CN207976025U - Heat-exchange apparatus and air-conditioner set - Google Patents

Abstract

The utility model discloses a kind of heat-exchange apparatus and air-conditioner sets.Heat-exchange apparatus includes：Shell, including Heat Room side wall, Heat Room side wall extend in a first direction and are formed Heat Room, and shell is respectively arranged with the fluid inlet and fluid outlet along the both ends of first direction positioned at Heat Room；Heat exchange tube body, for by the first heat exchanging fluid, including the bend pipe of multiple straight pipes and each straight pipe of connection that is set in Heat Room and extends parallel along first direction；And fin, multiple fins are set in Heat Room with extending in a first direction, Heat Room side wall, straight pipe and fin form the heat exchange runner along first direction, and fluid inlet and fluid outlet are connected to respectively with heat exchange runner so as to enter the second heat exchanging fluid of Heat Room along first direction by heat exchange runner by fluid inlet and flowed out by fluid outlet.Air-conditioner set includes aforementioned heat-exchange apparatus.The technical solution of the utility model is easily achieved the standardization of heat-exchange apparatus, generalization.

Description

Heat-exchange apparatus and air-conditioner set

Technical field

The utility model is related to technical field of heat exchange, more particularly to a kind of heat-exchange apparatus and air-conditioner set.

Background technology

In some heat exchangers of the prior art, such as air-conditioning condenser, multilayer aluminum fin-stock pass through expansion tube process after wearing copper pipe Make aluminum fin-stock together with copper pipe interference fit, then completes the heat exchange tube body and fin of air-conditioning condenser by welding bend pipe Assembling.Air-conditioner outdoor unit complete machine shell made of sheet metal component with the air-conditioning condenser and air-conditioning condenser, fan, Other assembling fittings such as compressor and electric control gear form.

Inventor has found in the process of implementing the utility model, and the above prior art has following shortcoming：

Be not easy realize standardization, generalization, generally can only special computer for special use, technical research cost, operation maintenance cost are higher.

Fabrication technology is complicated, processing efficiency is low, cost of labor is higher.

The cost of raw material is higher, causes equipment cost higher.

There are tiny the air gap between aluminum fin-stock and copper pipe, there are the more air heat bigger than copper pipe and aluminum fin-stock Resistance, and can increase cost, and air-conditioning cold to increase heat exchange area to reduce the influence of air thermal resistance by increasing aluminum fin-stock quantity There are bottlenecks for the heat exchange efficiency of condenser, it is difficult to continue to lift up.

Fin easily causes deformation and damage in processing and transportational process.

When recycling of recyclable waste, it is higher that recycling splits cost.

Utility model content

The purpose of this utility model is to provide a kind of heat-exchange apparatus and air-conditioner sets, it is easy to accomplish standardizes and general Change.

The utility model first aspect provides a kind of heat-exchange apparatus, including：Shell, including Heat Room side wall, it is described to change Hot cell side wall extends in a first direction and is formed Heat Room, and the shell is respectively arranged with positioned at the Heat Room along described The fluid inlet and fluid outlet at the both ends in one direction；Heat exchange tube body is used for through the first heat exchanging fluid, including is set to described The bend pipe of the multiple straight pipes and each straight pipe of connection that extend in Heat Room and parallel along the first direction；And wing Piece, multiple fins are set in the Heat Room with extending in a first direction, wherein the Heat Room side wall, described straight Pipeline section and the fin form the heat exchange runner along the first direction, the fluid inlet and the fluid outlet respectively with institute Heat exchange runner is stated to be connected to so as to enter the second heat exchanging fluid of the Heat Room along the first direction by the fluid inlet It is flowed out by the heat exchange runner and by the fluid outlet.

In some embodiments, the Heat Room side wall, the multiple straight pipe and the multiple fin are to be integrally formed 's.

In some embodiments, the Heat Room side wall, the multiple straight pipe and the multiple fin are integrated extruding It is molding.

In some embodiments, the fin includes the first fin, and first fin is connected to the different straight tubes Between section or it is connected between the straight pipe and the Heat Room side wall.

In some embodiments, the fin further includes：Second fin is connected on the straight pipe；And/or three wing Piece is connected on first fin；And/or the 4th fin, it is connected on the Heat Room side wall.

In some embodiments, the shell further includes：First end cover, the first end cover are connected to the Heat Room side The first end along the first direction of wall, one in the fluid inlet and the fluid outlet is set to the first end It covers；And second end cover, the second end cover is connected to the second end along the first direction of the Heat Room side wall, described Another in fluid inlet and the fluid outlet is set in the second end cover.

In some embodiments, the heat-exchange apparatus further includes：First fluid driving equipment connects with the fluid outlet Pass to driving the second heat exchanging fluid flowing；And/or second fluid driving equipment, it is connected to the fluid inlet to drive The second heat exchanging fluid flowing.

In some embodiments, the heat-exchange apparatus further includes：First fluid driving equipment connects with the fluid outlet Driving the second heat exchanging fluid flowing is passed to, and to be set to the modularization in the first end cover or the second end cover lid Structure；And/or second fluid driving equipment, it is connected to the fluid inlet to drive second heat exchanging fluid to flow, and be The modular construction being set in the first end cover or the second end cover.

In some embodiments, the shell further includes the canyon side wall for being connected to the Heat Room side-wall outer side, institute State Heat Room side wall and the canyon side wall and form canyon, the first end cover be connected to the canyon side wall along institute The first end of first direction is stated, the second end cover is connected to the second end along the first direction of the canyon side wall.

In some embodiments, the canyon side wall is integrally formed with the Heat Room side wall.

In some embodiments, the heat-exchange apparatus further includes being set to the indoor third fluid driving of the equipment to set Standby, the third fluid driving equipment is connected to the heat exchange tube body to drive first heat exchanging fluid to flow.

In some embodiments, the third fluid driving equipment is modular construction.

In some embodiments, the heat-exchange apparatus further includes being set to the indoor electric control gear of the equipment, described Electric control gear is connect with the third fluid driving equipment.

In some embodiments, the electric control gear is modular construction or the electric control gear and the third stream Modular construction is collectively formed in body driving equipment.

The utility model second aspect provides a kind of air-conditioner set, which is characterized in that including according to the utility model first Heat-exchange apparatus described in any one of aspect.

In some embodiments, the air-conditioner set includes air-conditioner outdoor unit and hanging rack for outdoor unit of air-conditioner, the air conditioning chamber Outer machine includes the heat-exchange apparatus, and the hanging rack for outdoor unit of air-conditioner is used to the air-conditioner outdoor unit being mounted on the installation sky On the matrix for adjusting outdoor unit, including it is connected to the outdoor unit interconnecting piece of the air-conditioner outdoor unit.

Based on heat-exchange apparatus provided by the utility model and air-conditioner set, due to heat exchanger side wall, straight pipe, fin and The extending direction of heat exchange runner is consistent, can by extend or shorten former components and heat exchange runner extending direction length The exchange capability of heat of heat-exchange apparatus is adjusted, and other components do not change or make to change less, to be easily achieved heat-exchange apparatus Standardization, generalization.

By referring to the drawings to the detailed description of the exemplary embodiment of the utility model, the utility model it is other Feature and its advantage will become apparent.

Description of the drawings

Attached drawing described herein is used to provide a further understanding of the present invention, and is constituted part of this application, The exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the improper of the utility model It limits.In the accompanying drawings：

Fig. 1 is the dimensional structure diagram of the heat-exchange apparatus of one embodiment of the utility model.

Fig. 2 is that heat-exchange apparatus shown in FIG. 1 eliminates the structural schematic diagram after second end cover and canyon side wall.

Fig. 3 is that heat-exchange apparatus shown in FIG. 1 eliminates the overlooking structure diagram after second end cover.

Fig. 4 is the overlooking structure diagram of the part heat exchange structure of heat-exchange apparatus shown in FIG. 1.

Fig. 5 is the overlooking structure diagram of heat-exchange apparatus shown in FIG. 1.

Fig. 6 is the present invention looks up structural representation of heat-exchange apparatus shown in FIG. 1.

Fig. 7 is the dimensional structure diagram of the heat-exchange apparatus of another embodiment of the utility model.

Fig. 8 is the dimensional structure diagram of the heat-exchange apparatus of another embodiment of the utility model.

Fig. 9 is that heat-exchange apparatus shown in Fig. 8 eliminates the structural schematic diagram after second end cover.

Figure 10 is that heat-exchange apparatus shown in Fig. 8 eliminates the overlooking structure diagram after second end cover.

Figure 11 is the overlooking structure diagram of the part heat exchange structure of the heat-exchange apparatus of embodiment illustrated in fig. 8.

Figure 12 is the overlooking structure diagram of the heat-exchange apparatus of embodiment illustrated in fig. 8.

Figure 13 is the present invention looks up structural representation of the heat-exchange apparatus of embodiment illustrated in fig. 8.

Figure 14 is the dimensional structure diagram of the heat-exchange apparatus of another embodiment of the utility model.

Figure 15 is the assembling schematic diagram of the heat-exchange apparatus and hanging rack for outdoor unit of air-conditioner of the utility model one embodiment.

Figure 16 is the structural schematic diagram of hanging rack for outdoor unit of air-conditioner shown in figure 15.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.It is illustrative to the description only actually of at least one exemplary embodiment below, is never used as to this practicality Novel and its application or any restrictions used.Based on the embodiments of the present invention, those of ordinary skill in the art are not having There is the every other embodiment obtained under the premise of making creative work, shall fall within the protection scope of the present invention.

Unless specifically stated otherwise, positioned opposite, the digital table of the component and step that otherwise illustrate in these embodiments Up to the unlimited the scope of the utility model processed of formula and numerical value.Simultaneously, it should be appreciated that for ease of description, attached shown in the drawings each The size of a part is not to be drawn according to actual proportionate relationship.For skill known to person of ordinary skill in the relevant Art, method and apparatus may be not discussed in detail, but in the appropriate case, and the technology, method and apparatus should be considered as awarding Weigh part of specification.In shown here and discussion all examples, any occurrence should be construed as merely example Property, not as limitation.Therefore, the other examples of exemplary embodiment can have different values.It should be noted that：It is similar Label and letter similar terms are indicated in following attached drawing, therefore, once be defined in a certain Xiang Yi attached drawing, then with It need not be further discussed in attached drawing afterwards.

In the description of the present invention, it should be understood that limiting zero using the words such as " first ", " second " Part, it is only for convenient for being distinguished to corresponding parts, there is no Stated otherwise such as, above-mentioned word there is no particular meaning, Therefore it should not be understood as the limitation to scope of protection of the utility model.

In the description of the present invention, it should be understood that the noun of locality such as " front, rear, top, and bottom, left and right ", " laterally, Vertically, vertically, it is horizontal " and " pushing up, bottom " etc. indicated by orientation or positional relationship be normally based on orientation or position shown in the drawings Relationship is set, is merely for convenience of describing the present invention and simplifying the description, in the absence of explanation to the contrary, these nouns of locality Do not indicate that and imply that signified device or element must have a particular orientation or with specific azimuth configuration and operation, because This should not be understood as the limitation to scope of protection of the utility model；The noun of locality " inside and outside " refers to the wheel relative to each component itself Wide is inside and outside.

As shown in Fig. 1 to Figure 14, various embodiments of the utility model provides a kind of heat-exchange apparatus.The heat-exchange apparatus is main Including shell, heat exchange tube body and fin.Shell includes Heat Room side wall, and Heat Room side wall extends in a first direction and forms heat exchange Room is respectively arranged with the fluid inlet and fluid outlet along the both ends of first direction positioned at Heat Room on shell.Heat exchange tube body Include the bend pipe of the multiple straight pipes and each straight pipe of connection that are set in Heat Room and extend parallel along first direction, heat exchange Tubular body is used to pass through the first heat exchanging fluid.Multiple fins are set in Heat Room with extending in a first direction.Wherein, it exchanges heat Room side wall, straight pipe and fin form the heat exchange runner along first direction, fluid inlet and fluid outlet respectively with heat exchange runner It is connected to so as to enter the second heat exchanging fluid of Heat Room along first direction by heat exchange runner by fluid inlet and gone out by fluid Mouth outflow.

It, can be by extending or shortening since the extending direction of heat exchanger side wall, straight pipe, fin and heat exchange runner is consistent Former components and heat exchange runner are in the exchange capability of heat of the length adjustment heat-exchange apparatus of extending direction, and other components are not made to become Change or few work changes, to be easily achieved standardization, the generalization of heat-exchange apparatus.

The utility model embodiment also provides a kind of air-conditioner set, includes the heat-exchange apparatus of the utility model embodiment. The air-conditioner set has all advantages of heat-exchange apparatus.

Various embodiments of the utility model is specifically described below in conjunction with Fig. 1 to Figure 14.It is real shown in Fig. 1 to Figure 14 It applies in example, is illustrated by upper and lower directions of first direction.First end along first direction refers to lower end, along first direction Second end refer to upper end.

As shown in Figures 1 to 6, heat-exchange apparatus 200 includes mainly shell, heat exchange tube body and fin.

Shell includes Heat Room side wall 202, and Heat Room side wall 202 extends in a first direction and forms Heat Room C21.Shell On be respectively arranged with fluid inlet and fluid outlet positioned at Heat Room C21 upper and lower ends.

Heat exchange tube body include be set in Heat Room C21 and multiple straight pipes 212 for extending parallel along first direction and Connect the bend pipe 216 of each straight pipe 212.Heat exchange tube body is used to pass through the first heat exchanging fluid.First heat exchanging fluid for example can be The refrigerant of air-conditioner set.

Multiple fins are set in Heat Room C21 with extending in a first direction.

Heat Room side wall 202, straight pipe 212 and fin form the heat exchange runner 213 along first direction, fluid inlet and Fluid outlet is connected to respectively with heat exchange runner 213 so as to enter the second heat exchanging fluid of Heat Room C21 along by fluid inlet It is flowed out by heat exchange runner 213 and by fluid outlet in one direction.

As shown in Figures 2 and 3, each bend pipe 206 connects two straight pipes 212 in upper end or connection of two straight pipes 212 Lower end.

In some embodiments, each straight pipe 212 can be sequentially connected with to form single runner by multiple bend pipes 206.Such as Fig. 3 Shown in Fig. 4, in the present embodiment, multiple straight pipes are set in a row from left to right.It is located at more directly from what is connect with inlet tube 208 First straight pipe 212 of the first row of the left-front corner for the array that pipeline section 212 forms starts, and it is straight to be sequentially connected each row from left to right First straight pipe 212 of pipeline section is connected to first straight pipe 21 of last row's straight pipe of the rightmost side.And then even Second straight pipe 212 for connecing last row's straight pipe, be then sequentially connected each row's straight pipe 212 from right to left second are straight Pipeline section 212 is connected to second straight pipe 212 of first row straight pipe 212.The third straight tube of first row is reconnected later Section, is sequentially connected the third straight pipe 212 of each row's straight pipe 212 from left to right later.The rest may be inferred, until being connected to more The first row positioned at left rear corner of array the last one straight pipe 212 (being connect with outlet 207) that straight pipe 212 forms is Only.

It should be noted that the type of attachment of multiple bend pipes 206 and multiple straight pipes 212 can there are many.For example, one In a little embodiments, each straight pipe 212 can also be connected as multiple parallel runners by multiple bend pipes 206.

Bend pipe 206 can be made with straight pipe 212 of aluminum or aluminum alloy material, at this point, can pass through high power laser welding Mode bridge piece 206 and straight pipe 212 are connect, realizes the quick-assembling of heat exchange tube body.

In some embodiments, Heat Room side wall, multiple straight pipes and multiple fins are integrally formed.Preferably, Heat Room Side wall, multiple straight pipes and multiple fin one extrusion formings.

Since Heat Room side wall 202, multiple straight pipes 212 and multiple fins are integrally formed, relative to multilayer aluminum wing Piece and with for the heat exchanger of the copper pipe of aluminum fin-stock interference fit, is not necessarily to the assembling process of heat exchange tube body and fin, without changing The anabolic process of the composite structure of heat pipe body and fin and the shell of heat-exchange apparatus 200, can simplify fabrication technology, carry High processing efficiency；Cost of labor can also be reduced simultaneously.

Due in the prior art, assembly method between aluminum fin-stock and copper pipe even with expansion tube process by aluminum fin-stock with The gap of copper pipe is reduced to minimum, can still there is tiny the air gap, this air gap in heat transfer process exist than The copper pipe more air thermal resistances big with aluminum fin-stock can generally be continuously increased aluminium to reduce the adverse effect that air thermal resistance is brought Number of fins is to increase heat exchange area, and the increase of aluminum fin-stock quantity also increases cost, and when aluminum fin-stock quantity increases to In the case of ultimate attainment, the heat exchange efficiency of condenser has also just reached bottleneck, can not continue to lift up.Therefore, the raw material of the prior art Cost is higher, causes equipment cost higher.In the utility model embodiment, since fin and straight pipe 212 are integrally formed, then exist No longer there is gap between fin and straight pipe 212, because air thermal resistance may be not present, it is possible to reduce the quantity of fin reduces former Material cost, so as to reduce the overall cost of heat-exchange apparatus 200.

Since fin and straight pipe 212 are set in Heat Room C21, fin and straight pipe in processing and transportational process 212 always by the protection of Heat Room side wall 202, does not easily cause fin damage and deformation, is conducive to ensure heat-exchange apparatus 200 Quality.

The utility model embodiment is additionally favorable for realizing that outdoor machine of air-conditioner standardization, generalization, modularization, can roots up to DIYization Modularization assemble shipment is carried out according to demand.

In addition, in the prior art, when 200 complete machine recycling of recyclable waste of heat-exchange apparatus, since copper pipe and aluminum fin-stock need It separately to recycle, dismantling is difficult, therefore it is of high cost to recycle fractionation.Straight pipe 212, fin and Heat Room side wall 202 are integrally formed, It is processed conducive to using same material, to when heat-exchange apparatus 200 recycles, be not necessarily to heat exchange tube body, fin and Heat Room The split process of side wall reduces cost recovery.

In some embodiments, multiple straight pipes 212, Heat Room side wall 202 and multiple fin one extrusion formings.Using Extrusion forming technology realizes that multiple straight pipes 212, Heat Room side wall 202 and multiple fins are integrally formed, easy to process, large quantities of Production cost can be reduced when amount production.

Preferably, multiple straight pipes 212, Heat Room side wall 202 and multiple fins use metal material one extrusion forming. Metal material includes but not limited to aluminum and aluminum alloy mateial, copper and Cu alloy material and Steel material.

As shown in figure 4, fin include the first fin 214, the first fin 214 be connected between different straight pipes 212 or It is connected between straight pipe 212 and Heat Room side wall 202.

In some embodiments, in order to improve heat exchange efficiency, fin may include：The second fin being connected on straight pipe (can be set on the inner wall of straight pipe 212 or on outer wall)；The third fin being connected on the first fin；It is connected to Heat Room The 4th fin on side wall.

As shown in Fig. 1, Fig. 5 and Fig. 6, shell includes first end cover 204 and second end cover 201.First end cover 204 is connected to The bottom end of Heat Room side wall 202.Second end cover 201 is connected to the top of Heat Room side wall 202.In fluid inlet and fluid outlet One be set in first end cover 202, another in fluid inlet and fluid outlet is set in second end cover 202.Figure 1 in embodiment shown in fig. 6, and fluid inlet is set in first end cover 204, and fluid outlet is set to second end cover 202 On.

In some embodiments, as shown in Figure 5 and Figure 6, fluid inlet includes the first opening that multiple left and right directions extend 218；Fluid outlet includes the second opening 217 of multiple circle hole shapes.

As shown in figure 4, in the present embodiment, multiple straight pipes 212 are set in a row.Often arrange the adjacent straight tube in straight pipe 212 Section 212 is connected by first fin 214.Often straight pipe 212 on the outermost side and Heat Room side in row's straight pipe 212 Wall 202 is directly connected to or is connected by first fin 214.Often each straight pipe 212 of row's straight pipe 212 and an adjacent row are straight The first fin 214 is not provided between each straight pipe 212 of pipeline section 212.

Certainly, when heat exchange runner extends in a first direction, the set-up mode of heat exchange runner is more flexible, for example, often row is straight The straight pipe 212 of pipeline section 212 can also be connect with the straight pipe 212 of adjacent row by the first fin 214.

In some embodiments, often each straight pipe 212 of row's straight pipe 212 is arranged with the dislocation of adjacent row straight pipe 212.It should Setting can make to arrange more straight pipes 212 in Heat Room C21.

In some embodiments, heat-exchange apparatus 200 further includes first fluid driving equipment, first fluid driving equipment with Fluid outlet connection is to drive the second heat exchanging fluid to flow.Preferably, first fluid driving equipment is to be set to first end cover 204 Or the modular construction in second end cover 201.

In Fig. 1 to embodiment shown in fig. 6, first fluid driving equipment is first be set in second end cover 201 Wind turbine 203.First wind turbine 203 is connected to the second opening 217 of the circle hole shape of fluid outlet, for being extracted out out of Heat Room C21 Air after heat exchange.The fan house C22 of the first wind turbine 203 of installation is formed in second end cover 201.

In the present embodiment, the fluid outlet in second end cover 201 has multiple second openings 217, each second opening 217 First wind turbine 203 there are one being correspondingly arranged.

In Fig. 1 to embodiment shown in fig. 6, each first wind turbine 203 is modular construction.The of modular construction One wind turbine 203 has square shell, the first wind turbine 203 merging fan house C22 of each modular construction simultaneously solid with second end cover 201 After fixed connection, the assembly working with second end cover 201 is completed.

In some embodiments (not shown), heat-exchange apparatus 200 can also include second fluid driving equipment, second Body driving equipment is connected to fluid inlet to drive the second heat exchanging fluid to flow.Preferably, second fluid driving equipment is setting Modular construction in first end cover 204 or second end cover 201.For example, second fluid driving equipment can be to be set to The second wind turbine in one end cap 204.Second wind turbine is connected to fluid inlet, is changed as second for being blown into Heat Room C21 The air of hot fluid.Second wind turbine can also use modular construction.

In some embodiments, in order to strengthen heat dissipation, first fluid driving equipment can be set simultaneously and second fluid drives Dynamic equipment.

In some embodiments, it is also possible to it is passed through the liquid as the second heat exchanging fluid to the heat exchange runner of Heat Room, with The liquid is set to exchange heat with the first heat exchanging fluid in heat exchange tube body.At this point, first fluid driving equipment and second fluid driving are set Standby can be pump.

Shown in as shown in Figure 1, Figure 3 and Figure 4, shell further includes the canyon side wall 211 for being connected to 202 outside of Heat Room side wall, Heat Room side wall 202 and canyon side wall 211 form canyon C23.The bottom end of 204 provision for sealing room C23 of first end cover, the The top of two end caps, 201 provision for sealing room C23.

In some embodiments, canyon side wall 211 is integrally formed with Heat Room side wall 202, such as metal may be used Material one extrusion forming.Certainly, as shown in Figures 1 to 4, canyon side wall 211 can also seperated shape with Heat Room side wall 202 At, then fit together with Heat Room side wall 202.

In some embodiments, heat-exchange apparatus 200 further includes third fluid driving equipment, and third fluid driving equipment is set It is placed in canyon C23, the entrance of third fluid driving equipment or outlet are connect with heat exchange tube body to drive the first heat exchanging fluid It is flowed in heat exchange tube body.

Preferably, third fluid driving equipment is modularized equipment, in favor of the overall package of heat-exchange apparatus 200.

As shown in Figures 2 and 3, in the present embodiment, third fluid driving equipment is compressor 210.Compressor 210 goes out Mouth is connect by inlet tube 208 with heat exchange tube body.At this point, heat-exchange apparatus 200 is suitable for applying in air-conditioner set.In air-conditioning In application, the first heat exchanging fluid flowed in heat exchange tube body is refrigerant in unit.

Wherein, compressor 210 can be modular construction.Compressor 210 may include mounting base and be fixed on installation Compressor body on bottom plate.When being assembled with heat-exchange apparatus 200, mounting base is fixed in first end cover 204.

In embodiment (not shown), third fluid driving equipment can also be pump.

In some embodiments, as shown in Figures 2 and 3, heat-exchange apparatus 200 further includes electric control gear 209, electric control gear 209 are installed in canyon C23.Electric control gear 209 is connect with third fluid driving equipment.Electric control gear 209 is for controlling the Three fluid driving equipments (such as compressor 210) work.

Preferably, electric control gear 209 is modularized equipment, in favor of the overall package of heat-exchange apparatus 200.

In some embodiments, electric control gear 209 can also be with first fluid driving equipment above-mentioned (such as the first wind turbine 203) it connects to control the work of first fluid driving equipment, or even with aforementioned second fluid driving equipment (such as second wind turbine) It connects to control the work of second fluid driving equipment.

In the present embodiment, electric control gear 209 is modular construction, including installation side plate and the electricity that is fixed in installation side plate Control component.When being assembled with heat-exchange apparatus 200, installation side plate is fixed on canyon side wall 211.

Wherein aforementioned mounting base and aforementioned installation side plate can be integral structures, so as to by compressor 210 and electricity It controls device 209 and forms integral module structure.

In addition, in the air-conditioner set of the utility model embodiment, the heat exchange structure of aforementioned heat-exchange apparatus 200 can be made For evaporator or condenser or their part, heat-exchange apparatus 200 can be as air-conditioner outdoor unit or air-conditioner outdoor unit A part can also be used as a part for air conditioner indoor unit or air conditioner indoor unit.

In Fig. 1 to embodiment shown in fig. 6, the shell of heat-exchange apparatus 200 is perpendicular to the section of first direction Rectangular, the section of Heat Room C21 and canyon C23 are also rectangular.

In the embodiment shown in fig. 7, heat-exchange apparatus 300 includes mainly shell, heat exchange tube body and fin.Heat exchange is set Standby 300 shell includes Heat Room side wall 302, canyon side wall 311, first end cover 304 and second end cover 301.Fluid inlet It is set in first end cover 304, fluid outlet is set in second end cover 301.Shell is perpendicular to the section of first direction It is rectangular.Heat exchange tube body includes being set to the multiple straight pipes extended in Heat Room and parallel along first direction and each straight tube of connection The bend pipe 306 of section.

Unlike Fig. 1 to Fig. 6, fluid outlet includes one second opening, includes accordingly that a conduct is first-class First wind turbine 303 of body driving mechanism.

The part that the present embodiment does not describe can refer to the associated description of remaining embodiment.

As shown in Fig. 8 to Figure 13, heat-exchange apparatus 400 includes mainly shell, heat exchange tube body and fin.

Shell includes Heat Room side wall 402, canyon side wall 411, first end cover 404 and second end cover 401.

Heat exchange tube body include be set in Heat Room C41 and multiple straight pipes 412 for extending parallel along first direction and Connect the bend pipe 416 of each straight pipe 412.Multiple fins (including first fin 414) are set to heat exchange with extending in a first direction In the C41 of room, the first fin 414 is for connecting Heat Room side wall 402 and straight pipe 412 or for connecting different straight pipes 412。

Heat Room side wall 402, straight pipe 412 and fin form the heat exchange runner 413 along first direction, fluid inlet and Fluid outlet is connected to respectively with heat exchange runner 413 so as to enter the second heat exchanging fluid of Heat Room C21 along by fluid inlet It is flowed out by heat exchange runner 213 and by fluid outlet in one direction.

Fluid inlet is set in first end cover 404, and fluid outlet is set in second end cover 402.

Fluid inlet includes the first opening 418 that multiple left and right directions extend；Fluid outlet includes the of a circle hole shape Two openings 417.

Heat-exchange apparatus 400 further includes the first wind turbine 403 as first fluid driving equipment.First wind turbine 403 and stream 417 connection of the second opening of the circle hole shape of body outlet.The fan house C42 of the first wind turbine 403 of installation is formed in second end cover 401.

Heat Room side wall 402 and canyon side wall 411 form canyon C43.404 provision for sealing room C43's of first end cover Bottom end, the top of 401 provision for sealing room C43 of second end cover.

In some embodiments, canyon side wall 411 is integrally formed with Heat Room side wall 402.

The outlet of compressor 210 as third fluid driving equipment is connect by inlet tube 408 with heat exchange tube body.Import Pipe 408 and outlet 407 are connected to the inlet and outlet of heat exchange tube body.

Heat-exchange apparatus 400 further includes electric control gear 409, and electric control gear 409 is installed in canyon C43.Electric control gear 409 connect with third fluid driving equipment.

In the embodiment shown in Fig. 8 to Figure 13, the shell of heat-exchange apparatus 400 is perpendicular to the section of first direction It is round.Heat Room side wall 402 includes the first arcwall and planomural, the section generally D-shaped of Heat Room C41.Canyon side wall 411 Including the second arcwall, the section of the second arcwall and the canyon C43 of the planomural formation of Heat Room side wall 402 is D shapes.

The part that the embodiment does not describe can refer to the associated description of remaining embodiment.

In the embodiment shown in fig. 14, heat-exchange apparatus 500 includes mainly shell, heat exchange tube body and fin.Heat exchange The shell of equipment 500 includes Heat Room side wall 502, canyon side wall 511, first end cover 504 and second end cover 501.Fluid into Mouth is set in first end cover 504, and fluid outlet is set in second end cover 501.Shell perpendicular to the section of first direction For circle.

Unlike Fig. 8 to embodiment illustrated in fig. 13, fluid outlet includes multiple second openings, includes accordingly conduct Multiple first wind turbines 503 of first fluid driving mechanism.

The part that the present embodiment does not describe can refer to the associated description of remaining embodiment.

It should be noted that if the utility model meets the requirement flowed along straight pipe of the second heat exchanging fluid, It must be again directly in first direction without requiring end import and end to export.

In some embodiments of the utility model, Heat Room side wall, straight pipe and the fin of heat-exchange apparatus can be with one It is body formed, aluminum or aluminum alloy making may be used, therefore, lightweight, therefore, heat-exchange apparatus may be implemented in heat-exchange apparatus Mounting means can be with more flexible light, for example, mounting mode, which may be used, is installed on wall etc. for installing air-conditioner outdoor unit Matrix on.

In some embodiments, as shown in Figure 15 and Figure 16, air-conditioner set includes that air-conditioner outdoor unit and air-conditioner outdoor unit are hung Frame 900, air-conditioner outdoor unit include heat-exchange apparatus above-mentioned, and hanging rack for outdoor unit of air-conditioner 900 is for heat-exchange apparatus to be mounted on On the matrix for installing air-conditioner outdoor unit, including it is connected to the outdoor unit interconnecting piece of air-conditioner outdoor unit.For example, hanging rack for outdoor unit of air-conditioner 900 may include two outdoor unit interconnecting pieces of the opposite both sides for being connected to air-conditioner outdoor unit.

In embodiment shown in Figure 15 and Figure 16, using heat-exchange apparatus 200 as the host of air-conditioner outdoor unit for illustrate A kind of exemplary mounting structure of air-conditioner outdoor unit.In Figure 15, the profile of heat-exchange apparatus 200 is schematically shown only.

As shown in Figure 15, Figure 16, the hanging rack for outdoor unit of air-conditioner 900 that some embodiments provide includes the first frame body 910, second Frame body 920 and telescopic component 930.

Wherein, the first frame body 910 includes first connecting portion 911 for being connect with air-conditioner outdoor unit and is used for and wall The second connecting portion 912 of connection.

Second frame body 920 includes the first connecting portion 921 being connect with air-conditioner outdoor unit and for second with wall connecting Interconnecting piece 922.

In embodiment shown in Figure 15 and Figure 16, both of the aforesaid outdoor unit interconnecting piece is respectively first connecting portion 911 and Two interconnecting pieces 912.

The first end of telescopic component 930 connects the first frame body 910, and the second end of telescopic component 930 connects the second frame body 920.Telescopic component 930 is various sizes of to be suitable for for adjusting the distance between the first frame body 910 and the second frame body 920 Air-conditioner outdoor unit is conducive to realize the standardization and generalization of hanging rack for outdoor unit of air-conditioner 900.

The existing supporting rack for being used to support air-conditioner outdoor unit generally can only special computer for special use, need to be especially tailored, be not easy to realize Standardization, generalization, technical research cost, operation maintenance cost are higher.

The hanging rack for outdoor unit of air-conditioner 900 that some embodiments of the utility model provide changes previous fixed form, makes adjustable Size Formula hanger is suitable for various sizes of air-conditioner outdoor unit for reducing mounting complexity, realizes hanging rack for outdoor unit of air-conditioner 900 standardization and generalization, can be produced in batches, and specific customization is not had to, and reduce production cost.

In some embodiments, the first connecting portion 911 that the first frame body 910 is used to connect with air-conditioner outdoor unit can be with sky Adjust outdoor unit clamping, snapping or mounting；Or first frame body 910 be used for the first connecting portion 911 that is connect with air-conditioner outdoor unit It can be fixedly connected with air-conditioner outdoor unit by screw/bolt/pin.

First frame body 910 is used for can be with wall clamping, snapping or mounting with the second connecting portion 912 of wall connecting；Again Connect alternatively, the first frame body 910 is used to fix by screw/bolt/pin and wall with the second connecting portion 912 of wall connecting It connects.

Similarly, the first connecting portion 921 that the second frame body 920 is used to connect with air-conditioner outdoor unit can be with air-conditioner outdoor unit Clamping, snapping or mounting；Or second frame body 920 be used for the first connecting portion 921 that is connect with air-conditioner outdoor unit and can pass through Screw/bolt/pin is fixedly connected with air-conditioner outdoor unit.

Second frame body 920 is used for can be with wall clamping, snapping or mounting with the second connecting portion 922 of wall connecting；Again Connect alternatively, the second frame body 920 is used to fix by screw/bolt/pin and wall with the second connecting portion 922 of wall connecting It connects.

Due to the Heat Room inside air-conditioner outdoor unit, side wall, multiple straight pipes and multiple fins are integrally formed, and can be with It is made of the material of lighter in weight, and then the lighter in weight of entire air-conditioner outdoor unit therefore can be by the first frame body 910 First connecting portion 911 and the second connecting portion 912 of the second frame body 920, will directly with air-conditioner outdoor unit clamping, snapping or mounting The second connecting portion 912 of first frame body 910 and the second connecting portion 922 of the second frame body 920 directly with wall clamping, snapping or extension It connects, installation process can be simplified, improve installation effectiveness.

Such as：Projection piece or groove can be arranged in first connecting portion 911,912, and air-conditioner outdoor unit can be arranged and projection piece Or the groove or projection piece etc. of groove cooperation.

In some embodiments, at least one of the first frame body 910 and the second frame body 920 are triangular support body.

Optionally, it is the uniform force and stability of raising hanging rack for outdoor unit of air-conditioner 900, the first frame body 910 and the second frame Body 920 is triangular support body.

First frame body 910 and/or the second frame body 920 are whole using triangular structure, have stability using triangle Feature, reinforces the intensity of hanger, while compared to the existing supporting rack of air-conditioner outdoor unit using the shape based on steel bending, this reality The hanging rack for outdoor unit of air-conditioner 900 for applying example offer has more aesthetic feeling.

In some embodiments, one of triangular support body vertex is equipped with first for being connect with air-conditioner outdoor unit Interconnecting piece 911,921.Optionally, first connecting portion 911,921 can be set on above-mentioned vertex connecting plate, by connecting plate with Air-conditioner outdoor unit connects.

In some embodiments, the side opposite with above-mentioned vertex of triangular support body is equipped with for second with wall connecting Interconnecting piece 912,922.

The first connecting portion 911,921 on the vertex of triangular support body is connect with air-conditioner outdoor unit, it will be opposite with the vertex Side second connecting portion 912,922 and wall connecting, can ensure that air-conditioner outdoor unit and wall have setpoint distance, to avoid Wall hinders the air inlet of air-conditioner outdoor unit.

Optionally, the first frame body 910 and the second frame body 920 are all made of triangular support body, the vertex of two triangular support bodies It is correspondingly connected in the opposite both sides of air-conditioner outdoor unit, is conducive to the stable connection of air-conditioner outdoor unit, the top of two triangular support bodies Point to side connecting wall, the stability and fastness of hanger and wall connecting can be enhanced.

In some embodiments, telescopic component 930 is connected to the center of gravity of triangular support body, be conducive to hanger uniform force and Stablize.

Optionally, triangular support body is equilateral triangle frame body, and the center of gravity of equilateral triangle frame body is equilateral triangle The center of frame body.

In some embodiments, triangular support body is hollow-core construction comprising central part and reinforcer.

Wherein, central part is set to the center of gravity of triangular support body, for being connect with telescopic component 930.

Reinforcer connects vertex and the central part of triangular support body.That is the top of the first end connection triangular support body of reinforcer The second end of point, reinforcer connects central part.

In some embodiments, triangular support body uses hollow-core construction, is conducive to save material, reduces the weight of hanger.

Optionally, three vertex of triangular support body connect central part by a reinforcer.

Optionally, central part is circular piece, is connect with telescopic component 930 by pin.

Optionally, reinforcer can be rib or gusset.The vertex of the first end connection triangular support body of reinforcer, reinforces The second end of part connects central part, in favor of improving the structural strength of hollow triangular support body.

In some embodiments, the first frame body 910 and/or the second frame body 920 can also be L shape frame bodies.

In some embodiments, telescopic component 930 includes center-pole 933, the first bar 931 and the second bar 932.

Wherein, the first end of the first bar 931 is connected to the first frame body 910, and the second end of the first bar 931 is slidingly disposed at In center-pole 933.

The first end of second bar 932 is connected to the second frame body 920, and the second end of the second bar 932 is slidingly disposed at center In bar 933.

In some embodiments, by adjusting the second end of the first bar 931 and the second end of the second bar 932 in center-pole Length in 933, to adjust hanger size.Such as：First bar 931 and the second bar 932 in center-pole 933 it is adjustable away from From longest up to 300mm, to be suitable for various sizes of air-conditioner outdoor unit.

In one embodiment, the first bar 931 is fixed with the first frame body 910 using pin, the second bar 932 and the second frame body 920 are fixed using pin.

Optionally, the part that the central part of triangular support body is contacted with the first bar 931 or the second bar 932 processes 4 respectively Hole, and straight pin is used with hole and is interference fitted.First, for preventing the rotation of triangular support body and bar；Second is that for prevent bar with Frame body is detached from, and is reduced fixed complexity, is facilitated mounting rod and frame body.

In some embodiments, telescopic component 930 includes elastic component, and elastic component is set in center-pole 933, and connects the One bar 931 and the second bar 932.

Optionally, elastic component can be spring.

It is inwardly pullled by spring in center-pole 933, for ensureing that the first bar 931 and the second bar 932 have the work clamped With at the same time the friction of increase hanger and air-conditioner outdoor unit, improves the reliability of connection.

In some embodiments, telescopic component 930 can also include hydraulic cylinder equal power device.Pass through the power such as hydraulic cylinder Device provides the movement of power adjustment the first bar 931 and the second bar 932 in center-pole 933, and for ensureing 931 He of the first bar Second bar 932 has clamping action, increases the friction of hanger and air-conditioner outdoor unit, improves the reliability of connection.

In some embodiments, telescopic component 930 includes the first bar 931 and the second bar 932.

Wherein, the first end of the first bar 931 is connected to the first frame body 910, and the second end of the first bar 931 is hollow.Second bar 932 first end is connected to the second frame body 920, and the second end of the second bar 932 is slidably inserted into the second end of the first bar 931 It is interior.The length being inserted into the first bar 931 by adjusting the second bar 932, is adjusted between the first frame body 910 and the second frame body 920 Distance.

Optionally, dormant bolt may be used in the first frame body 910 and the second frame body 920 and the shell of air-conditioner outdoor unit is solid It is fixed, to increase its aesthetic appearance.First frame body 910 and the second frame body 920 may be used bolt and fixed with wall, and can lead to Increase hole position and two-sided fixation are crossed, so that hanger bears more weight.

From the above description, it can be seen that heat-exchange apparatus and air-conditioner set that the utility model the above various embodiments provides have At least one of following advantages：

Conducive to realization standardization, generalization；

Simplify fabrication technology, improve processing efficiency, reduces cost of labor；

Realize lightweight, lightening, reduction manufacturing cost and the cost of raw material；

Conducive to realization modularization until DIYization, can carry out modularization assemble shipment according to demand；

Air thermal resistance is not present between heat exchanger tube and fin, heat exchange efficiency is promoted；

Fin is integrally formed with straight pipe, Heat Room side wall, is not carried out Mechanical Contact with external world's processing Transport Machinery, is being added Fin is unlikely to deform damage in work and transportational process；

When recycled in its entirety, Resource recovery cost is saved；

Shape can be with diversified facilities, such as could be provided as rectangular, cylindrical, oval etc..

Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model rather than limits it System；Although the utility model is described in detail with reference to preferred embodiment, those of ordinary skill in the art should Understand：It can still modify to specific embodiment of the present utility model or some technical characteristics are equally replaced It changes；Without departing from the spirit of technical solutions of the utility model, should all cover in the claimed technical solution of the utility model In range.

Claims (16)

1. a kind of heat-exchange apparatus, which is characterized in that including：

Shell, including Heat Room side wall, the Heat Room side wall extend in a first direction and are formed Heat Room, the shell difference It is provided with the fluid inlet and fluid outlet along the both ends of the first direction positioned at the Heat Room；

Heat exchange tube body is used for through the first heat exchanging fluid, including is set in the Heat Room and parallel along the first direction The bend pipe of the multiple straight pipes and each straight pipe of connection that extend；With

Fin, multiple fins are set in the Heat Room with extending in a first direction, wherein the Heat Room side wall, The straight pipe and the fin form the heat exchange runner along the first direction, the fluid inlet and the fluid outlet point It is not connected to the heat exchange runner so as to enter the second heat exchanging fluid of the Heat Room along described the by the fluid inlet It is flowed out by the heat exchange runner and by the fluid outlet in one direction.

2. heat-exchange apparatus according to claim 1, which is characterized in that the Heat Room side wall, the multiple straight pipe It is integrally formed with the multiple fin.

3. heat-exchange apparatus according to claim 2, which is characterized in that the Heat Room side wall, the multiple straight pipe It is integrated extrusion forming with the multiple fin.

4. heat-exchange apparatus according to claim 1, which is characterized in that the fin include the first fin, described first Fin is connected between the different straight pipes or is connected between the straight pipe and the Heat Room side wall.

5. heat-exchange apparatus according to claim 4, which is characterized in that the fin further includes：

Second fin is connected on the straight pipe；And/or

Third fin is connected on first fin；And/or

4th fin is connected on the Heat Room side wall.

6. heat-exchange apparatus according to claim 1, which is characterized in that the shell further includes：

First end cover, the first end cover are connected to the first end along the first direction of the Heat Room side wall, the stream One in body import and the fluid outlet is set in the first end cover；With

Second end cover, the second end cover are connected to the second end along the first direction of the Heat Room side wall, the stream Another in body import and the fluid outlet is set in the second end cover.

7. heat-exchange apparatus according to claim 1, which is characterized in that the heat-exchange apparatus further includes：

First fluid driving equipment is connected to the fluid outlet to drive second heat exchanging fluid to flow；And/or

Second fluid driving equipment is connected to the fluid inlet to drive second heat exchanging fluid to flow.

8. heat-exchange apparatus according to claim 6, which is characterized in that the heat-exchange apparatus further includes：

First fluid driving equipment is connected to the fluid outlet to drive second heat exchanging fluid to flow, and to be set to Modular construction in the first end cover or the second end cover lid；And/or

Second fluid driving equipment is connected to the fluid inlet to drive second heat exchanging fluid to flow, and to be set to Modular construction in the first end cover or the second end cover.

9. heat-exchange apparatus according to claim 6, which is characterized in that the shell further includes being connected to the Heat Room The canyon side wall of side-wall outer side, the Heat Room side wall and the canyon side wall form canyon, and the first end cover connects It is connected to the first end along the first direction of the canyon side wall, the second end cover is connected to the canyon side wall Along the second end of the first direction.

10. heat-exchange apparatus according to claim 9, which is characterized in that the canyon side wall and the Heat Room side Wall is integrally formed.

11. heat-exchange apparatus according to claim 9, which is characterized in that the heat-exchange apparatus further includes being set to institute The indoor third fluid driving equipment of equipment is stated, the third fluid driving equipment is connected to described to drive with the heat exchange tube body First heat exchanging fluid flows.

12. heat-exchange apparatus according to claim 11, which is characterized in that the third fluid driving equipment is modularization Structure.

13. heat-exchange apparatus according to claim 12, which is characterized in that the heat-exchange apparatus further includes being set to institute The indoor electric control gear of equipment is stated, the electric control gear is connect with the third fluid driving equipment.

14. heat-exchange apparatus according to claim 13, which is characterized in that the electric control gear is modular construction, or Modular construction is collectively formed with the third fluid driving equipment in electric control gear described in person.

15. a kind of air-conditioner set, which is characterized in that include the heat-exchange apparatus according to any one of claim 1 to 14.

16. air-conditioner set according to claim 15, which is characterized in that the air-conditioner set includes air-conditioner outdoor unit and sky It includes the heat-exchange apparatus to adjust outdoor unit hanger, the air-conditioner outdoor unit, and the hanging rack for outdoor unit of air-conditioner is used for the sky It adjusts outdoor unit to be mounted on the matrix for installing the air-conditioner outdoor unit, including is connected to the outdoor unit connection of the air-conditioner outdoor unit Portion.