the top blowout port 23.

Description

Air conditioner
The present invention relates to the mobile type air conditioner of a kind of dehumidifier etc., more particularly, relate to a kind of can be in the structure of regulated in wider range from the air draft parts of the air supply direction of mobile type air conditioner blow out air.
In addition, the present invention relates to the air draft parts of air conditioner, can make a plurality of wind direction boards that are located at air draft parts place and make the linkage etc. of wind direction board interlock be easy to assembling, and can't see the design of linkage etc. from installing the outside.
In general, the drying machine that is used for the article that are dried such as dry washing material is provided with the hothouse that holds the thing that is dried, and comes the article that are dried are carried out drying by carry dry air in hothouse.This drying machine must make hothouse airtight for dry air and the extraneous air that prevents to send in the hothouse carries out exchange of moisture.In addition, owing in device hothouse is set, institute is so that the volume of device is excessive, and the bigger device space of needs.
Past, dehumidifier as air conditioner is placed in the smaller room that hangs the article that are dried, dehumidifying by dehumidifier operation is carried out drying to the article that are dried again, and the dehumidifier that is applicable to this method and has a functions/drying movably is just in commercialization.
Illustrate the dehumidifier that has dehumidification function of prior art below.Possess at the drying machine of existing washings and to have the hothouse that is used to hold as the washings of the article that are dried, and dehumidify by input dry air in hothouse, but for thereby the air that prevents hothouse outside flow into the effect on moisture extraction that reduces dry room air in the hothouse just must hothouse is airtight, like this, just need bigger equipment framework for hothouse is set, thereby just must increase floor space.
Like this, when the portable dehumidifier that has a functions/drying in utilization comes that the article that are dried are carried out drying, utilize and send dry air from dehumidifier to the direction of the article that are dried and to accelerate rate of drying, and can improve the efficient of drying operation the article that are dried.Thereby the dehumidifier that possesses functions/drying must change the air supply direction of the exhaust outlet of dry air on a large scale.
Here the drying means of Cai Yonging is: earlier washing articles is suspended in the cubicle, movably dehumidifier is moved in this cubicle again, and by the dehumidifying operation washing articles is carried out drying.Be used for the comparatively situation of selling well of the drying machine with removable functions/drying of this purpose recently.
If the dehumidifier with functions/drying can make washings obtain better drying effect to the washings forced air supply like this.For this reason, concerning dehumidifier, require to make the wind direction of the air that blows out from the air draft parts in a big way, to change with functions/drying.
Be used in a big way, changing the structure of the air supply direction of exhaust outlet, not only have on the dehumidifier of functions/drying, and on other air conditioner, also need usually.
Open the spy and to disclose following structure for this purpose among the clear 63-140247 in the communique: as shown in figure 14, in ceiling mounted model air conditioner, be provided with its anterior exhaust outlet 44 of indoor set main body 41 and the dividing plate 46 that bottom exhaust outlet 45 separates, being that the center is provided with air door 42 near the dividing plate 46 free to rotately.Can be selectively the turned position of this air door 42 be switched to the position (position of representing with solid line among Figure 14 (A)) of closing bottom blowing mouth 45, the position (position that dotted line is represented among Figure 14 (A)) of closing anterior exhaust outlet, centre position (Figure 14 (B) is the position of expression), and air supply direction can be forwards, downwards or the place ahead to and the below both direction between change.And in this structure, forwardly exhaust outlet 44 and bottom exhaust outlet 45 are respectively equipped with the grid 43 and 47 that wind direction is regulated in free to rotate being used to.
In addition, following dehumidifier structure is disclosed in special permission communique 2581773: as shown in figure 15, the wind direction board 53 that can freely rotate is set on the air exhaust outlet 52 on casing top 51, can change the turned position of wind direction board 53 selectively, air supply direction is adjusted into the place ahead oblique upper (with reference to Figure 15 (A)) or the top (with reference to Figure 15 (B), and can be closed exhaust outlet 52 when operation stops.
As the air draft parts that relate to the packaged type air conditioner, can make to change the existing of air blow-off direction on a large scale and hold, for example this can learn from the content that is documented in No. the 2581773rd, special permission communique.Figure 15 (A), Figure 15 (B), Figure 15 (C) is the profile of the major part of the exhaust outlet of the dehumidifier put down in writing in the above-mentioned special permission communique, on the exhaust outlet 52 on casing top 51 wind direction board free to rotate 53 is set and changes air supply direction, wherein Figure 15 (A) expresses the state that blows out in the front upper place that tilts, state, the operation halted state when Figure 15 (C) expression utilizes wind direction board that exhaust outlet is closed that Figure 15 (B) expression blows out towards the top direction.
The air draft parts of dehumidifier as shown in figure 15 change air supply direction even at exhaust outlet 52 places on casing top 51 wind direction board free to rotate 53 is set, and the direction scope that changes air draft also is limited.That is to say that even opening is set as the air draft parts at dehumidifier main body cover upper surface, also very difficult front portion to main body cover, rear portion etc. blow the wind of horizontal direction.In addition, little at width, the degree of depth big and towards about be difficult to the horizontal direction air-supply of side left under the direction of the air-supply situation about changing.
But, as disclosed in special permission communique 2581773,,, wind direction board 53 regulates wind direction on casing top 51 by being rotated for single exhaust outlet 52 is set, and there is the problem that can not change wind direction in a big way in this structure.
In addition, open in the clear 63-140247 communique in the disclosed device the spy, existence must all be adjusted the turned position of conversion air door and two aspects, turned position of grid 43,47, thereby makes the problem of the complicated operationization of adjusting air supply direction.
In addition, because the packaged type air conditioner, as dehumidifier, be placed on the front upper place of functional unit on the floor, inclination that display unit is configured in main body cover usually, say so favourable from the convenience of using like this with drying clothes class function.Especially, when using liquid crystal display component as above-mentioned display unit, because the distinctive angle limitations of liquid crystal, thereby it is configured in above-mentioned position is favourable.
The objective of the invention is according to the problems referred to above,, then directly blowed dry air by the object of removal moisture drying to hope if a kind of can for example have being used for the dehumidifier of drying clothes class in the direction of setting air draft in a big way.
The spy opens disclosed device in the clear 63-140247 communique, and there are the following problems: must all adjust conversion two aspects of the turned position of the conversion of the turned position of air door and grid 43,47, thereby make the adjustment complicated operationization of air supply direction.
The purpose of this invention is to provide a kind of structure and simple to operate and can make the air draft state that the air conditioner of multiple variation is arranged.
In order to address the above problem, the invention of claim 1 to 10 of the present invention has following structure:
(1) it is characterized in that having a plurality of exhaust outlets that opening direction has nothing in common with each other, change wind direction board through the air supply direction of an exhaust outlet air-supply according to the turned position, with wind direction board be integral action/change the distribution plate of the exhaust air rate ratio of a plurality of exhaust outlets.(claim 1).
In this structure, change in the air supply direction of an exhaust outlet air-supply in turned position according to wind direction board, utilize distribution plate to change the ratio of the exhaust air rate of a plurality of exhaust outlets.And, change from the exhaust air rate ratio of a plurality of exhaust outlet air drafts and through the air supply direction of at least one exhaust outlet air-supply by adjusting to the turned position of wind direction board.
(2) it is characterized in that described distribution plate is made of flow distribution plate and ductor: described flow distribution plate has the function that can change a plurality of exhaust outlet exhaust air rate ratios and is positioned at air draft direction upstream side; Described ductor is connected on the distribution plate with the angle of regulation in air draft direction downstream.(claim 2).
In this structure, according to the turned position of wind direction board or distribution plate and utilize flow distribution plate to change the ratio of exhaust air rate of each exhaust outlet of a plurality of exhaust outlets, utilize ductor to change the air draft direction of wind direction board simultaneously, thereby form the air draft direction of exhaust outlet and other exhaust outlet.And facing to exhaust outlet guiding air, ductor does not then guide air to wind direction board reliably.
(3) it is characterized in that described wind direction board closes a exhaust outlet in a plurality of exhaust outlets in the rotational position of regulation, distribution plate then cuts out a exhaust outlet in a plurality of exhaust outlets in the rotational position of other regulation of wind direction board.(claim 3).
In this structure,, utilize wind direction board or distribution plate to close each exhaust outlet selectively according to the turned position of wind direction board.And, stop air draft from one of them exhaust outlet selectively by the turned position of regulating wind direction board.
(4) it is characterized in that described wind direction board by be arranged side by side vertical with the air draft direction of an exhaust outlet a plurality of locational/a plurality of wind direction boards of rotating linkedly each other.(claim 4).
In this structure, carry out rotating operation linkedly by a plurality of wind direction boards that are positioned at an exhaust outlet place.And for the air draft direction at exhaust outlet place, the moving range of wind direction board is less.
For the structure of (5) (4), in a plurality of wind direction boards one fuses with distribution plate.
In this structure, can simplify near the functional unit of air draft parts.
(6) it is characterized in that also having and make above-mentioned wind direction board remain on the bindiny mechanism of interlock under the state that is parallel to each other with distribution plate.(claim 5).
In this structure, wind direction board keeps being parallel to each other state ground interlock by linkage between distribution plate.And distribution plate is along with wind direction board carries out rotating operation together reliably, the direction of air draft simultaneously by be set at reliably by between wind direction board and the distribution plate direction.
(7) it is characterized in that described linkage is made of second connector of the other end of second connector that rotates with distribution plate on first connector that at one end rotates with wind direction board, the end and the other end that connects first connector and second connector.(claim 6).
In this structure, because wind direction board or distribution plate keep interlock in parallel to each other, linkage should have the simplest structure.So needn't the production structure complexity, large-scale plant that cost is high.
(8) 2 connectors that it is characterized in that the adjacency in the described linkage are comprising that mutual subtended angle is to move in the slewing area of 180 position.(claim 7).
In this structure, 2 connectors are not when subtended angle reaches the slewing area of 180 degree, and wind direction board or distribution plate rotate abreast, when the subtended angle of 2 connectors surpasses the scope of 180 degree, change the formation angle of wind direction board and distribution simultaneously.Therefore, should change the connection status of wind direction board and distribution plate according to the turned position of wind direction board or distribution plate.
(9) after the exhaust outlet that it is characterized in that a wind direction board was therein closed, 2 of adjacency connectors moved in mutual subtended angle surpasses the slewing areas of 180 degree in the aforementioned link mechanism.(claim 8).
In this structure, the exhaust outlet of one of them wind direction board is in not closed condition, the slewing area of 2 connector ends is rotated in parallel to each other for being discontented with 180 degree and wind direction board or distribution plate, simultaneously, after the exhaust outlet of a wind direction board is therein closed, the slewing area of the subtended angle of 2 connectors surpasses 180 degree, so have only distribution plate (but wind direction board that wind direction board constitutes with distribution plate under the situation that distribution plate fuses in a plurality of wind direction boards) to rotate.
(10) it is characterized in that having the elastomeric element of circumferential surface that pushes the turning cylinder of above-mentioned wind direction board or distribution plate along radial direction.(claim 9).
In said structure, the elastic force of elastomeric element plays braking action to the rotation of wind direction board or distribution plate.Therefore, the wind direction board or the distribution plate of interlock can stop at any turned position mutually.
In the structure of (11) (10), can form the part of circumferencial direction of circumferential surface of turning cylinder of wind direction board or distribution plate and the bound fraction that elastomeric element mutually combines.
In this structure, combining of the bound fraction that the part of the circumferencial direction of the circumferential surface of the turning cylinder by wind direction board or distribution plate and elastomeric element mutually combine can make the wind direction board of mutual interlock or distribution plate stop at reliably on the turned position of regulation.
(12) it is characterized in that be positioned at described wind direction board or distribution plate axially on the allocation position of elastomeric element near be provided with and have the part of rotatory force effect.(claim 10).
In this structure, because the elastic force of elastomeric element and the rotational action that plays the part of load effect make the power actuated part that runs up be in the axial adjoining position of close wind direction board or distribution plate.Therefore, wind direction board or distribution plate can not produce distortion under the effect of rotatory force.
In the structure of (13) (12), run up power actuated part formation and wind direction board or distribution plate all-in-one-piece handle, and rotating shaft with the rotation that can transmit motor.
In said structure,, can make wind direction board or distribution plate when rotating, not produce distortion by the rotation of manual operation handle and motor.
The invention of claim 11 relates to the packaged type air conditioner, and the top formation air draft parts of its main body cover, these air draft parts comprise near the opening portion at least 2 directions such as back the top and are used to regulate the wind direction board of air draft direction.
The invention of claim 12 is the packaged type air conditioners according to claim 11, and the front portion that it is characterized in that forming the air draft part of above-mentioned projection is provided with the operation part and the display part of inclination.
The invention of claim 13 is the packaged type air conditioners according to claim 12, it is characterized in that above-mentioned display part has LCD.
According to structure of the present invention, owing to form the air draft part of projection on the top of main body cover, so the present invention can provide a kind of packaged type air conditioner that can regulate the air supply direction of air draft parts in wide region.In addition, the functional unit and the display unit of inclination is set in the front portion of the air draft parts that form projection, so processing ease, the display part is discerned easily.Under the situation that LCD is set on the display part, be favourable particularly to use.
The feature of the invention of claim 14 to 16 is to comprise the opening portion more than 2 of rearward blowing from the top of exhaust outlet, and have a plurality of shutter boards of can be used for regulating air supply direction and with the wind direction board of the linkage of these shutter board interlocks.
In this case, can watch a plurality of shutter boards that are arranged on exhaust outlet, but make the not meticulous place of processing of the linkage of shutter board interlock just can be in sight like this from the outside.In addition, the assembling of a plurality of shutter boards partly located of air draft and the linkage outbalance that whether will become easily.The present invention is exactly in order to address the above problem.
The air conditioner exhaust outlet of the present invention of claim 14 to 16, the framework two side walls of this exhaust outlet is respectively equipped with axis hole, each turning cylinder that is arranged on two sidepieces of a plurality of shutter boards is inserted in respectively in these axis holes, and each shutter board that inserts axis hole is bearing on the exhaust outlet framework free to rotately, the direction of connecting plate from each turning cylinder end side (outside) towards shutter board core side (inboard) of the linkage etc. of each shutter board interlock is enclosed within on each turning cylinder of each shutter board, and each turning cylinder of shutter board sidepiece runs through each axis hole of one of them exhaust outlet frame side wall face, it is characterized in that having:
Constitute keep plate with elastomer, this keep plate pushes the turning cylinder of described shutter board or connecting plate, and described shutter board is remained on the regulation turned position, and at least a portion of this keep plate is configured on the outside of the outermost connecting plate in the connecting plate.
In addition, recessed (or epirelief) part is set on described keep plate, in the turning cylinder side of described shutter board or connecting plate epirelief (or recessed) part is set, and above-mentioned shutter board is remained on the turned position of regulation by being meshing with each other of jog.
At least have top board on the exhaust outlet framework of the described connecting plate of the socket joint part in the two sides of described exhaust outlet framework, described keep plate is fixed on the mounting column of being located on this top board.。
In said structure, elastomeric keep plate makes the turning cylinder of shutter board or connecting plate keep the function of keep plate, so interlock and the shutter board that rotates are maintained on the precalculated position, and the user can select the air draft direction of exhaust outlet.And, at least a portion of keep plate is configured in the outside of outermost connecting plate in the connecting plate, even, its outside from the turning cylinder end is pulled out so a plurality of connecting plates that are inserted with linkage etc. to the direction of shutter board core from the turning cylinder end are not carried out fastening especially.Fastening owing to not carrying out, can be easy to carry out demolition and assembling.
In addition, recessed (or epirelief) part by keep plate engages with epirelief (or recessed) part of turning cylinder side, and shutter board is remained on the predetermined turned position.
In addition, the exhaust outlet framework of above-mentioned connecting plate at socket joint partly has top board, above-mentioned keep plate is fixed on the mounting column of being located at this top board, so be easy to will brake from opening portion fixing, and is easy to the air draft with a plurality of shutter boards and linkage etc. is partly assembled.In addition, above-mentioned part of inserting connecting plate is hiding top board, thereby is invisible from the outside.
Fig. 1 is the perspective view as the dehumidifier of an example of packaged type air conditioner of the present invention;
Fig. 2 is the cutaway view of the dehumidifier of Fig. 1;
Fig. 3 be the present invention from air draft part rear portion the profile of the major part of the air draft state of the scope at rear portion (Fig. 3-5, Fig. 7 are the B-B cutaway views of Figure 10, and wherein linkage has been done repeatedly record) upwards obliquely.
Fig. 4 is the sectional view of the major part of air draft of the present invention top air draft state partly;
Fig. 5 be air draft of the present invention part obliquely to the sectional view of the major part of the air draft state of upper forepart;
Fig. 6 be air draft of the present invention part top or after the sectional view of major part of air draft state;
The sectional view of the major part of the air draft state at the rear portion of Fig. 7 air draft part of the present invention;
Fig. 8 is the front section view along the air draft part of the major part of the dehumidifier of the present invention of the A-A section intercepting of Fig. 4;
Fig. 9 is the schematic side cutaway view of structure of major part of the dehumidifier of the embodiment of the invention;
Figure 10 is the front section view along the air draft part of the major part of the dehumidifier of the present invention of the A-A section intercepting of Fig. 4;
Figure 11 is the perspective view that the present invention looks from the F direction of Figure 10;
The horizontal cross of Figure 12 major part that to be the present invention look from the E direction of Figure 10;
Figure 13 is the sectional view of major part of looking of the present invention from the lateral direction of 12 turning cylinder;
Figure 14 is near the schematic sectional view of the structure of the exhaust outlet of air conditioner of the prior art;
Figure 15 is the cutaway view of major part of an example of dehumidifier of the prior art, the air supply direction of wind direction board free to rotate that is arranged on the exhaust outlet place, housing top of this dehumidifier is changeable, wherein Figure 15 (A) blows along the place ahead tiltedly, Figure 15 (B) blows upward, and Figure 15 (C) is the operation halted state when utilizing wind direction board that exhaust outlet is closed.
Air conditioner as the embodiment of the invention will be described as an example with the packaged type dehumidifier with functions/drying below.
Fig. 1 is the outside drawing of the dehumidifier of the embodiment of the invention, and Fig. 2 is the sectional view of this dehumidifier, and Fig. 3-Fig. 7 represents the sectional view of major part of the air draft direction adjustment state of this dehumidifier, and Fig. 8 is along the cutaway view of the dehumidifier of the A-A section intercepting of Fig. 4.In addition, Fig. 4 is the cutaway view on the B-B line among Fig. 8.
Be provided with top exhaust outlet 23 and rear portion exhaust outlet 24, the 1 shutter boards 16 and the 2nd shutter board 17 is bearing in axle near the top exhaust outlet 23 at exhaust outlet 3 places.For the 1st shutter board 16, it links into an integrated entity with the distribution plate 6 that is made of ductor 61 and flow distribution plate 62.The 1st shutter board 16 and second shutter board 17 are by connector 26-28 interlock.Operation handle 31 when the 1st shutter board 16 is rotated, rotates the 2nd shutter board 17 together linkedly.Distribution plate 6 will be assigned to top exhaust outlet 23 and rear portion exhaust outlet 24 along the air that arrow Y direction is sent with the corresponding ratio in turned position, and simultaneously with 24 sealings of rear portion exhaust outlet.Shutter board 16,17 according to the direction of turned position from 23 air drafts of top exhaust outlet, simultaneously with 23 sealings of top exhaust outlet.
As depicted in figs. 1 and 2, be provided with water leg 5, compressor 9, filter 11, evaporimeter 12, condensation (heat again) device 13, motor 14 and Sirocco fan 15 in the inside of dehumidifier 1 main body.Sirocco fan 15 drives rotation by motor 14, and extraneous air is introduced into inside from the air draught part 8 of the first half that roughly occupies frame 2 through filters 11.Filter 11 is removed dust contained in the extraneous air.Be incorporated into inner air and cool off, and remove the moisture that dewfall forms by the evaporimeter 12 that constitutes refrigerant cycles with compressor 9, thereby to air dewetting.After the temperature through the air of dehumidifying is heated to dehumidifying by condenser 13 before, be discharged into the outside through top air draft part 3.The moisture of removing is stored in the water leg 5.
Top at the preceding frame 4 of dehumidifier 1 is provided with guidance panel 7.Guidance panel 7 is provided with console switch (not shown) and display 38.In addition, LED is arranged (light emitting diode) display 39 is exposed on the top of former frame 4.Display 38 and light-emitting diode display 39 are expressed the operating state of dehumidifier 1 etc.The top of the after-frame 2 of dehumidifier 1 is provided with handle 10, and hand-held this handle 10 just can be moved dehumidifier.Filter 11 can freely separate with inside from the top of after-frame 2.This filter 11 is a kind of pollen, virus, and filters with fresh air of the apatite antimicrobial form that passes through such as NOx etc. of stoping
As shown in Figure 3, the air draft parts 3 of dehumidifier 1 are made of top exhaust outlet 23 and rear portion exhaust outlet 24.On air draft parts 3, be provided with the 1st shutter board 16 and the 2nd shutter board 17 that constitute wind direction board 22.As Fig. 4 and shown in Figure 8, the 1st shutter board 16 and the 2nd shutter board 17 two ends separately are bearing in the axis hole 20 and axis hole 21 on the wall 18,19 that is formed at the shutter board sidepiece with axle respectively.Is the center rotation from top outlet projection and the handle 31 that is set on the 1st shutter board 16 that stretches out from the top exhaust outlet with axis hole 20 and turning cylinder 33, the anglec of rotation of regulating the 1st shutter board 16 and the 2nd shutter board 17 can change the airflow direction by the air of the top exhaust outlet 23 of Fig. 4-shown in Figure 6, and also can be by as shown in Figure 7 with 23 sealings of top exhaust outlet.
Be provided with the rib 25 of horizontal direction at exhaust outlet 24 places, back.In addition, the 1st shutter board 16 forms one with distribution plate 6, and distribution plate 6 is that rotate with the 1st shutter board 16 at the center with axis hole 20.Distribution plate 6 along the airflow direction of arrow Y indication outside the 1st shutter board 16 and the 2nd shutter board 17 also upstream side extend.For this reason, distribution plate 6 has according to the rotational angle of the 1st shutter board 16 distributes to the function of top exhaust outlet 23 and rear portion exhaust outlet 24 with air, and also can be as shown in Figure 5 with 24 sealings of rear portion exhaust outlet.
As shown in Figure 3, in more detail, distribution plate 6 is made of flow distribution plate 62 that extends along the air-flow upstream side of arrow Y direction and the ductor 61 that is connected at a certain angle on the flow distribution plate 62.As mentioned above, flow distribution plate 62 is assigned to top exhaust outlet 23 and rear portion exhaust outlet 24 according to the rotational angle of the 1st shutter board 16 with air.In addition, ductor 61 will be induced along rear portion exhaust outlet 24 directions by the air that flow distribution plate 62 is diverted to rear portion exhaust outlet 24 sides.
The 1st shutter board 16 forms one with the handle 31 that projects upwards from top exhaust outlet 23.Connecting plate 32 links into an integrated entity the 1st shutter board 16 and distribution plate 6.Turning cylinder 33 is side-prominent to wall 18 from the connecting plate 32.Turning cylinder 33 passes the axis hole 20 of wall 18.Turning cylinder 34 stretches to wall 18 sides from the 2nd shutter board 17.Turning cylinder 34 passes the axis hole 21 on the wall 18.One end of connector 26 is bearing in an end of connector 27 by pin 29, and the other end of connector 26 is connected on the turning cylinder 33.In addition, the other end of connector 27 is bearing in an end of connector 28 by pin 30, and the other end of connector 28 is connected on the turning cylinder 34.Utilize connector 26-28 to be configured for making the linkage of the 1st shutter board 16 and the 2nd shutter board 17 interlocks.
That is to say, be that rotate at the center if operation handle 31 makes the 1st shutter board 16 with axis hole 20 and turning cylinder 33, and the connector 26 that is fixed on the turning cylinder 33 rotates with the 1st shutter board 16.The rotation of this connector 26 is delivered to connector 28 by connector 27, thereby connector 28 and connector 26 are rotated linkedly.Along with the rotation of connector 28, turning cylinder 34 also rotates, thereby the 2nd shutter board 17 with turning cylinder 34 is rotated linkedly with the 1st shutter board 16.
In addition, the part of turning cylinder 33 and 34 periphery is made of the plane parallel with axle, make turning cylinder 33 and 34 form D font section, simultaneously on the other end of end of connector 26 and connector 28, form the bore portion identical with the section configuration of turning cylinder 33 and 34, turning cylinder 33 and 34 embeds this bore portion, connector 26 and 28 is rotated with the 1st shutter board 16 and the 2nd shutter board 17, an end of connector 26 and the other end of connector 28 can be fixed on turning cylinder 33 and 34.
In addition, as shown in Figure 4, the lug boss that extends to the below from framework top is fixed with sheet spring 37, by being positioned at embedded part on connector 26 and the connector 28, that face toward turning cylinder 33 and 34, by the elastic force of sheet spring 37 side face of turning cylinder 33 and 34 is pressed to radial direction.Therefore, brake force plays braking action to the rotation of turning cylinder 33 and 34 for a long time, thereby the 1st shutter board 16 and the 2nd shutter board 17 are stopped on any turned position.And, by on this sheet spring 37 and connector 26 or the connector 28 facing to turning cylinder 33 and 34 embedded part the part of periphery on form intermeshing concavo-convexly, the 1st shutter board 16 and the 2nd shutter board 17 are for example stopped on the regulation turned positions such as position that make top exhaust outlet 23 contract fullys reliably.
In addition, because the part of sheet spring 37 contacts vertically on the side of connector 26 or connector 28, and a part of utilizing sheet spring 37 can limit moving axially of connector 26 and connector 28, thereby can prevent that connector 26 and connector 28 from extracting from turning cylinder 33 and 34 respectively.
If the wind direction board 22 that is made of the 1st shutter board 16 and the 2nd shutter board 17 is in turned position state shown in Figure 3, the air of discharging from the inside of dehumidifier 1 along arrow Y direction is assigned on the direction of the direction of top exhaust outlet 23 and rear portion exhaust outlet 24 by the flow distribution plate 62 of distribution plate 6.Be assigned to air on top exhaust outlet 23 directions and blow to the oblique upper of rear side by the 1st shutter board 16 and the 2nd shutter board 17 from top exhaust outlet 23.The air that is assigned to rear portion exhaust outlet 24 is directed to rear portion exhaust outlet 24 reliably by the ductor 61 of distribution plate 6, utilizes rib 25 air to be delivered to the rear of dehumidifier 1 from rear portion exhaust outlet 24 then.Because the ductor 61 of distribution plate 6 links to each other with flow distribution plate 62 with the angle of regulation, be defined the direction that flows to top exhaust outlet 23 along flow distribution plate 62 so be assigned to the air of rear portion exhaust outlet 24 directions by flow distribution plate 62, thereby the air that will be assigned to rear portion exhaust outlet 24 directions is directed to rear portion exhaust outlet 24 reliably.
If the wind direction board 22 that is made of the 1st shutter board 16 and the 2nd shutter board 17 is in turned position shown in Figure 4 state, make flow distribution plate 62 approximate vertical of distribution plate 6 so, after most of air of carrying direction from the inside of dehumidifier 1 along arrow Y being directed on the direction of top exhaust outlet 23, utilize the 1st shutter board 16 and the 2nd shutter board 17 that air is blown out upward from top exhaust outlet 23.To this, not with air guide rear portion exhaust outlet 24 directions, therefore, the air much less that the air ratio that blows out from rear portion exhaust outlet 24 blows out from top exhaust outlet 23.
If the wind direction board 22 that is made of the 1st shutter board 16 and the 2nd shutter board 17 is in turned position state shown in Figure 5, in order to make distribution plate 6 close rear exhaust outlets 24, whole air that the direction from dehumidifier 1 inside along arrow Y is carried all are introduced on the direction of top exhaust outlet 23 so.Utilize the 1st shutter board 16 and the 2nd shutter board 17, the oblique upper of air from top exhaust outlet 23 towards the front side of guiding top exhaust outlet 23 into sent.
If the wind direction board 22 that is made of the 1st shutter board 16 and the 2nd shutter board 17 is in turned position state shown in Figure 7, so in order to make the 1st shutter board 16 and the 2nd shutter board 17 closed upper portion exhaust outlets 23, whole air that direction from dehumidifier 1 inside along arrow Y is carried all are introduced on the direction of rear portion exhaust outlet 24, utilize rib 25,1 rear blows out from rear portion exhaust outlet 24 towards dehumidifier to make air.
In addition, if the wind direction board 22 that is made of the 1st shutter board 16 and the 2nd shutter board 17 is in Fig. 3-turned position state shown in Figure 5, connector 26 and connector 28 rotate parallel to each other together so, and the 1st shutter board 16 and 17 of the 2nd shutter boards are kept at an angle β (being 16 degree in an example).To this, if wind direction board 22 is in turned position state shown in Figure 7, connector 26 is in uneven relation mutually with connector 28 so, and the angle that forms between the 1st shutter board 16 and the 2nd shutter board 17 becomes angle [alpha] (being 32 degree in an example) so.
That is to say, if from state of operation handle 31 shown in Figure 5, the 1st shutter board 16 is rotated further in the direction of arrow C, the 2nd shutter board 17 that rotates with the 1st shutter board 16 also rotates with the direction of arrow C so, as shown in Figure 6, when a termination of the 2nd shutter board 17 contacted the front side of top exhaust outlet 23, the part of the 2nd shutter board 17 in the front side of top exhaust outlet 23 was under the closed state and stops operating.During this period, connector 26 increases at leisure with the subtended angle of connector 27.
From state shown in Figure 6, the 1st shutter board 16 is rotated in the direction of arrow C, and after the subtended angle of connector 26 and connector 27 surpasses 180 degree, as shown in Figure 7, by of the part sealing of the 1st shutter board 16 with the rear side of top exhaust outlet 23.In addition, when the subtended angle of connector 26 and connector 27 reaches 180 when spending, air line distance from turning cylinder 20 to pin between 30 is the longest, utilize the axial strain of connector 26 and connector 27, when the subtended angle of connector 26 and connector 27 surpasses the scope of 180 degree, the 1st shutter board 16 is rotated further.And, state as shown in Figure 7, as an example, the subtended angle of connector 26 and connector 27 is (360 degree-γ) spend.
In state shown in Figure 7, act on even without rotatory force under the situation of the 1st shutter board 16, wind direction board 22 and distribution plate 6 rotate in the direction of arrow D by its deadweight.Thereby, make top exhaust outlet 23 keep closed state (state shown in Figure 7) in order to utilize wind direction board 22, must have in this state and limit the device that turning cylinder 33,34 rotates reliably.Can use the rotation of sheet spring shown in Figure 4 37 restriction turning cylinders 33,34.For example, for sheet spring 37, the suitable link position place that is embedded in the periphery of the part on the turning cylinder 33 of connector 26 forms bossing, while is for the side face of the part of the turning cylinder 33 that is embedded in connector 26, at wind direction board 22 with top exhaust outlet 23 closed periods, sheet spring 37 forms recess at suitable link position place, be formed on the recess of connector 26 and be formed between the protuberance of sheet spring 37 to interconnect, and has just limited the rotation of turning cylinder 33 like this by means of connector 26.Utilize this structure, wind direction board 22 can make top exhaust outlet 23 remain on closed state reliably, and simultaneously, operation handle 31 when wind direction board 22 switch top exhaust outlets 23 because the elastic force of sheet spring 37, can feel that card takes.
When making the 1st shutter board 16 when state shown in Figure 7 rotates in the direction of arrow D, connector 26 reaches 180 degree with the subtended angle of connector 27, at this moment the 1st shutter board 16 is delivered to connector 28 and the 2nd shutter board 17 along the rotation of arrow D direction by connector 27, make it to rotate along the arrow C direction, and not reaching 180 when spending when the subtended angle of connector 26 and connector 27, the 2nd shutter board 17 stops on the position shown in Figure 7.If connector 26 does not reach 180 with the subtended angle of connector 27, the 1st shutter board 16 and connector 26 are delivered to connector 28 and the 2nd shutter board 17 along the rotation of arrow D direction by connector 27, make it to rotate in the direction of arrow D, the 2nd shutter board 17 and the 1st shutter board 16 are rotated linkedly by keeping the connector 26 and the parallel position relationship of connector 28.
In addition, when the subtended angle of connector 26 and connector 27 reaches 180 when spending, for the 1st shutter board 16 is rotated, the operating physical force that affacts on the handle 31 must be maximum, like this, when the operation feeling of utilizing wind direction board 22 to close top exhaust outlet 23 when card is taken, thereby can utilize handle 31 to carry out the operation of the 1st shutter board 16 reliably.
In addition, as shown in figure 18, handle 31 is formed near the end that disposes linkage one side of the 1st shutter board 16.Because this structure, because of utilizing sheet spring 37 antagonism to be positioned on the 1st shutter board 16 and the 2nd shutter board 17 and extruding forces turning cylinder 33 and 34 chimeric telescoping parts, first shutter board 16 and second shutter board are rotated, and near the position of closing top exhaust outlet 23, increase the operating physical force of the 1st shutter board 16 and the 2nd shutter board 17, so utilize the operating physical force that acts on the handle 31 can prevent from the 1st shutter board 16, to produce distortion.Sheet spring 37 directly by connector 26 and connector 28 along under the situation of the part of the side face of radial direction extruding turning cylinder 33 and 34, selectively sheet spring 37 is configured on the end in the axial two ends of the 1st shutter board 16.
And, as shown in Figure 8, the for example stepper motor 40 that can positive and negative both direction rotates is set on the turning cylinder 33 of the 1st shutter board 16,, can regulates automatically from the top exhaust outlet 23 of dehumidifier 1 and the air draft direction and the exhaust air rate of rear portion exhaust outlet 24 by control to the rotation of stepper motor 40.The air draft parts 3 of projection are formed at the top of main body cover, because these air draft parts 3 are made of opening portion that forms on the both direction such as from the top to the rear and the wind direction board 22 that is used to regulate air supply direction, so its blowing range broad.
In addition, can replace part circular the foregoing description with part ellipse, rectangle, trapezoidal or triangle from the section configuration of air draft part 3 sides of main body cover upper ledge.
Because according to respect to by the pressure fan of body interior along the 1st shutter board the 16, the 2nd shutter board 17 of arrow Y direction air-supply and the angle of inclination of distribution plate 6, change is also changed by air-supply effect air drag in the above, so by regulating the rotational angle of wind direction board 22 and distribution plate 6, the wind speed of the air that blows out from exhaust outlet also changes.Because form blowing range wide/the also variable structure of wind speed at exhaust outlet place, so can provide the stepper motor 40 of rotatory force in the slewing area of regulation, to rotate continuously repeatedly by for example making to turning cylinder 33 or 34 along positive and negative both direction, and the 1st shutter board the 16, the 1st shutter board 17 and distribution plate 6 are swung repeatedly, above dehumidifier 1, repeatedly send dry air in the relative broad range.Therefore, under the situation of the thing that is dried with the dehumidifier drying, in the relative broad range of thing that is dried, carry out dry air and constantly contact the thing that is dried, thereby can make the thing that is dried dry rapidly.
In addition, because the former configuration of the air draft part 3 that forms in projection above main body has the functional unit and the display unit of inclination, so the visual of the operation of functional unit and display unit is easily.Particularly, under the situation of use, can improve visibility significantly as the LCD of display unit.In this case, because with the front upper place of functional unit and display unit disposal subject shell, so just not along the horizontal direction air-supply of the front side of main body cover.But, for the rear side of main body cover, then can in comprising the relative broad range of horizontal direction, blow the air of capacity from rear portion exhaust outlet 24.
In addition,, be provided with and the rotation of a direction of motor selectively can be delivered to the transmission mechanism of turning cylinder by positive and negative both direction, can reach identical effect though motor itself only rotates towards a direction.In addition, when wind direction board 22 is rotated automatically, instead do not give birth to distortion for making the 1st shutter board 16, it is more gratifying on a side of these shutter board 16 configuration linkages motor being set.
In addition, as mentioned above, also linkage and sheet spring 37 needn't be set in a side of an end in the axial both ends of wind direction board 22 and distribution plate 6.In Fig. 6 and Fig. 7, by making distance and subtended angle between turning cylinder 33 and the turning cylinder 34 is 180 consistent to the distance between the other end of connector 27 from an end of connector 26 when spending, therefore, in the linkage operating process, need not connector 26,27 strain takes place, thereby in operation during handle 31, or when providing rotatory force by motor, the 1st shutter board that constitutes wind direction board 22 can not be distorted.But, in order to keep the closed state of wind direction board 22 closed upper portion exhaust outlets 23, because must be for the rotation on the deadweight restriction arrow D direction of utilizing wind direction board 22 and distribution plate 6, so, deadweight for restriction wind direction board 22 and distribution plate 6, sheet spring 37 is indispensable, if at the resilient force of sheet spring 37 operation handle 31 under axial one of wind direction board 22 and distribution plate 6 distolateral state, or utilizing motor to provide rotatory force that wind direction board 22 and distribution plate 6 are rotated, the 1st shutter board 16 that then constitutes wind direction board 22 produces distortion.Therefore, the fixed position of the turning cylinder of the formation position of the allocation position of sheet spring 37, the 1st shutter board 16 or motor should be arranged at least wind direction board 22 and distribution plate axially on one distolateral.
Fig. 9 is the sectional view of expression as near the structure the air draft parts of the dehumidifier of the embodiment of the invention.The dehumidifier 1 of this embodiment ' in, compares to have saved with the dehumidifier of the foregoing description and constitute the 1st shutter board 16 of wind direction board 22, and it is consistent with last exhaust outlet 23 length in the longitudinal direction to prolong the front and back length of the 2nd shutter board 17.That is to say, the dehumidifier 1 of this embodiment ' in, only constitute wind direction board, and the linkage that utilizes connector 26-28 to constitute makes distribution plate and the 2nd shutter board 17 interlocks by the 2nd shutter board 17.In this structure, form handle 31 in the end of the 2nd shutter board 17.
Because this structure, concerning dehumidifier 1 ', regulate the turned position of the 2nd shutter boards 17 and distribution plate 6 by operation handle 31, with from dehumidifier 1 ' inside along the air-supply of arrow Y direction, and can dehumidifier 1 ' rear side with above relative broad range in blow.That is to say, because the 2nd shutter board 17 as wind direction board rotates along arrow C direction shown in Figure 9 or arrow D direction, therefore more from dehumidifier 1 ' inside along the air that arrow Y direction blows, air is by between the 2nd shutter board 17 and the distribution plate 6, and can dehumidifier 1 ' above follow the rotational angle of the 2nd shutter board 17 and distribution plate 6 and blow.
In addition, if the 2nd shutter board 17 turns to the terminal of slewing area along the direction of arrow C shown in Figure 9, and the 2nd shutter board 17 is top exhaust outlet 23 complete closed, and then the air that blows with arrow Y direction from dehumidifier 1 ' inside all blows oblique upper to dehumidifier 1 ' front side through top exhaust outlet 23.
For the embodiment of packaged type air conditioner of the present invention, below with reference to accompanying drawings, be that example describes with dehumidifier with dry clothing class function.
Fig. 1 is the perspective view as the dehumidifier of the embodiment of the invention.Fig. 2 is the sectional view of dehumidifier shown in Figure 1.Fig. 3-Fig. 5, Fig. 7 are the sectional views of major part of adjustment state of air supply direction that is used to illustrate the air draft parts of dehumidifier.Figure 10 is the positive view as the air draft parts of the major part of dehumidifier along the intercepting of the A-A line of Fig. 4.
For packaged type air conditioners such as dehumidifiers, set air supply direction at relative broad range from rear portion to the oblique upper front portion of main body cover, this packaged type air conditioner operation part is configured in easy operation, and liquid-crystal display section is configured on the position that is easy to watch.Packaged type air conditioner main body cover top form projection, roughly be the air draft part of circular arc.The opening portion that air draft part is made of top exhaust outlet 23 and rear portion exhaust outlet 24 and form by the wind direction board that the 1st shutter board the 16, the 2nd shutter board 17, distribution plate 6 constitute.Can set air supply direction at relative broad range by the handle 31 that adjusting is arranged on the 1st shutter board 16 from rear portion to the oblique upper front portion of main body cover.In addition, at the anterior setting operation parts of the air draft part 3 that forms projection and the display unit of liquid crystal display, so the operation of functional unit is easier, and display unit is easy to watch.
The general structure of dehumidifier at first is described with reference to Fig. 1, Fig. 2.
The Sirocco fan that utilization drives rotation by motor 14 makes air be inhaled into from the air draught parts 8 of more than half part of accounting for afterframe 2 and through filter 11.Inhaled air reaches in the evaporimeter 12 that is made of refrigerant cycles at compressor 9 and cools off, and makes airborne moisture dewfall, thereby realizes dehumidifying.The moisture of dewfall collects in the water leg 5.Because the drying air temperature after the dehumidifying reduces, thus utilize condenser (reheater) 13 to its heating, to recover the temperature before the dehumidifying, dry air is sent into through air draft parts 3 indoor, thereby dehumidify to indoor.
The top of former frame frame 4 have display unit 7, operation usefulness shift knob, represent the LCD 38 of operation conditions, light-emitting diode display 39 etc.Has the handle free to rotate 10 that is used to keep the dehumidifier operation on the top of afterframe 2.Filter 11 is the thicker dust of filtering particle simply just, can also utilize the apatite antimicrobial form filter with fresh air that is used in the air cleaner to prevent pollen, virus, and the passing through of NOx.
With reference to Fig. 3-Fig. 5, Fig. 7, Figure 10 illustrate the structure of air draft parts 3 below.Figure 10 represents the normal cross-section of air draft parts 3 as the A-A cutaway view of Fig. 4.Fig. 4 has put down in writing linkage as a reference and again as the B-B cutaway view of Figure 10.To Fig. 4, Figure 10 is by the 1st axis hole 20 and the 1st shutter board 16 that is bearing in the 2nd axis hole 21 and the 2nd shutter board 17 formation top exhaust outlet wind direction control panel 22 (with reference to Fig. 3) of shutter board sidepiece wall 18,19.Top exhaust outlet wind direction control panel 22 can be controlled air-flow wind direction by top exhaust outlet 23 by regulating Fig. 3-the 1st shutter board 16 shown in Figure 5 and the rotational angle of the 2nd shutter board 17, simultaneously closed upper portion exhaust outlet 23 as shown in Figure 7.
The grid of rear portion exhaust outlet 24 for having horizontal ribs.Because distribution plate 6 and the 1st shutter board 16 is integral and be bearing on the 1st axis hole 20 with axle, and extend to the air-supply upside of representing with arrow from the 1st shutter board the 16, the 2nd shutter board 17, so distribution plate has the function that air draft is assigned to top exhaust outlet 23 and rear portion exhaust outlet 24, and close rear exhaust outlet 24 as shown in Figure 5.
As shown in Figure 3, distribution plate 6 extends to the air-supply source of the body interior of representing with arrow from the 1st shutter board the 16, the 2nd shutter board 17, this distribution plate is by the flow distribution plate 62 that the air output of delivering to top exhaust outlet 23 and rear portion exhaust outlet 24 is had the shunting function, and constitutes with respect to the ductor 61 that flow distribution plate 62 is that angle connects and the air-supply that will be assigned to rear portion exhaust outlet 24 is induced to rear portion exhaust outlet 24 reliably.
On the 1st shutter board 16, be provided with as shown in Figure 4 from the handle 31 of top exhaust outlet 23 projections, making it by operation handle 31 is that rotate at the center will be inserted in the 1st axis hole 20 interior the 1st shutter board 16 and the 1st turning cylinders 33 of distribution plate 6 on the blade body 32 that fuses, the linkage that utilization is made of the 1st connecting plate the 26, the 2nd connecting plate the 27, the 3rd connecting plate 28, also making the 2nd shutter board 17 is the center of rotation interlock with the 2nd turning cylinder 34, and the 2nd turning cylinder 34 is arranged on the 2nd shutter board that inserts the 2nd axis hole 21.
To describe linkage in detail below, an end of the 1st connecting plate 26 is fixed on the 1st turning cylinder 33, and the other end has the 1st connecting axle 35, the 1 connecting axles 35 and is bearing on the 1st connection axis hole 29, and the 1st connects axis hole 29 is arranged on the end of the 2nd connecting plate 27.One end of the 3rd connecting plate 28 is fixed on the 2nd turning cylinder 34, and the other end has the 2nd and connects axis hole 30, and the 2nd connecting axle 36 that is arranged on the other end of the 2nd connecting plate 27 is bearing in the 2nd and connects on the axis hole 30.Therefore, the rotation of handle 31 also makes the 1st connecting plate 26 rotate, the 1st connecting axle 29 that connects together with the 2nd connecting plate 27 and by the rotation of the 3rd connecting plate 28 of the 2nd connecting axle 30 supportings, and driving the 2nd shutter board 17 be the center rotation with the 2nd turning cylinder 34.
The section of the 1st turning cylinder the 33, the 2nd turning cylinder 34 is English alphabet D shape, the tube axle is set on an end separately of the 1st connecting plate the 26, the 3rd connecting plate 28, this axle has the axis hole that engages with the D font section of turning cylinder, and the 1st turning cylinder the 33, the 2nd turning cylinder 34 is inserted in respectively and is fixed in each axis hole.Extruding is located at the axle surface of the tube axle of axis hole, separately an end place of the 1st connecting plate the 26, the 3rd connecting plate 28/have as elastomeric spring 37 in utilization, can make blade 32 (the 1st shutter board 16, distribution plate 6), the 2nd shutter board 17 remain on rotational angle position arbitrarily like this.In addition, on the axle surface of the tube axle on the 1st connecting plate the 26, the 3rd connecting plate 28 each end, recess (or protuberance) is set with axis hole, protuberance (or recess) is set and makes concave-convex clutch in sheet spring 37 sides, shutter board is remained on the rotational angle position of regulation.And, after the 1st turning cylinder 33 of D shape section inserts the axis hole of tube axle of an end of the 1st connecting plate 26, push one of the 1st connecting plate 26 by the part that will tell from sheet spring 37 with direction of insertion and bring in the tube axle of an end that prevents the 1st connecting plate 26 and from the 1st turning cylinder 33, extract.
To the action of each rotational angle position of top exhaust outlet wind direction control panel 22 be described below.
In position shown in Figure 3, be assigned to top exhaust outlet 23 sides and rear portion exhaust outlet 24 sides from the air sent with the pressure fan of the body interior shown in the arrow by the flow distribution plate 62 of distribution plate 6, top exhaust outlet 23 also is subjected to the 1st shutter board 16 and the 2nd shutter board 17 control wind directions, make air obliquely upward rear side blow out.In addition, be directed to rear portion exhaust outlet 24 to the air-supply of rear portion exhaust outlet 24 sides reliably by the ductor 61 of distribution plate 6, the horizontal ribs 25 of rear portion exhaust outlet 24 blows to the rear by the action of wind direction blade (shutter board) with air.If the ductor 61 that connects at a certain angle with respect to the flow distribution plate 62 of distribution plate 6 is not set, the air-supply that then is assigned to rear portion exhaust outlet 24 sides become along flow distribution plate 62 tiltedly on towards the rear to, so just do not induce to rear portion exhaust outlet 24 directions, the air output that blows out rearwards reduces, side's blowing becomes main body obliquely, thereby can not realize the purpose that makes wider range of air supply direction of the present invention.
In position shown in Figure 4, because the flow distribution plate 62 of distribution plate 6 is in vertical position,, induce by distribution plate 6 from the major part of the air of the pressure fan of the body interior shown in the arrow, blow out towards the top from top exhaust outlet 23 sides.Also blow out in addition towards the 1st shutter board the 16, the 2nd shutter board 17 directions.Towards the air flue of the air-supply source front end of distribution plate 6 and rear portion exhaust outlet 24 sides space more or less, but top air draft oral-lateral 23 is because aperture is bigger, so most of air quantity of air-supply can not be sent to rear portion exhaust outlet 24.
In position shown in Figure 5, because distribution plate 6 shelters from the air flue that leads to rear portion exhaust outlet 24,, whole air-supplies tilts towards oblique the place ahead so flowing to top exhaust outlet 23, the 1 shutter boards the 16, the 2nd shutter board 17, air-supply the place ahead is obliquely blown out.
In position shown in Figure 7, because the 1st shutter board the 16, the 2nd shutter board 17 shelters from top exhaust outlet 23, so whole air-supplies flows to rear portion exhaust outlet 24 sides.Equally, distribution plate 6 also shelters from top exhaust outlet 23.For this reason, utilize the action of the horizontal ribs 25 of rear portion exhaust outlet 24, make air blow to the rear.
As mentioned above, owing to formed such air draft parts 3, stretch out on the top of the main body cover that this 3 the past of parts frame 1 and after-frame 2 constitute, the sidepiece section forms and roughly is circular arc, these air draft parts 3 by near the top to the opening features of the both direction at least at rear and by the 1st shutter board 16 of regulating air supply direction, the 2nd shutter board 17, the wind direction board that distribution plate 6 is formed constitutes, only regulating handle 31 just can set from behind and blow out (Fig. 7), relative broad range up to the rear portion of oblique upper blows out (Fig. 3) from behind, blow out from top (Fig. 4), the place ahead on tiltedly blows out (Fig. 5) etc., promptly sets the air supply direction of the relative broad range in the place ahead on tiltedly from the rear.
In addition, for air supply direction from the air-supply source of the body interior shown in the arrow, the resistance of wind is difference with the difference at the angle of inclination of the 1st shutter board the 16, the 2nd shutter board 17, distribution plate 6, so also change by the air-supply of any degree adjusting blowing scope exhaust outlet.
In addition, roughly be circular shape from what the lower half-oval shaped of the air draft parts 3 usefulness projections of the upper ledge of main body cover replaced the foregoing description, be preferably by front, top, rectangle that 3 faces in back constitute, by the front on oblique, the platform shape that top, oblique 3 faces in back constitute, by the protrusion member of the front on oblique, the triangle that oblique 2 faces in back constitute etc.
In addition, about the position of setting operation parts, display unit,, be more convenient in the use so functional unit, display unit are configured in the main body cover front upper owing to be provided with on the ground usually as transportable packaged type air conditioner.Particularly using under the situation of liquid crystal as display unit, because the restriction at visual angle, from which direction all being not easy to watch, so can see the position that content displayed is such well when seeing from top to bottom, is exactly the position at the oblique upper configuration display unit of main body cover.
Therefore, as above-mentioned embodiment, from the air air draft parts 3 of the upper ledge of main body cover tiltedly on anterior setting operation parts and display unit, promptly operate the shift knob of usefulness and show the LCD 38 of operation conditions.But owing to can dry, so, can utilize the air-supply of horizontal direction so if use dehumidifier and washings is placed on the rear of dehumidifier rather than is placed on the place ahead with clothing class functions/drying for example from the rear portion.Even and can not also replace towards the air-supply in the place ahead with air-supply towards the rear.
Below with reference to accompanying drawings, be example with dehumidifier with clothing class functions/drying, the embodiment of air conditioner of the present invention is described.Fig. 1 is the perspective view of dehumidifier of the present invention.Fig. 2 is the sectional view of dehumidifier shown in Figure 1.Fig. 3-5, Fig. 7 are the sectional views of major part that is used to illustrate the adjustment state of dehumidifier air draft parts.Figure 10 is the positive view of air draft parts of dehumidifier major part of the A-A line intercepting of Fig. 4.Figure 11, Figure 12, Figure 13 illustrate the perspective view of the structure of linkage, the section plan of major part, the sectional view of major part.
Present embodiment provides linkage that cannot see a plurality of shutter board interlocks that make the air draft parts from the outside, the air-conditioner that this air conditioner exhaust outlet is easy to assemble.With a plurality of shutter boards 16,17 turning cylinder 33,34 insert in the axis hole 20,21 of two side of exhaust outlet frameworks 70 and are bearing in the axis hole axis hole 20 that is passing a side wall surface 18, each turning cylinder 33 of 21, inserting the connecting plate 28,26 of linkage on 34, and have make shutter board remain on the extruding connecting plate turning cylinder 71, elastomer keep plate on 72 the regulation turned position (sheet spring 37), the part 79 of arrangement brake plate on the outside of outermost connecting plate.Be located at the protuberance of keep plate side and be located at the mutual interlock of recess of the turning cylinder side of shutter board or connecting plate, thereby shutter board is remained on the turned position of regulation.Exhaust outlet framework 70 parts of inserting connecting plate are provided with top board 73, and keep plate is fixed on the mounting column 74 that is located on the top board.
Utilize Fig. 1 below, Fig. 2 illustrates the operation principle of dehumidifier of the present invention.Sirocco fan 15 drives rotation by motor 14, and air is introduced into through filters 11 from the air draught part 8 of the first half that roughly occupies after-frame 2.Inhaled air is constituted evaporimeter 12 cooling of refrigerant cycles with compressor 9, make airborne hydrogenesis and realize dehumidifying.The moisture that condenses accumulates in the water leg 5.Because the drying air temperature after the dehumidifying reduces, thus utilize condenser (reheater) 13 to its heating, to recover the temperature before the dehumidifying, dry air is sent into through air draft parts 3 indoor, thereby dehumidify to indoor.
The top of preceding frame 4 has the operation display part branch, and this part has shift knob, the LCD 38 of operation conditions, the light-emitting diode display of expression operation usefulness.The handle of using when having the carrying dehumidifier in addition on the top of after-frame 2 that freely rotates 10.Filter 11 can only not filter cinder dirt, and in air cleaner, use the filter with fresh air of apatite antimicrobial form etc. can stop pollen, virus, and NOx etc. pass through.
Below with reference to Fig. 3-Fig. 5, Fig. 7, Figure 10 illustrate the structure of air draft parts 3.Figure 10 is the orthogonal view of air draft parts of the A-A line intercepting of Fig. 4.Fig. 4 is the B-B line profile of Figure 10, has put down in writing the linkage that is used for reference once more.In Fig. 4, Figure 10, the 1st shutter board 16 and the 2nd shutter board 17 that are bearing on the 1st axis hole the 20, the 2nd axis hole 21 of shutter board side wall 18,19 of exhaust outlet framework 70 have constituted top exhaust outlet wind direction control panel 22 (with reference to Fig. 3).As shown in Figure 3-Figure 5, top exhaust outlet wind direction control panel 22 is regulated the rotational angle of the 1st shutter board the 16, the 2nd shutter board 17, thereby can control the wind direction of the air stream of the top exhaust outlet 23 by exhaust outlet framework 70, but closed upper portion exhaust outlet 23 (with reference to Fig. 7) as shown in Figure 7 simultaneously.
The rear portion exhaust outlet 24 of exhaust outlet framework 70 is to have the grid that the rib 25 by level constitutes.Be integral with the 1st shutter board 16 and be bearing on the 1st axis hole 20 because distribution plate 6 is bearing in axle, extend to the blowing upside of arrow indication from the 1st shutter board the 16, the 2nd shutter board 17, so they have the function that the air that will blow is assigned to top exhaust outlet 23 and rear portion exhaust outlet 24, and close rear exhaust outlet 24 as illustrated in fig. 5.
Distribution plate 6 is made of flow distribution plate 62 and ductor 61, flow distribution plate 62 extends to the 1st shutter board 16, the 2 shutter boards 17 shown in Figure 3 by the air-supply source of the body interior shown in the arrow and have function to top exhaust outlet 23 and rear portion exhaust outlet 24 shunting air outputs; The air-supply that ductor 61 will be assigned to rear portion exhaust outlet 24 is induced to rear portion exhaust outlet 24 reliably.
As shown in Figure 4, the handle 31 that stretches out from top exhaust outlet 32 that the 1st shutter board 16 is provided with, the 1st shutter board 16 and distribution plate 6 that blade body 32 will be inserted in the 1st axis hole 20 fuse, the 1st turning cylinder 33 is arranged on the blade body 32 and is center when rotating handle 31 with the 1st turning cylinder 33, then the linkage that is made of the 1st connecting plate the 26, the 2nd connecting plate the 27, the 3rd connecting plate 28 with utilization of this rotation and to make the 2nd shutter board 17 that is inserted in the 2nd axis hole 21 be the rotation interlock of center of rotation with the 2nd turning cylinder 34 that is located on the 2nd shutter board 17.
Below with reference to Figure 11, Figure 12, Figure 13 describes linkage in detail.Figure 11, Figure 12, Figure 13 are the perspective views of looking from the F direction shown in Figure 10, the section plan of the major part of looking from the E direction, the sectional side view of the major part of looking from the lateral direction of turning cylinder.But linkage should be in the state position of Fig. 7.
As shown in figure 12, the 1st turning cylinder 33 is inserted in the axial region 71 that is positioned at the 1st connecting plate 26 1 ends, and the other end of connecting plate 26 has the 1st connecting axle axle 35, and the 1st connecting axle 29 that is located on the 2nd connecting plate 27 1 ends is inserted in the axis hole 35.The other end that the 2nd turning cylinder 34 is inserted in axial region 72, the 3 connecting plates 28 that are positioned at the 3rd connecting plate 28 1 ends has the 2nd connecting axle 30, is located at the 2nd on the 2nd connecting plate 27 other ends and connects axis hole 36 socket joint connecting axles 30.
As shown in figure 13, the section of the 1st turning cylinder the 33, the 2nd turning cylinder 34 is English alphabet D shape, axial region 71,72 socket joints on an end separately that is positioned at the 1st connecting plate the 26, the 3rd connecting plate 28 and are provided with the axis hole that engages with the D font section of turning cylinder, and each rotating shaft is inserted in the axis hole.Thereby along with the rotation of handle 31, the 1st connecting plate 26 also rotates, and utilizes with the 1st connecting axle 29 of the 2nd connecting plate 27 and the supporting of the 2nd connecting axle 30, makes the 3rd connecting plate, and then to make the 2nd shutter board 17 be the center rotation with the 2nd turning cylinder 34.
Utilization is pushed as elastomeric spring 37 and is being inserted the 1st, the 2nd turning cylinder 33, each axial region 71 of 34 the 1st connecting plate the 26, the 3rd connecting plate 28,72 outer surface, thus blade body 32 (the 1st shutter board 16, distribution plate 6), the 2nd shutter board 17 are remained on arbitrarily on the rotational angle position.In addition, establish recess 80 on the outer surface of the axial region 71 by the 1st connecting plate 26, establish protuberance 81 on sheet spring 37 sides, both mutual interlocks can make shutter board remain on the rotational angle position of regulation.And recess and protuberance can be provided with conversely, can establish protuberance on axial region 71, establish recess on the sheet spring 37.In addition, on axial region 72 outer surfaces of the 3rd connecting plate 28, be provided with projection 82, and sheet spring 37 these projections of extruding.This is under the closed state of shutter board shown in Figure 7, makes shutter board can remain on this closed state reliably.
In addition, the axial region 71 of the 1st connecting plate 26 is pushed on the D section of the 1st turning cylinder 33 to shutter board central side (inboard) from turning cylinder end side (outside) after, sheet spring 37 quarter bends are folded part 79, push the end of the axial region 71 of the 1st connecting plate 26 by this part 79 along the axial region direction of insertion, thereby the axial region 71 that can prevent the 1st connecting plate 26 is extracted from the 1st turning cylinder 33.
The web of formation linkage is assembled by the outside by the order of the 3rd connecting plate the 28, the 2nd connecting plate the 27, the 1st connecting plate 26.Because bending part 79 outside-ins of sheet spring 37 push the axial region 71 that is positioned at outermost the 1st connecting plate 26, so the phenomenon of the connecting plate of linkage can not occur extracting from rotary shaft end.
In addition, on exhaust outlet 70 parts of plugging in linkage (connecting plate) of the shutter board side wall surface 18 of exhaust outlet framework 70 top board 73 is arranged, sheet spring 37 is fixed on the mounting column of being located on the top board 73 74,74 with screw 75,75.Because outer side surface 77,78 is located at shutter board side wall surface 18 on the exhaust outlet framework 70 by end face 73,76, so 19 the outside is when when the air draft parts are seen in the parts outside, though see the 1st shutter board 16, the 2nd shutter board 17, but cannot see the internal part of linkage etc.
Wait the assembling process of explanation air draft parts 3 below with reference to Figure 10.The the 1st, the 2 turning cylinder 33 with the 1st, the 2 shutter board 16,17,34 insert the 1st, the 2 axis hole 20,21 interior (with reference to Fig. 4) of shutter board side wall surface 18 sides that are in exhaust outlet 70, with the 1st, the 2nd turning cylinder 33,34 inserts and is in the 1st, the 2 axis hole 20,21 of shutter board side wall surface 19 sides.Because the 1st, the 2 shutter board 16,17 that is formed from a resin has elasticity, so be not difficult they are inserted in the axis hole of turning cylinder.
Linkage is assembled by following mode: at first, the 1st connecting axle 29 that is located at the 2nd connecting plate 27 1 ends inserts and is bearing on the 1st connection axis hole 35 that is positioned at the 1st connecting plate 26 1 ends, and the 2nd connecting axle 30 that is positioned at the 3rd connecting plate 28 1 ends is bearing in the 2nd of the 2nd connecting plate 27 other ends and connects on the axis hole 36.Secondly, be enclosed within the axial region 72 of the 3rd connecting plate 28 on the 2nd turning cylinder 34 and push, be enclosed within the axial region 71 of the 1st connecting plate 26 on the 1st turning cylinder 33 and push.Use screw 75 that sheet spring 37 is fixed on the mounting column 74, this mounting column 74 is arranged on the end face 73 of top exhaust outlet framework 70.Begin to operate from opening portion owing to sheet spring 37 is fixed on the mounting column 74 that is located on the end face 73, be easier to so assemble up.
The action of each rotational angle position of top exhaust outlet wind direction control panel 22 will be described below.In position shown in Figure 3, the air that the pressure fan of the body interior of representing from arrow is sent is assigned to top 2 exhaust outlets, 23 sides and rear portion exhaust outlet 24 sides by the flow distribution plate 62 of distribution plate 6, exhaust outlet 23 sides in top are again by the 1st shutter board 16 and the 2nd shutter board 17 control wind directions, make air obliquely upwards rear side blow out.In addition, the air-supply that blows to rear portion exhaust outlet 24 sides is guided rear portion exhaust outlet 24 into reliably by the ductor 61 of distribution plate 6, and the horizontal ribs 25 of rear portion exhaust outlet 24 blows to the back by the action of wind direction blade (shutter board) with air.If ductor 61 has certain angle with respect to the flow distribution plate 62 of distribution plate 6, the air-supply that then is assigned to rear portion exhaust outlet 24 sides blows to the rear obliquely along flow distribution plate 62, and air is not induced to rear portion exhaust outlet 24, so just reduced the air-supply ratio that blows to the rear portion, making blows obliquely upward becomes main body, thereby can not make air supply direction reach relative broad range.
Because on position shown in Figure 4, the flow distribution plate 62 of distribution plate 6 is in vertical position, so the air of sending of the pressure fan of the body interior shown in the arrow nearly all blows out from top exhaust outlet 23 side direction top by inducing of distribution plate 6.Lead to the air-supply source front end of distribution plate 6 and the air flue of rear portion exhaust outlet 24 and also how much occupy certain space, but because the aperture of top exhaust outlet 23 is bigger, so hardly to 24 air-supplies of rear portion exhaust outlet.
In position shown in Figure 5, because distribution plate 6 blocks the air flue that leads to rear portion exhaust outlet 24, so all air-supply flows to the top exhaust outlet, thereby the 1st shutter board the 16, the 2nd shutter board 17 tilts to last the place ahead blowing of tilting to oblique the place ahead.
In position shown in Figure 7, because the 1st shutter board the 16, the 2nd shutter board 17 blocks top exhaust outlet 23, so all air-supply flows to rear portion exhaust outlet 24.Distribution plate 6 also blocks top exhaust outlet 23 in addition.Like this, utilize the action of the horizontal ribs of rear portion exhaust outlet 24 to make air blow to the rear.
As mentioned above, form roughly rounded air draft parts 3 at the sidepiece section, these air draft parts stretch out from the top of the main body cover that is made of preceding frame 4 and after-frame 2.These air draft parts 3 are by forming from the top to the opening features of the both direction at least of posterior direction with by the 1st shutter board the 16, the 2nd shutter board 17 that is used to regulate blowing direction, wind direction board that distribution plate 6 constitutes, only regulate handle 31 just can set from behind blow out (Fig. 7), the relative broad range up to the rear portion of oblique upper blows out (Fig. 3), blows out (Fig. 4) from top, blows out the air supply direction that (Fig. 5) waits the relative broad range in the place ahead on oblique from the rear from the place ahead tiltedly from behind.
In addition, because utilization changes windage from the angle of inclination of opposite the 1st shutter board the 6, the 2nd shutter board 17 of the air supply direction in the air-supply source of the body interior shown in the arrow, distribution plate 6, so narrow down to the wind speed that to a certain degree changes exhaust outlet by blowing out scope.
In addition, the present invention is not limited to the foregoing description.
According to the described invention of claim 1, can change air supply direction according to the turned position of wind direction board by an exhaust outlet, simultaneously, utilize distribution plate can change ratio to the air output of a plurality of exhaust outlets, can change the ratio of the air output of discharging from a plurality of exhaust outlets and two air supply directions of at least one exhaust outlet simultaneously by the turned position of regulating wind direction board, and utilize simple structure and operation just can change the state that blows out in many ways from a plurality of exhaust outlet blow out air.
According to the described invention of claim 2, utilize flow distribution plate and change ratio respectively a plurality of exhaust outlet air outputs according to the turned position of wind direction board and distribution plate, utilize ductor to change the air draft direction of wind direction board simultaneously, thereby form the air draft direction of exhaust outlet and other exhaust outlet.And facing to exhaust outlet guiding air, ductor does not then guide air to wind direction board reliably.
According to the described invention of claim 3, according to the turned position of wind direction board, utilize wind direction board or distribution plate to close each exhaust outlet selectively, and stop air draft from one of them exhaust outlet selectively by the turned position of regulating wind direction board.
According to the described invention of claim 4, carry out rotating operation linkedly by a plurality of wind direction boards that are positioned at an exhaust outlet place, and for the air draft direction at exhaust outlet place, the moving range of wind direction board is less, thus but the miniaturization of implement device.
According to the described invention of claim 5, wind direction board keeps being parallel to each other state ground interlock by linkage between distribution plate, and distribution plate is along with wind direction board carries out rotating operation together reliably, the direction of air draft simultaneously by be set at reliably by between wind direction board and the distribution plate direction.
According to the described invention of claim 6, owing to make wind direction board or distribution plate keep interlock in parallel to each other, linkage should have the simplest structure, so needn't the production structure complexity, large-scale plant that cost is high.
According to the described invention of claim 7,2 connectors are not when subtended angle reaches the slewing area of 180 degree, and wind direction board or distribution plate rotate abreast, when the subtended angle of 2 connectors surpasses the scope of 180 degree, change the formation angle of wind direction board and distribution simultaneously.Therefore, should change the connection status of wind direction board and distribution plate according to the turned position of wind direction board or distribution plate.
According to the described invention of claim 8, the exhaust outlet of one of them wind direction board is in not closed condition, the slewing area of 2 connector ends is rotated in parallel to each other for being discontented with 180 degree and wind direction board or distribution plate, simultaneously, after the exhaust outlet of a wind direction board is therein closed, the slewing area of the subtended angle of 2 connectors surpasses 180 degree, so have only distribution plate (but wind direction board that wind direction board constitutes with distribution plate under the situation that distribution plate fuses in a plurality of wind direction boards) to rotate.
According to the described invention of claim 9, the elastic force of elastomeric element plays braking action to the rotation of wind direction board or distribution plate, therefore, the wind direction board or the distribution plate of interlock can stop at any turned position mutually, thereby can keep the ventilation state of regulation according to the turned position of wind direction board and distribution plate.
According to the described invention of claim 10, because the load agency part of the elastic force of elastomeric element and being used to rotates the agency part of the rotatory force of action near wind direction board or distribution plate axially, so can prevent that wind direction board or distribution plate are owing to the effect of rotatory force produces distortion.
According to the described invention of claim 11 to 13, be illustrated with regard to configuration aspects above, below the effect that can reach will be described.
Upper ledge landform wind part in a row at main body cover, and since these air draft parts by near the upper direction to posterior direction etc. at least the opening features on the both direction and the being used to wind direction board of regulating the air draft direction form, so can make from the direction setting of the air-supply of the air draft parts of packaged type air conditioner for blow out from the rear portion, from the rear portion obliquely upwards the relative broad range at rear portion blow out, blow out, blow out etc. from the upper forepart that tilts from top, promptly be set at the relative broad range that blows out to the last the place ahead that tilts from the rear portion.
In addition, owing to be provided with functional unit or the display unit that the place ahead of the air draft parts that relatively saliently form tilts, institute and makes to operate and is easier to so that the display unit of packaged type air conditioner is easy to watch.
Particularly under using with the situation of LCD as display unit, because display unit is arranged on the position that can watch from the front, institute is so that display unit is watched is more prone to.
According to the described invention of claim 14 to 16, be illustrated with regard to configuration aspects above, below the effect that can reach will be described.
Elastomeric keep plate makes the turning cylinder of shutter board or connecting plate keep the function of keep plate, so interlock and the shutter board that rotates are maintained on the precalculated position, and the user can select the air draft direction of exhaust outlet.And, at least a portion of keep plate is configured in the outside of outermost connecting plate in the connecting plate, even, its outside from the turning cylinder end is broken away from so a plurality of connecting plates that are inserted with linkage etc. to the direction of shutter board core from the turning cylinder end are not carried out fastening especially.Fastening owing to not carrying out, so be easy to carry out demolition and assembling.
In addition, recessed (or epirelief) part by keep plate engages with epirelief (or recessed) part of turning cylinder side, and shutter board is remained on the predetermined turned position.
In addition, above-mentioned connecting plate has the top board that is inserted in the exhaust outlet framework part, above-mentioned keep plate is fixed on the mounting column that is located at this top board, so be easy to will brake from opening portion fixing, and is easy to the air draft with a plurality of shutter boards and linkage etc. is partly assembled.In addition, above-mentioned part of inserting connecting plate is hiding top board, thereby is invisible from the outside.

Claims (16)

1. air conditioner, it is characterized in that having a plurality of exhaust outlets that opening direction has nothing in common with each other, change wind direction board according to the turned position through the air supply direction of an exhaust outlet air-supply, with wind direction board be integral action/change the distribution plate of the exhaust air rate ratio of a plurality of exhaust outlets.
2. according to the described air conditioner of claim 1, it is characterized in that described distribution plate is made of flow distribution plate and ductor: described flow distribution plate has the function that can change a plurality of exhaust outlet exhaust air rate ratios and is positioned at air draft direction upstream side; Described ductor is connected on the distribution plate with the angle of regulation in air draft direction downstream.
3. according to claim 1 or 2 described air conditioners, it is characterized in that described wind direction board closes a exhaust outlet in a plurality of exhaust outlets in the rotational position of regulation, distribution plate then cuts out a exhaust outlet in a plurality of exhaust outlets in the rotational position of other regulation of wind direction board.
4. according to any one described air conditioner of claim 1 to 3, it is characterized in that described wind direction board by be arranged side by side vertical with the air draft direction of an exhaust outlet a plurality of locational/a plurality of wind direction boards of rotating linkedly each other.
5. according to any one described air conditioner of claim 1 to 4, it is characterized in that also having and make above-mentioned wind direction board remain on the bindiny mechanism of interlock under the state that is parallel to each other with distribution plate.
6. according to the air conditioner of claim 5, it is characterized in that described linkage is made of second connector of the other end of second connector that rotates with distribution plate on first connector that at one end rotates with wind direction board, the end and the other end that connects first connector and second connector.
7. according to claim 5 or 6 described air conditioners, 2 connectors that it is characterized in that the adjacency in the described linkage are comprising that mutual subtended angle is to move in the slewing area of 180 position.
8. according to the described air conditioner of claim 7, after the exhaust outlet that it is characterized in that a wind direction board was therein closed, 2 of adjacency connectors moved in mutual subtended angle surpasses the slewing areas of 180 degree in the aforementioned link mechanism.
9. according to any one described air conditioner of claim 1 to 8, it is characterized in that having the elastomeric element of circumferential surface that pushes the turning cylinder of above-mentioned wind direction board or distribution plate along radial direction.
10. according to any one described air conditioner of claim 5 to 9, it is characterized in that be positioned at described wind direction board or distribution plate axially on the allocation position of elastomeric element near be provided with and have the part of rotatory force effect.
11. a packaged type air conditioner is characterized in that the outstanding air draft parts of top formation of its main body cover, these air draft parts comprise the opening portion that at least 2 directions are above and are used to regulate the wind direction board of air draft direction.
12., it is characterized in that the front portion of the air draft part that described projection forms is provided with the operation part and the display part of inclination according to the described air conditioner of claim 11.
13., it is characterized in that described display part has LCD according to the described air conditioner of claim 12.
14. air conditioner exhaust outlet, the framework two side walls of this exhaust outlet is respectively equipped with axis hole, each turning cylinder that is arranged on two sidepieces of a plurality of shutter boards is inserted in respectively in these axis holes, and each shutter board that inserts axis hole is bearing on the exhaust outlet framework free to rotately, the direction of connecting plate from each turning cylinder end side (outside) towards shutter board core side (inboard) of the linkage etc. of each shutter board interlock is enclosed within on each turning cylinder of each shutter board, and each turning cylinder of shutter board sidepiece runs through each axis hole of one of them exhaust outlet frame side wall face, it is characterized in that having:
Constitute keep plate with elastomer, this keep plate pushes the turning cylinder of described shutter board or connecting plate, and described shutter board is remained on the regulation turned position, and at least a portion of this keep plate is configured on the outside of the outermost connecting plate in the connecting plate.
15. according to the described air conditioner exhaust outlet of claim 14, it is characterized in that on described keep plate, being provided with recessed (or epirelief) part, turning cylinder side at described shutter board or connecting plate is provided with epirelief (or recessed) part, and by being meshing with each other of jog above-mentioned shutter board is remained on the turned position of regulation.
16. according to claim 14 or 15 described air conditioner exhaust outlets, it is characterized in that having top board on the exhaust outlet framework of the described connecting plate of the socket joint part at least in the two sides of described exhaust outlet framework, described keep plate is fixed on the mounting column of being located on this top board.
CNB001086715A 1999-02-25 2000-02-25 Air conditioner Expired - Fee Related CN1171047C (en)

Applications Claiming Priority (6)

Application Number Priority Date Filing Date Title
JP48238/1999 1999-02-25
JP04823899A JP3440016B2 (en) 1999-02-25 1999-02-25 Air conditioner
JP07210199A JP3475116B2 (en) 1999-03-17 1999-03-17 Portable air conditioner
JP72101/1999 1999-03-17
JP90529/1999 1999-03-31
JP09052999A JP3320033B2 (en) 1999-03-31 1999-03-31 Air conditioner outlet

Publications (2)

Publication Number Publication Date
CN1273346A true CN1273346A (en) 2000-11-15
CN1171047C CN1171047C (en) 2004-10-13

Family

ID=27293231

Family Applications (1)

Application Number Title Priority Date Filing Date
CNB001086715A Expired - Fee Related CN1171047C (en) 1999-02-25 2000-02-25 Air conditioner

Country Status (3)

Country Link
CN (1) CN1171047C (en)
HK (1) HK1030042A1 (en)
TW (1) TW444115B (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1312441C (en) * 2002-11-26 2007-04-25 乐金电子(天津)电器有限公司 Air flowing device for integrated air conditioner
CN102607243A (en) * 2012-01-13 2012-07-25 浏阳市远见机械设备销售有限公司 Fireworks and crackers material curing barn
CN101765453B (en) * 2007-07-30 2012-08-08 夏普株式会社 Air purifier
CN108534241A (en) * 2017-03-01 2018-09-14 松下知识产权经营株式会社 Dehumidification device

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1330909C (en) * 2005-03-18 2007-08-08 广东科龙电器股份有限公司 Air outlet device of air conditioner

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1312441C (en) * 2002-11-26 2007-04-25 乐金电子(天津)电器有限公司 Air flowing device for integrated air conditioner
CN101765453B (en) * 2007-07-30 2012-08-08 夏普株式会社 Air purifier
CN102607243A (en) * 2012-01-13 2012-07-25 浏阳市远见机械设备销售有限公司 Fireworks and crackers material curing barn
CN108534241A (en) * 2017-03-01 2018-09-14 松下知识产权经营株式会社 Dehumidification device
CN108534241B (en) * 2017-03-01 2021-06-18 松下知识产权经营株式会社 Dehumidifying device

Also Published As

Publication number Publication date
HK1030042A1 (en) 2001-04-20
CN1171047C (en) 2004-10-13
TW444115B (en) 2001-07-01

Similar Documents

Publication Publication Date Title
CN1209579C (en) Air conditioner
CN106610102A (en) Air conditioner
CN1752622A (en) Air supply device and air conditioner using same
CN1163700C (en) Air conditioner
CN1697952A (en) Heat exchanger unit
KR20190142279A (en) Air blower having detachable function extension module
CN2694154Y (en) Integral air conditioner and its front plate
CN2694155Y (en) Integral air conditioner and its air guiding member
CN1171047C (en) Air conditioner
CN1527924A (en) Air conditioning device
CN1746575A (en) Air conditioner
CN1712800A (en) Air conditioner
CN1888659A (en) Separating air conditioner running method
CN1955578A (en) Indoor unit for air conditioner
CN1105883C (en) Indoor unit for air conditioner
JP2015218993A (en) Air conditioner
CN101078556A (en) Water drainage chassis of air conditioner indoor machine
CN1888604A (en) Air conditioner matched tube structure
CN105526631B (en) Has the air-conditioning device of airflow guiding structural
CN1888683A (en) Air conditioner control box setting up structure
CN101078536A (en) Indoor unit of air conditioner
CN1626945A (en) Indoor machine of air conditioner
CN2667374Y (en) Indoor machine for air conditioner
CN1755206A (en) Open/close structure of front panel of air conditioner indoor unit
CN1888699A (en) Air conditioner filter device

Legal Events

Date Code Title Description
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C06 Publication
PB01 Publication
C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20041013