CN208418965U - Double water pan components and air-conditioning - Google Patents

Abstract

The utility model provides a kind of double water pan components, including the first and second drip trays, first drip tray includes first base, first to fourth coaming plate, first to fourth coaming plate is fixedly connected with pedestal, second drip tray is arranged under the first drip tray, and it encloses to set to form accommodating chamber with the socket of the first drip tray, the apopore being connected with exterior drain is provided on second drip tray, first base includes first to fourth water-accepting board, first to fourth water-accepting board is successively total to side and is total to vertex and connects to form first base, the through-hole for leading to the second drip tray is provided in the total apex of first to fourth water-accepting board.The utility model also provides a kind of air-conditioning.By the first drip tray and the second water pan component of setting, when air-conditioning can be allowed to work under any use environment, water pan component can effectively play the effect of absorption condensation water.

Description

Double water pan components and air-conditioning

Technical field

The utility model relates to air-conditioning technical more particularly to double water pan components and air-conditionings.

Background technique

With the development of society, the application of air-conditioning is more and more wider.Under normal conditions, the condensation of air conditioner condensation component exudation Water is absorbed by the drip tray being arranged under condensate component, is accommodated, and is discharged by the water outlet of drip tray.Air-conditioning or condensation When component is in a horizontal position, drip tray can effectively receive condensed water.

In some special circumstances, for example, air-conditioning it is some exist wave at any time may inclination or shake use field It closes, when as on automobile or on ship, because condensate component waves shake, the condensed water in drip tray is possible to swing from drip tray It out or flows back, to bring hidden danger to the normal use of interior machine.Notification number is the patent of CN103375904B, is provided a kind of double Drip tray structure is able to solve the above problem.

However, the first drip tray of double drip tray structures and the bottom of the second drip tray are provided that trench bottom (i.e. Horizontal stripe connected in star is set on bottom), when condensed water is dripped from each position of evaporator, the streamflow and rate of drippage are Roughly the same.And the condensed water of different parts drippage enters the path of the second drip tray by the aperture on the first trench bottom Difference, speed is different, and it is more to be bound to cause the streamflow for needing to flow out from the first trench bottom both ends aperture under the same time In the streamflow flowed out from the aperture elsewhere of the first trench bottom.When the amount of condensed water drippage is larger, because of streamflow And flowing water speed is inconsistent, the ratio for be easy to causeing condensed water to assemble at the first trench bottom both ends is fast elsewhere, to make At blocking, or even condensed water is caused to be easy to swing the first drip tray out from the two sides of the first trench bottom.In addition, the disclosure technology In, the second drip tray has no special discharge structure, when evaporator and drip tray rock, in the second drip tray and first The condensed water stored in accommodating chamber between drip tray is likely to can not smooth exclusion in time.

Utility model content

It to solve the above-mentioned problems, can the purpose of this utility model is to provide a kind of double water pan components and air-conditioning Solve the problems, such as that air-conditioning cannot effective water receiving and draining in various use environment lower accepting water disks.

The technical scheme adopted by the utility model to solve the technical problem is as follows:

A kind of double water pan components, it is described for accommodating the condensed water of air conditioner condensation component exudation, including the first drip tray First drip tray includes first base, the first coaming plate, the second coaming plate, third coaming plate and the 4th coaming plate, first coaming plate, second Coaming plate, third coaming plate and the 4th coaming plate and first base are fixedly connected to form condensed water water receiving face, and double water pan components are also Including the second drip tray, second drip tray is arranged under the first drip tray, and encloses to set to form receipts with the socket of the first drip tray Cavity, is provided with the apopore being connected with exterior drain on second drip tray, and the first base includes first connecing Water plate, the second water-accepting board, third water-accepting board and the 4th water-accepting board, first water-accepting board, the second water-accepting board, third water-accepting board and 4th water-accepting board is successively total to side and is total to vertex and connects to form the first base, in first water-accepting board, the second water-accepting board, third The total apex of water-accepting board and the 4th water-accepting board is provided with the through-hole for leading to the second drip tray.

Utility model has the advantages that

By the setting of the first drip tray and the second drip tray structure, so that air-conditioning is under any use environment, drip tray Water receiving and water effect can be effectively played, guarantees that condensation water energy is smoothly received and excluded.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of double water pan components of the utility model；

Fig. 2 is cross-sectional view of the Fig. 1 along E1-E2；

Fig. 3 is the structural schematic diagram of the first drip tray of Fig. 1；

Fig. 4 Fig. 3 takes away the top view after porous water-absorbing material；

Fig. 5 is the schematic diagram of the first base in Fig. 3；

Fig. 6 is the schematic diagram of the second base in Fig. 1；

Structural schematic diagram of first drip tray and the second drip tray of the utility model under second embodiment when Fig. 7；

Fig. 8 is the top view of Fig. 7；

Fig. 9 is the electrical connection schematic diagram of double water pan components of the utility model.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawings and examples:

Referring to Fig. 1, being the structural schematic diagram of double water pan components of the utility model.A kind of double water pan components 100, For accommodating the condensed water of the exudation of air conditioner condensation component 200, double water pan components 100 and the fixed peace of air conditioner condensation component 200 Inside air-conditioning, and double water pan components 100 are arranged under air conditioner condensation component 200, for accepting air conditioner condensation component 200 The condensed water of surface condensation simultaneously excludes outside air-conditioning.

- Fig. 6 referring to Figure 2 together, double water pan components 100 include the first drip tray 10 and the second drip tray 60.It is described First drip tray 10 includes first base 101, the first coaming plate 102, the second coaming plate 103, third coaming plate 104 and the 4th coaming plate 105, First coaming plate 102, the second coaming plate 103, third coaming plate 104 and the 4th coaming plate 105 are fixedly connected to form with first base 101 Condensed water water receiving face.First coaming plate 102, the second coaming plate 103, third coaming plate 104 and the 4th coaming plate 105 and first base 101 are preferably integrally formed.The first base 101 includes the first water-accepting board 1011, the second water-accepting board 1012, third water-accepting board 1013 and the 4th water-accepting board 1014, first water-accepting board 1011, the second water-accepting board 1012, third water-accepting board 1013 and the 4th connect Water plate 1014 is successively total to side and is total to vertex A and connects to form the first base 101.

Second drip tray 60 is arranged under the first drip tray 10, and encloses to set to form receiving with the socket of the first drip tray 10 Chamber 610 is provided with the apopore 603 being connected with exterior drain on second drip tray 60.In first water-accepting board 1011, it is provided at the total vertex A of the second water-accepting board 1012, third water-accepting board 1013 and the 4th water-accepting board 1014 and leads to second and connect The through-hole 106 of water pond 60.To which the condensed water that the condensed water water receiving face of the first drip tray 10 is caught can be by 106 row of through-hole To accommodating chamber 610, receiving is completed.Under normal circumstances, need to guarantee that through-hole 106 is in 10 relatively horizontal orientation of drip tray most Lower position, to guarantee that condensing water energy flow to through-hole 106 by gravity.Certainly, in the preferred embodiment, through-hole 106 It is arranged on the axis of the first drip tray 10, to can guarantee that condensed water can be with when dropping to any position of drip tray 10 Shortest path flows to through-hole 106.

When condensing drip is fallen in condensed water water receiving face, it is possible to can splash outside condensed water water receiving face, will also result in Drip noise, when contained in condensed water water receiving face the frequency under condensed water and condensing drip it is larger when, it is also possible to cause cold Condensate is overflowed, or because of the shaking of air-conditioning, may also indicate that condensed water is swung out from condensed water water receiving face.It is asked to solve these Topic, in the preferred embodiment, double water pan components 100 further include porous water-absorbing material 107, the porous water-absorbing material 107 It is housed on condensed water water receiving face, the porous water-absorbing material 107 is preferably suitable with the shape in condensed water water receiving face, more to guarantee Hole water-absorbent material 107 can accommodate condensed water with condensed water water receiving face good fit, more preferable degree cooperation condensed water water receiving face.From And when there is condensed water drippage, porous water-absorbing material 107 can fully absorb condensed water and be stored in condensed water water receiving face, more Hole water-absorbent material 107 can be cavernous body, be also possible to other absorbent materials.

It flow to the condensate return of accommodating chamber in order to prevent or resistance is formed to the flowing of condensed water, in preferred embodiment In, as shown in Fig. 2, V-arrangement mouth 1061, double water pan components are fixedly installed towards the side of the second drip tray 60 in through-hole 106 100 further include porous water-absorbing item 1071, and the porous water-absorbing material 1071 is arranged on condensed water water receiving face, and with the condensation Water water receiving face shape is suitable, and described 1071 one end of porous water-absorbing item is connected on porous water-absorbing material 107, and the other end passes through V-arrangement Mouth 1061 protrudes into accommodating chamber 610.

When condensed water is dripped from any position of air conditioner condensation component 200, in order to guarantee that condensed water is farthest fast Speed drops to the position on the first drip tray 100 close to through-hole 106, guarantees condensation water energy with shortest path quickly through receiving Chamber reduces the resistance of condensed water smooth outflow, in the present embodiment, the first water-accepting board 1011, the second water-accepting board 1012, third Water-accepting board 1013 and the 4th water-accepting board 1014 are triangular plate, and the first base 101 is rectangular pyramid shape, such as Fig. 5 institute Show, the through-hole 106 is arranged on the vertex A of first base 101.The culminating point of second drip tray 60 is in first base 101 Central axis on, and the distance of culminating point A of the culminating point of the second drip tray 60 to first base 101 is compared to first Pedestal 101 elsewhere apart from longest, shown in figure Fig. 2.To when condensed water enters accommodating chamber from condensed water water receiving surface current Afterwards, it can be dropped to first along the central axes of first base 101 near the culminating point of second drip tray 60, because of the second water receiving The reason of the culminating point concave point of disk 60, condensed water will be flowed out by the way that the apopore 603 of the concave point is arranged in quickly.Even if water receiving There is the case where shaking or shaking in disk component, and condensed water can also exclude quickly.Certainly, the shape of first base 101 can be just Rectangular pyramid shape, three pyramid shapes or other shapes.

For example, the fit shapes of first drip tray 10 and the second drip tray 60 can there are many other selection modes, with So that the receiving of condensed water and exclusion effect are more preferable.For example, in a preferred embodiment, it is as shown in Figure 7 and Figure 8, described First water-accepting board 1011 includes trapezoidal plate 1015 and triangular plate 1016, the upper bottom D1 and triangular plate of the trapezoidal plate 1015 1016 one side L is total to side and connects to form first water-accepting board 1011, second water-accepting board 1012,1013 and of third water-accepting board The structure of 4th water-accepting board 1014 is identical as the first water-accepting board 1011, and the first water-accepting board 1011, the second water-accepting board 1012, third Water-accepting board 1013 is successively total to waist with four trapezoidal plates of the 4th water-accepting board 1014 and connects, the first water-accepting board 1011, the second water-accepting board 1012, third water-accepting board 1013 and four triangular plates of the 4th water-accepting board 1014, which are successively total to side and are total to vertex, connects, the total top Point forms culminating point A.

Specifically, the second drip tray 60 includes the support plate 601 and four corresponding triangle bottom plates of four squares 602, each triangle bottom plate 602 is total to side connection with corresponding support plate 601, and four support plates 601 are successively total to side connection, and divide The D2 that do not go to the bottom altogether with four trapezoidal plates 1015 of first base 101 is connect, and four triangle bottom plates 602 are successively total to side and are total to vertex B Connection, the vertex B i.e. culminating point B of the second drip tray 60.To, four support plates, 601, four triangle bottom plates 602, The accommodating chamber of receiving condensed water is collectively formed in four water-accepting boards 1011,1012,1013,1014.

In order to guarantee that the condensation water energy on condensed water water receiving face rapidly enters accommodating chamber and is quickly discharged, in the embodiment party In formula, the culminating point B of second drip tray 60 is on the central axis Z of first base 101, at four triangle bottoms On the face that plate 602 is formed, the distance of the culminating point A of the culminating point B to first base 101 is most short.To work as condensed water After entering accommodating chamber from condensed water water receiving surface current, it can be dropped to first along Z axis near B point.Because of the edge of culminating point B salient point Therefore condensed water will branch to surrounding quickly.Even if there is the case where shaking or shaking in water pan component, condensed water also can quickly to Far from scattering around B point, to accelerate the shunting export of condensed water.

In this embodiment, on the second drip tray 60 settings there are two apopore 603, two apopores 603 respectively with Exterior drain is connected, and is formed by bottom surface in four triangle bottom plates 602, two apopores 603 are separately positioned on bottom On two of face are diagonal.To which no matter condensed water is flowed to which direction far from culminating point B, can accelerate to exclude.

Preferably, for four triangle bottom plates 602 of the second drip tray 60, the first triangle bottom plate is formed with horizontal plane Angle is α, with the first triangle bottom plate formed opposite the second triangle bottom plate and horizontal plane formed angle be β, α and β not It is 0, and α and β can be identical or not identical.To when 60 relative level of the second drip tray is placed, in four triangles On the face that shape bottom plate 602 is formed, it will form the first low spot C (vertex) and be in the second low spot D with the first low spot C to line position (vertex), two apopores 603 on the second drip tray 60 are then separately positioned on C point and D point.To when water pan component 100 When being tilted to the left or rocking, it is housed in left slide of the condensation water energy in accommodating chamber to the second vertex B, and under the effect of gravity Continue the minimum point C flowing on the left of B point, accelerates to exclude.Similarly, when water pan component 100 is tilted to the right or rocks, receiving Condensation water energy in accommodating chamber is slided to the right side of the second vertex B, and continues the minimum point on the right side of B point under the effect of gravity D flowing is accelerated to exclude.That is, no matter how water pan component 100 is shaken or shaken, the condensed water in accommodating chamber always can be Accelerate to exclude from minimum point C or minimum point D under gravity.

In the angle α and β equal, then the structure relative symmetry of the second drip tray 60, more convenient processing and manufacturing and Installation.Certainly, the angle α and β can also unequal or remaining third triangle bottom plate and the 4th triangle bottom plate with The angle of horizontal plane can be arranged as the case may be, and the condensed water in accommodating chamber is enabled to be more easier to exclude.

As shown in figure 9, being the electrical connection schematic diagram of double water pan components of the utility model.In conjunction with Fig. 1, it is being preferably implemented In mode, double water pan components 100 further include the first side plate 201, the second side plate 202, processor 30, deflection angle measuring appliance 40 With two rotating electric machines 50.First side plate 201 and the second side plate 202 are rotatably connected to 102 He of the first coaming plate respectively On third coaming plate 104, the deflection angle measuring appliance 40 is fixed on air-conditioning, for measuring air conditioner condensation component 200 Deflection angle, 40, two rotating electric machines 50 of the deflection angle measuring appliance are electrically connected with processor 30 respectively, described two rotations Motor 50 is respectively used to control the first side plate 201 and opposite first coaming plate, 102 He of the second side plate 202 under the control of processor 30 Third coaming plate 103 is rotated.

In the present embodiment, the first side plate 201 and the second side plate 202 pass through rotation axis 2011 and rotation axis 2021 respectively It is rotatablely connected with the first coaming plate 102 and third coaming plate 104.In other embodiments, which could alternatively be Other modes, such as substituted by modes such as hinges.In order to more preferably accept condensed water, in the first side plate 201, the second side plate 202 On be respectively arranged with porous water-absorbing material 2012.

Deflection angle measuring appliance 40 can be fixed at the inside of air-conditioning or be fixed at air conditioner condensation component 200 On, for measuring the deflection angle of air conditioner condensation component 200.For example, when air-conditioning installation it is unhorizontal when or air-conditioning be mounted on When the occasion that often may be tilted or shake, such as when being mounted on automobile or ship, 200 opposed vertical direction of condensate component may It has and centainly tilts or rock, such as 5 degree or 10 degree of inclination, then deflection angle measuring appliance 40 can detect the inclination at any time Angle.The deflection angle measuring appliance 40, which can be obliquity sensor, gyroscope or digital display angle measuring instrument etc., can measure inclination The instrument of angle.Processor 30 is fixed inside air-conditioning, and is taken electricity from air-conditioning in air-conditioning work or individually taken from power supply Electricity, for controlling the work of two rotating electric machines 50 according to the feedback result of deflection angle measuring appliance 40.

In the present embodiment, the first side plate 201 and the second side plate 202 are rectangle or square, first coaming plate 102, the second coaming plate 103, third coaming plate 104 and the enclosed region of the 4th coaming plate 105 are rectangle or square, in two electric rotatings Under the rotation of machine 50, first side plate 201 and the second side plate 202 can be completely covered by residence in the axial direction along first base 101 State first base 101.That is, the condensed water on the first drip tray 10 is possible to volatilize, it is also possible to can produce when air-conditioning does not work Raw various nifves, in order to cover in condensed water, processor 30 can control two rotating electric machines 50 and rotate, to control First side plate 201 and the second side plate 202 are completely covered by the first drip tray 10, in the first drip tray 10 and air conditioner condensation component Partition is formed between 200, and the condensed water in the first drip tray 10 is completely encapsulated in by first base 101, the first coaming plate 102, in the space that the second coaming plate 103, third coaming plate 104, the 4th coaming plate 105, the first side plate 201 and the second side plate 202 surround. Processor 30 controls the first side plate 201 by rotating electric machine 50 at once after can closing judging air-conditioning and the second side plate 202 is complete Complete hiding lives the first drip tray 10, or extends certain time after judging that air-conditioning is closed, such as after 10 minutes or 30 minutes again Row control, to prevent on condensate component 200, there are also the situations that condensed water does not drop to the first drip tray 10 completely.

The utility model also provides a kind of air-conditioning, including condensate component and double water pan components 100.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of double water pan components, for accommodating the condensed water of air conditioner condensation component exudation, including the first drip tray, described the One drip tray includes first base, the first coaming plate, the second coaming plate, third coaming plate and the 4th coaming plate, and first coaming plate, second enclose Plate, third coaming plate and the 4th coaming plate and first base are fixedly connected to form condensed water water receiving face, which is characterized in that double water receivings Disk component further includes the second drip tray, and second drip tray is arranged under the first drip tray, and is enclosed with the socket of the first drip tray If forming accommodating chamber, the apopore being connected with exterior drain, the first base packet are provided on second drip tray Include the first water-accepting board, the second water-accepting board, third water-accepting board and the 4th water-accepting board, first water-accepting board, the second water-accepting board, third Water-accepting board and the 4th water-accepting board, which are successively total to side and are total to vertex, to be connected to form the first base, is connect in first water-accepting board, second The total apex of water plate, third water-accepting board and the 4th water-accepting board is provided with the through-hole for leading to the second drip tray.

2. double water pan components according to claim 1, it is characterised in that: first water-accepting board, the second water-accepting board, Three water-accepting boards and the 4th water-accepting board are triangular plate, and the first base is rectangular pyramid shape, and through-hole setting is the On the vertex of one pedestal.

3. double water pan components according to claim 1, it is characterised in that: first water-accepting board includes trapezoidal plate and three Angular plate, the upper bottom of the trapezoidal plate and the side that is total on one side of triangular plate connect to form first water-accepting board, and described second connects The structure of water plate, third water-accepting board and the 4th water-accepting board is identical as the first water-accepting board, and the first water-accepting board, the second water-accepting board, Four trapezoidal plates of three water-accepting boards and the 4th water-accepting board are successively total to waist connection, the first water-accepting board, the second water-accepting board, third water-accepting board It is successively total to side with four triangular plates of the 4th water-accepting board and is total to the culminating point that vertex connected and formed first base.

4. double water pan components according to claim 3, it is characterised in that: second drip tray includes four squares Support plate and four corresponding triangle bottom plates, each triangle bottom plate and corresponding support plate be total to side connection, four supports Plate is successively total to side connection, and goes to the bottom connect altogether with four trapezoidal plates of first base respectively, and four triangle bottom plates are successively total to side Vertex connection altogether, the vertex altogether form the culminating point of the second drip tray.

5. double water pan components according to claim 4, it is characterised in that: the culminating point of second drip tray is On the central axis of one pedestal, and on the face of four triangle bottom plates formation, the culminating point of second drip tray is arrived The distance of the culminating point of first base is most short or longest.

6. double water pan components according to claim 5, it is characterised in that: there are two go out for setting on second drip tray Water hole, two apopores are connected with exterior drain respectively, are formed by bottom surface in four triangle bottom plates, two water outlets Hole be separately positioned on two of bottom surface it is diagonal on.

7. double water pan components according to claim 6, it is characterised in that: in four triangle bottom plates, the first triangle It is α that shape bottom plate and horizontal plane, which form angle, and second triangle bottom plate and level on opposite are formed with first triangle bottom plate Face formation angle is that β, α and β are not 0, when the second drip tray relative level is placed, one of apopore setting Minimum point on four formed bottom surfaces of triangle bottom plate, another apopore are arranged in diagonal position.

8. double water pan components according to claim 7, it is characterised in that: double water pan components further include the first side Plate, the second side plate, processor, deflection angle measuring appliance and two rotating electric machines, first side plate and the second side plate respectively can It is rotationally connected on the first coaming plate and third coaming plate, the deflection angle measuring appliance is fixed on air-conditioning, for measuring The deflection angle of air conditioner condensation component, the deflection angle measuring appliance, two rotating electric machines are electrically connected with processor respectively, described Two rotating electric machines are respectively used to control the first side plate and the second side plate under the control of a processor with respect to the first coaming plate and third Coaming plate is rotated.

9. double water pan components according to claim 8, it is characterised in that: the side of the second drip tray of the through-hole direction V-arrangement mouth is fixedly installed, double water pan components further include porous water-absorbing material and porous water-absorbing item, the porous water-absorbing material It is arranged on the first drip tray, described porous water-absorbing one end is connected on porous water-absorbing material, and the other end is protruded by V-arrangement mouth In accommodating chamber.

10. a kind of air-conditioning, including air conditioner condensation component, which is characterized in that the air-conditioning further includes any in claim 1 to 9 Double water pan components described in, double water pan components are arranged below air conditioner condensation component.