CN207057962U - The assembled frock of heat exchanger - Google Patents
The assembled frock of heat exchanger Download PDFInfo
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- CN207057962U CN207057962U CN201720816731.2U CN201720816731U CN207057962U CN 207057962 U CN207057962 U CN 207057962U CN 201720816731 U CN201720816731 U CN 201720816731U CN 207057962 U CN207057962 U CN 207057962U
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Abstract
The utility model provides a kind of assembled frock of heat exchanger, including：Base；For supporting the supporting plate of heat exchanger, by being rotatably connected, structure is connected with base；Locking device, it is connected with supporting plate and base, when locking device performs locking function, rotation of the supporting plate centered on the structure that is rotatably connected is limited.The assembled frock for the heat exchanger that this programme provides, assembled frock can be enable to do accommodation according to the assembled V-arrangement angle change of heat exchanger by way of adjusting supporting plate corner, for the scheme of assembled process being aided in relative to heat exchanger model design specialized frock, improve the versatility of frock, also eliminate traditional a variety of drawbacks manually to be cooperated without using frock when assembling, simultaneously, the frock of the design can also meet the accommodation demand of heat exchanging device V-arrangement angle during heat exchanger assembly, make heat exchanger assembly process more flexible, it is convenient, and it can be more conducive to be lifted the yields of heat-exchanger products.
Description
Technical field
Frock field is the utility model is related to, in particular to a kind of assembled frock of heat exchanger.
Background technology
In existing air-conditioning products, to ensure that product reaches corresponding refrigeration, heating capacity value, the area of air-conditioning heat exchanger
It must accomplish as far as possible greatly, wherein, in order to realize object defined above, existing portion on the premise of product design size is not increased
By design of heat exchanger forming V-shape splicing structure (as depicted in figs. 1 and 2) in point air-conditioning products, the heat exchanger for the monolithic shape that compares and
Speech, the assembled heat exchanger of the V-arrangement can possess bigger heat exchange area in the case where space is certain.
In the production process of existing air-conditioning products, for the assembled process of V-arrangement heat exchanger, workshop is current common
Way is to make adaptation and special assembly according to the width of the V-arrangement angle of heat exchanger and heat exchanger bottom drip tray, length
Frock, also there is the small manufacturer business of part, by simple manual operation, such as using conventional lift, move, remove, help assembling to move
Make, more people, which divide the work, to be assisted to complete assembly.Both the above is typically in assembled process, weak point existing for the first assembled process
It is：It is special when product design generation change (during such as width dimensions change of the assembled V-arrangement angle change of heat exchanger, drip tray)
Frock can not just be further continued for using, it is necessary to make new frock again again, cause the waste of human and material resources, financial resources；Second
Existing weak point is：More people are needed to assist operation, labor intensity is big, and operating efficiency is low, and easily damage is changed in operating process
Hot device fin, part quality is heavier or multiple person cooperational coordinate make a fault when, or even easily there is industrial injury danger.
Utility model content
At least one in order to solve the above-mentioned technical problem, a purpose of the present utility model is to provide a kind of heat exchanger
Assembled frock.
To achieve the above object, embodiment of the present utility model provides a kind of assembled frock of heat exchanger, including：Bottom
Seat；For supporting the supporting plate of heat exchanger, by being rotatably connected, structure is connected with the base；Locking device, with the branch
Fagging and base connection, when the locking device performs locking function, the supporting plate is with the structure that is rotatably connected
Centered on rotation limited.
The assembled frock of heat exchanger provided by the utility model, will be designed as the supporting plate for supporting heat exchanger can be relative
In the form that bottom base rotates, so, assembled frock can be enable to be spelled according to heat exchanger by way of adjusting supporting plate corner
The V-arrangement angle change of dress does accommodation, has the advantages of simple, convenient, great convenience, is carried during regulation
High efficiency of assembling and assembling quality, and aid in the scheme of assembled process relative to heat exchanger model design specialized frock
For, the design, so as to greatly improve the versatility of frock, can be saved and be produced into because the corner of supporting plate is adjustable
This, also eliminate it is traditional manually cooperated without using frock assembling when a variety of drawbacks, such as eliminate that labor intensity is big, effect
The drawbacks such as rate is low, heat exchanger fin easily damages, meanwhile, the frock of the design can also meet heat exchanging during heat exchanger assembly
The accommodation demand of device V-arrangement angle, make heat exchanger assembly process more flexible, conveniently, and lifting heat exchanger production can be more conducive to
The yields of product.
In addition, the assembled frock of the heat exchanger in above-described embodiment provided by the utility model can also have following add
Technical characteristic：
In above-mentioned technical proposal, the locking device includes：Adjustable support member, it is supported in the supporting plate and the base
Between；Wherein, the adjustable support member is arranged to its adjustable length, and the adjustable support member is provided with and is used for its length
Enter line-locked first locking mechanism；And/or the adjustable support member is arranged to adjustable to the Support Position of the base, and
The adjustable support member is provided with the second locking mechanism for being used for locking its Support Position to the base；It is and/or described
Adjustable support member is arranged to adjustable to the Support Position of the supporting plate, and the adjustable support member is provided with for its is right
3rd locking mechanism of the Support Position locking of the supporting plate.
In this programme, adjustable support member is set to be supported between supporting plate and base, at this moment, supporting plate, adjustable supports
Part and base respectively as triangle side to construct triangular bar linkage, wherein, during the adjustable length of adjustable support member, lead to
Angle respective change between supporting plate and base can be made by overregulating the length of adjustable support member, have that simple in construction, control is accurate
The advantages of true, and when being locked using the first locking mechanism to the length of adjustable support member, the activity variable of triangle shape parameter
Fixed, supporting plate, adjustable support member and base structure is gone out triangle stable support structure, have heat exchanging device supporting ＆ stablizing,
The advantages of reliable；Adjustable support member to the Support Position of base can timing, by controlling support level of the adjustable support member to base
The length on the side gone out by base structure can accordingly be adjusted by putting, further to make the angle respective change between supporting plate and base,
The advantages of with simple in construction, precise control, and locked adjustable support member to the Support Position of base using the second locking mechanism
Regularly, the activity variable of triangle shape parameter is fixed, and supporting plate, adjustable support member and base structure is gone out triangle stable support knot
Structure, there is the advantages of heat exchanging device supporting ＆ stablizing, reliable；Adjustable support member to the Support Position of supporting plate can timing, pass through control
Adjustable support member processed can accordingly adjust the length on the side constructed by supporting plate to the Support Position of supporting plate, further to make branch
Angle respective change between fagging and base, there is the advantages of simple in construction, precise control, and will using the 3rd locking mechanism
When adjustable support member locks to the Support Position of base, the activity variable of triangle shape parameter is fixed, and makes supporting plate, adjustable supports
Part and base structure go out triangle stable support structure, have the advantages of heat exchanging device supporting ＆ stablizing, reliable.
In above-mentioned technical proposal, the adjustable support member includes：One in axle sleeve, with the base and the supporting plate
Connection；Movable axis, in the axle sleeve, and it can be slided along the axle sleeve so that the adjustable length of the adjustable support member, its
In, the movable axis is connected with another in the base and the supporting plate.
In this programme, movable axis is located in axle sleeve, and can be slided along axle sleeve so that the adjustable length of adjustable support member,
This is simple in construction, easy to assembly, and has the advantages of facilitating to the length adjustment of adjustable support member, assembled beneficial to heat exchanger is simplified
Process.
Specifically, axle sleeve is cylindrical, square tube shape, semi-circular cylindrical, triangle tubular or other polygon tubulars, more preferably
Ground, shape and the axle sleeve shape adaptation of movable axis, in favor of ensureing that movable axis is steady along the slip of axle sleeve.
In above-mentioned technical proposal, first locking mechanism includes latch and multiple positioning holes on the axle sleeve,
The latch can insert any one in the multiple positioning hole in, and the position energy that the latch is extend into the axle sleeve
Slided with the movable axis against to limit the movable axis along the axle sleeve.
In this programme, set the first locking mechanism include latch and positioning hole, specifically, latch can for suitable for positioning
The alignment pin or be suitable for the threaded connector such as positioning hole grafting or the screw being spirally connected, bolt, stud, the structure that hole grafting coordinates
To the length reliable lock of adjustable support member, and it is machine components that frock, which is related to structure, has simple, convenient, cost
It is low, it is practical the advantages that, beneficial to product promotion.
In a technical scheme of the present utility model, the axle sleeve and described one in the base and the supporting plate
It is individual to be rotatably coupled；And/or the movable axis rotationally connects with described another in the base and the supporting plate
Connect.
In this programme, axle sleeve is set to be rotatably coupled with one in base and supporting plate, be for example, hinged,
Pivot joint or riveting, have the advantages of simple in construction, easy to assembly；Set in movable axis and base and supporting plate it is described another
It is rotatably coupled, it is for example, be hinged, be pivotally connected or riveting, there is the advantages of simple in construction, easy to assembly, wherein, for by axle
The situation that set and movable axis are rotatably connected with supporting plate and base, three apexes that can construct triangle are rotatably connected
Triangular bar linkage, at this moment, slided by controlling movable axis in axle sleeve to adjust the length of adjustable support member, make supporting plate
Angle respective change between base, have and adjust the advantages of convenient and simple for operation.
In a technical scheme of the present utility model, the adjustable support member passes through slidable connection structure and the branch
Fagging connects, so that the adjustable support member is adjustable to the Support Position of the supporting plate；And/or the adjustable support member passes through
Slidable connection structure is connected with the base, so that the adjustable support member is adjustable to the Support Position of the base.
In this programme, adjustable support member is set to be connected by slidable connection structure with supporting plate, so that adjustable supports
Part is adjustable to the Support Position of supporting plate, specifically, sets and is formed between adjustable support member and supporting plate by slideway and slide rail
It is connected, the length on the side constructed by supporting plate can be changed by driving adjustable support member to slide on the supporting plate
Degree, so as to accordingly change the angle between supporting plate and base, realize and supporting plate is adjusted relative to the corner of base, in addition,
Part can be connected through a screw thread in this structure makes adjustable support member to supporting plate to the form such as supporting plate and adjustable support member fastening
Support Position locks, and has the advantages of simple in construction, easy to adjust；Adjustable support member is set to pass through slidable connection structure and bottom
Seat connection, so that adjustable support member is adjustable to the Support Position of base, specifically, sets and pass through between adjustable support member and base
Slideway and slide rail, which are formed, to be connected, and can be constructed by driving adjustable support member to be slided on base with changing by base
Side length, so as to accordingly change the angle between supporting plate and base, realize and supporting plate adjusted relative to the corner of base
Section, in addition, part can be connected through a screw thread in this structure makes adjustable support member the bottom of to the form such as base and adjustable support member fastening
The Support Position locking of seat, has the advantages of simple in construction, easy to adjust.
In any of the above-described technical scheme, the assembled frock of the heat exchanger also includes：First driving means, with the support
Plate connects, for driving the supporting plate to be rotated centered on the structure that is rotatably connected.
In this programme, first driving means are set to drive supporting plate to be rotated centered on the structure that is rotatably connected, so
The semi-automation or automation of operation can be realized to a certain extent, further lift regulated efficiency, and can effectively reduce manpower
Cost.
In above-mentioned technical proposal, the locking device and the first driving means are the same part, first driving
When device performs locking function, the supporting plate can be limited and rotated centered on the structure that is rotatably connected.
In this programme, it is the same part to set locking device and first driving means, for example, setting first driving means
For hydraulic cylinder or cylinder, the first driving means can not only be realized to rotate supporting plate and are driven, and be stopped immediately by it
The step-less adjustment to supporting plate corner can be realized by function, further the precision of lifting regulation and control, so as to further lifting production
The versatility and applicability of product.
For example, one end of supporting plate is rotatably coupled with base, hydraulic cylinder is set on base, makes hydraulic cylinder to support
The position being rotatably connected is avoided on plate to be supported and drive, and can form the support effect similar to adjustable support member,
And the bearing height to supporting plate can be adjusted by hydraulic cylinder extension, and then control the angle of supporting plate and base.
In any of the above-described technical scheme, the quantity at least two of the supporting plate, the locking device and the support
The quantity of plate is identical, and the locking device connects one to one with the supporting plate；Or the assembled frock of the heat exchanger is also
Including the fixed plate for supporting heat exchanger, the fixed plate is fixed on the base, and the supporting plate is with described rotatable
When being rotated centered on attachment structure, angle between the fixed plate is corresponding to be changed.
In this programme, the quantity at least two of supporting plate is set, and locking device and the quantity phase of supporting plate are set
Together, and locking device connects one to one with supporting plate, for example, setting two relative supporting plates, and sets locking dress respectively
Put and the angle of itself and base is controlled, so, when carrying out assembled to the heat exchanger of V-arrangement, two sides of V-arrangement can be entered respectively
Row control, makes adjustment work more flexible, more specifically, sets two relative supporting plates, phase in two supporting plates
Mutually close one end is rotatably coupled respectively with base, and the one end being located remotely from each other in two supporting plates is respectively by adjustable support
Part is supported, and the size at V-arrangement angle can be accordingly adjusted to the bearing height of supporting plate by adjusting any adjustable support member, makes frock
Adjustment work it is more flexible, certainly, it will be appreciated by persons skilled in the art that the quantity of supporting plate is not in this programme
Be confined to two, may be configured as 3,4,5 it is even more more, for the isostructural heat exchanger of assembled undulate；Or
Set the assembled frock of heat exchanger also to include being used to support the fixed plate of heat exchanger, fixed plate is fixed on base, supporting plate with
When being rotated centered on the structure that is rotatably connected, angle between fixed plate is corresponding to be changed, for example, setting a supporting plate and base
It is rotatably coupled, sets a fixed plate to be fixed with base, on the premise of fixed plate and base angle are certain, by adjusts branch
Fagging can accordingly adjust the size at V-arrangement angle with respect to the corner of base, make the adjustment work of frock more simple, conveniently.
In any of the above-described technical scheme, the base includes：Framework；Adjustable plate, and can be described on the framework
Slided on framework, wherein, the supporting plate is connected by the structure that is rotatably connected with the adjustable plate；Latch-up structure, with
The adjustable plate and framework connection, when the latch-up structure performs lock function, the adjustable plate is on said frame
Slip is limited.
In this programme, set adjustable plate be slidably mounted on framework, and make supporting plate by be rotatably connected structure with
Adjustable plate connects, that is, causes supporting plate to be formed as the structure that can be slided on framework, so, can be by adjusting Board position
Assembled frock is done accommodation according to the assembled drip tray change width of heat exchanger, have simple, convenient excellent
Point, the great convenience during regulation, efficiency of assembling and assembling quality are improved, and relative to heat exchanger type design
Special tooling, can be with come for aiding in the scheme of assembled process, the structure in the design greatly improves the versatility of frock
Production cost is saved, traditional a variety of drawbacks manually to be cooperated without using frock when assembling is also eliminated, such as eliminates labor
The drawbacks such as fatigue resistance is big, efficiency is low, heat exchanger fin easily damages, meanwhile, the frock of the design also may be implemented in heat exchanger spelling
Make accommodation demand for the developed width of drip tray during dress, make heat exchanger assembly process more flexible, conveniently, and can
Beneficial to the yields of lifting heat-exchanger products.
In above-mentioned technical proposal, the latch-up structure include threaded connector, the screwed hole on the adjustable plate and
Multiple through holes on the framework, the threaded connector can be passed through described in any one rear screw-in in the multiple through hole
In screwed hole, the adjustable plate and the framework are fixed.
In this programme, latch-up structure is set to include threaded connector, the screwed hole on adjustable plate and located at framework
On multiple through holes, realized in the form of being fastened by using threaded connector to adjustable plate and framework to regulation Board position lock
It is fixed, there is the advantages of simple in construction, easy to adjust.
It is highly preferred that framework is provided with slideway, adjustable plate is located in slideway and can slided along slideway, using slideway to regulation
Plate carry out slide-and-guide, can avoid heat exchanger assemble off normal the problem of, lifted assembly precision, and reduce to regulation Board position adjust
The difficulty of section, the convenience of lifting product regulation process.
In above-mentioned technical proposal, the adjustable plate is identical and described with the quantity of the supporting plate and the latch-up structure
Adjustable plate connects one to one with the supporting plate and the latch-up structure.
In this programme, set adjustable plate identical with the quantity of supporting plate and latch-up structure, and make adjustable plate and supporting plate
And latch-up structure connects one to one, for example, setting two relative supporting plates, and two adjustable plates are set to support this two
Plate is assembled respectively, so that two supporting plates can form the structure that can be distinguished opposing frame and slide by adjustable plate, so,
, can be respectively two of V-arrangement while when carrying out position and controlling to adjust the two of V-arrangement when carrying out assembled to the heat exchanger of V-arrangement
Away from making adjustment work more flexible.
In above-mentioned technical proposal, the assembled frock of the heat exchanger also includes：Second drive device, connect with the adjustable plate
Connect, for driving the adjustable plate to slide on said frame.
In this programme, the second drive device is set to drive adjustable plate to be slided on framework, so can be to a certain extent
The semi-automation or automation of operation are realized, further lifts regulated efficiency, and can effectively reduce human cost.
In above-mentioned technical proposal, the latch-up structure and second drive device are the same part, second driving
When device performs lock function, the adjustable plate can be limited and slided on said frame.
In this programme, it is the same part to set latch-up structure and the second drive device, for example, setting the second drive device
For hydraulic cylinder or cylinder, second drive device can not only realize that driving adjustable plate slides on framework, and instant by its
The precision of step-less adjustment, further lifting regulation and control to adjusting Board position can be realized by stopping function, so as to further be lifted
The versatility and applicability of product.
For example, framework is provided with slideway, adjustable plate is assemblied in realization in slideway and is slidably connected with framework, on framework
Hydraulic cylinder is set, hydraulic cylinder is connected with adjustable plate, during hydraulic cylinder normal operation, drives adjustable plate to be slided along slideway, hydraulic cylinder
When performing lock function, the position of adjustable plate is held to limitation adjustable plate and slided on framework.
In any of the above-described technical scheme, the assembled frock of the heat exchanger also includes：Roller, on the base.
In this programme, roller is set on base, in order to which the assembled frock of heat exchanger and heat exchanger thereon are carried out
Transfer, makes streamline assembly operation more convenient, saves the cost of wheeling in flow among streamline.
In above-mentioned technical proposal, the quantity of the roller is multiple, and comprises at least two located at described base one end
Directional wheel and two universal wheels located at the base other end.
In this programme, the quantity of roller is set to be multiple, and including at least two directional wheels located at base one end and
Located at two universal wheels of the base other end, this can be more convenient that frock is moved and positioned in use.
In any of the above-described technical scheme, the width of the supporting plate for the heat exchanger width 60% and more than；And/or
The plate face for being used to carry the heat exchanger of the supporting plate is provided with cushion.
In this programme, set the width of supporting plate for heat exchanger width 60% and more than, can so ensure heat exchanging
The steadiness of device support, prevents heat exchanger from falling or rocking；The plate face for being used to carry heat exchanger of supporting plate is set to be provided with bullet
Property pad (such as sponge, rubber blanket), for degree of regulation requirement not very high occasion, using cushion heat exchanging device surface
Protected, prevent supporting plate directly contacts with heat exchanger from causing the fin of heat exchanger to damage, it is highly preferred that cushion and support
Detachably connected form is may be configured as between plate, product is protected according to real needs from cushion.
Additional aspect and advantage of the present utility model will become obvious in following description section, or new by this practicality
The practice of type is recognized.
Brief description of the drawings
Of the present utility model above-mentioned and/or additional aspect and advantage will in the description from combination accompanying drawings below to embodiment
Become obvious and be readily appreciated that, wherein：
Fig. 1 is the structural representation of heat exchanger described in the utility model one embodiment；
Fig. 2 is structural representation of the heat exchanger shown in Fig. 1 under another visual angle；
Fig. 3 is the structural representation of the assembled frock of heat exchanger described in the utility model one embodiment；
Fig. 4 is heat exchanger described in the utility model one embodiment and its schematic diagram of assembled frock package assembly.
Wherein, the corresponding relation between the reference in Fig. 1 to Fig. 4 and component names is：
110 left heat exchangers, 120 right heat exchangers, 131 front beams, 132 rear cross beams, connecting plate after 140,150 drip trays, 210
Base, 211 frameworks, 2111 through holes, 2112 slideways, 212 adjustable plates, 213 axle sleeve bearings, 220 supporting plates, 221 movable shaft stools,
230 are rotatably connected structure, 240 adjustable support members, 241 axle sleeves, 2411 positioning holes, 242 movable axis, 250 rollers.
Embodiment
In order to be more clearly understood that above-mentioned purpose of the present utility model, feature and advantage, below in conjunction with the accompanying drawings and tool
The utility model is further described in detail body embodiment.It should be noted that in the case where not conflicting, this Shen
The feature in embodiment and embodiment please can be mutually combined.
Many details are elaborated in the following description in order to fully understand the utility model, still, this practicality
New to be different from other modes described here using other to implement, therefore, the scope of protection of the utility model is simultaneously
Do not limited by following public specific embodiment.
Referring to the assembled frock of Fig. 3 and Fig. 4 descriptions heat exchanger according to the utility model some embodiments.
As shown in Figure 3 and Figure 4, the assembled frock for the heat exchanger that embodiment of the present utility model provides, including：Base 210,
Supporting plate 220 and locking device.
Specifically, supporting plate 220 is used to support heat exchanger, and supporting plate 220 passes through structure 230 and the base of being rotatably connected
210 connections；Locking device is connected with supporting plate 220 and base 210, and when locking device performs locking function, supporting plate 220 is with can
Rotation centered on rotation connection structure 230 is limited.
The assembled frock of heat exchanger provided by the utility model, will be designed as the supporting plate 220 for supporting heat exchanger can
The form rotated relative to bottom base 210, so, can enable assembled frock root by way of adjusting the corner of supporting plate 220
Accommodation is done according to the assembled V-arrangement angle change of heat exchanger, there is the advantages of simple, convenient, the pole during regulation
Have convenience, improve efficiency of assembling and assembling quality, and aid in spelling relative to heat exchanger model design specialized frock
For the scheme for filling process, the design is because the corner of supporting plate 220 is adjustable, so as to greatly improve the versatility of frock,
Production cost can be saved, traditional a variety of drawbacks manually to be cooperated without using frock when assembling is also eliminated, such as eliminates
Labor intensity is big, efficiency is low, the easy drawback such as damage of heat exchanger fin, meanwhile, the frock of the design can also meet heat exchanger
The accommodation demand of heat exchanging device V-arrangement angle during assembly, make heat exchanger assembly process more flexible, conveniently, and can be more
Beneficial to the yields of lifting heat-exchanger products.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, locking device includes adjustable support member 240,
Specifically, adjustable support member 240 is supported between supporting plate 220 and base 210；Wherein, adjustable support member 240 is arranged to it
Adjustable length, and adjustable support member 240 is provided with and is used to enter its length line-locked first locking mechanism.
In this programme, adjustable support member 240 is set to be supported between supporting plate 220 and base 210, at this moment, supporting plate
220th, adjustable support member 240 and base 210 respectively as the side of triangle to construct triangular bar linkage, wherein, adjustable supporting
During the adjustable length of support member 240, the length by adjusting adjustable support member 240 can make the folder between supporting plate 220 and base 210
Angle respective change, there is the advantages of simple in construction, precise control, and the length using the first locking mechanism to adjustable support member 240
When degree is locked, the activity variable of triangle shape parameter is fixed, and makes supporting plate 220, adjustable support member 240 and the structure of base 210
Triangle stable support structure is produced, there is the advantages of heat exchanging device supporting ＆ stablizing, reliable.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, adjustable support member 240 includes：The He of axle sleeve 241
Movable axis 242, specifically, axle sleeve 241 are connected with one in base 210 and supporting plate 220；Movable axis 242 is located at axle sleeve 241
In, and can be slided along axle sleeve 241 so that the adjustable length of adjustable support member 240, wherein, movable axis 242 and base 210 and support
Another connection in plate 220.
In this programme, movable axis 242 is set to be located in axle sleeve 241, and can be slided along axle sleeve 241 so that adjustable support member
240 adjustable length, this is simple in construction, easy to assembly, and has the advantages of facilitating to the length adjustment of adjustable support member 240,
Beneficial to simplified heat exchanger assembly process.
Specifically, axle sleeve 241 is cylindrical, square tube shape, semi-circular cylindrical, triangle tubular or other polygon tubulars, more
Preferably, the shape of movable axis 242 and the shape adaptation of axle sleeve 241, in favor of ensureing that slip of the movable axis 242 along axle sleeve 241 is put down
Surely.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, the first locking mechanism includes latch (in figure not
Show) and multiple positioning holes 2411 on axle sleeve 241, latch can insert any one in multiple positioning holes 2411 in,
And the position that latch is extend into axle sleeve 241 can be slided with movable axis 242 against to limit movable axis 242 along axle sleeve 241.
In this programme, set the first locking mechanism include latch and positioning hole 2411, specifically, latch can for suitable for
The alignment pin or be suitable for the screw thread such as the grafting of positioning hole 2411 or the screw being spirally connected, bolt, stud that the grafting of positioning hole 2411 coordinates
Connector, the structure is to the length reliable lock of adjustable support member 240, and it is machine components that frock, which is related to structure, has behaviour
Make simple, conveniently, cost is low, it is practical the advantages that, beneficial to product promotion.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, axle sleeve 241 and base 210 and supporting plate 220
In one be rotatably coupled；And/or movable axis 242 rotationally connects with another in base 210 and supporting plate 220
Connect.
In this programme, axle sleeve 241 is set to be rotatably coupled with one in base 210 and supporting plate 220, example
It is such as be hinged, pivot joint or riveting, there is the advantages of simple in construction, easy to assembly；Movable axis 242 and base 210 and support are set
Described another in plate 220 is rotatably coupled, and for example, be hinged, pivot joint or riveting, is had simple in construction, easy to assembly
Advantage, wherein, for by axle sleeve 241 and movable axis 242 and supporting plate 220 and base 210 in the case of of being rotatably connected, can construct
Go out the triangular bar linkage that three apexes of triangle are rotatably connected, at this moment, by controlling movable axis 242 in axle sleeve 241
Middle slip makes the angle respective change between supporting plate 220 and base 210, has and adjust to adjust the length of adjustable support member 240
Save the advantages of convenient and simple for operation.
More specifically, as shown in Figure 3 and Figure 4, supporting plate 220 is provided with movable shaft stool 221, and the one of movable axis 242
End is pivotally connected with movable shaft stool 221, and base 210 is provided with axle sleeve bearing 213, one end and the pivot of axle sleeve bearing 213 of axle sleeve 241
Connect.
In one embodiment of the present utility model, locking device includes adjustable support member 240, specifically, adjustable supports
Part 240 is supported between supporting plate 220 and base 210；Wherein, adjustable support member 240 is arranged to the support level to base 210
Put adjustable, and adjustable support member 240 is provided with the second locking mechanism for being used for locking its Support Position to base 210；With/
Or adjustable support member 240 is arranged to adjustable to the Support Position of supporting plate 220, and adjustable support member 240 is provided with and is used to incite somebody to action
3rd locking mechanism of its locking of Support Position to supporting plate 220.
In this programme, adjustable support member 240 to the Support Position of base 210 can timing, by controlling adjustable support member
The Support Position of 240 pairs of bases 210 can accordingly adjust the length on the side constructed by base 210, further to make supporting plate 220
Angle respective change between base 210, there is the advantages of simple in construction, precise control, and will using the second locking mechanism
When adjustable support member 240 locks to the Support Position of base 210, the activity variable of triangle shape parameter is fixed, and makes supporting plate
220th, adjustable support member 240 and base 210 construct triangle stable support structure, with heat exchanging device supporting ＆ stablizing, reliably
Advantage；Adjustable support member 240 to the Support Position of supporting plate 220 can timing, by controlling adjustable support member 240 to supporting plate
220 Support Position can accordingly adjust the length on the side constructed by supporting plate 220, further to make supporting plate 220 and base
Angle respective change between 210, there is the advantages of simple in construction, precise control, and utilize the 3rd locking mechanism by adjustable supporting
When support member 240 locks to the Support Position of base 210, the activity variable of triangle shape parameter is fixed, and makes supporting plate 220, adjustable
Support member 240 and base 210 construct triangle stable support structure, have the advantages of heat exchanging device supporting ＆ stablizing, reliable.
In a technical scheme of the present utility model, adjustable support member 240 (is not shown by slidable connection structure in figure
Go out) it is connected with supporting plate 220, so that adjustable support member 240 is adjustable to the Support Position of supporting plate 220；And/or adjustable support member
240 are connected by slidable connection structure (not shown) with base 210, so that branch of the adjustable support member 240 to base 210
It is adjustable to support position.
In this programme, adjustable support member 240 is set to be connected by slidable connection structure with supporting plate 220, so that can
Adjust support member 240 adjustable to the Support Position of supporting plate 220, specifically, set between adjustable support member 240 and supporting plate 220
Formed and be connected by slideway and slide rail, can slided by driving adjustable support member in supporting plate 220 to change by propping up
The length on the side that fagging 220 is constructed, so as to accordingly change the angle between supporting plate 220 and base 210, realize to support
Plate 220 is adjusted relative to the corner of base 210, in addition, can be connected through a screw thread part in this structure to supporting plate 220 and adjustable supporting
The forms such as the fastening of support member 240 make adjustable support member 240 lock the Support Position of supporting plate 220, have simple in construction, regulation side
Just the advantages of；Adjustable support member 240 is set to be connected by slidable connection structure with base 210, so that adjustable support member 240 is right
The Support Position of base 210 is adjustable, specifically, sets and is formed between adjustable support member 240 and base 210 by slideway and slide rail
It is connected, can be slided by driving adjustable support member on base 210 to change the length on the side constructed by base 210
Degree, so as to accordingly change the angle between supporting plate 220 and base 210, realize and supporting plate 220 is turned relative to base 210
Angle is adjusted, in addition, can be connected through a screw thread in this structure part base 210 and adjustable support member 240 are fastened etc. form make it is adjustable
Support member 240 locks to the Support Position of base 210, has the advantages of simple in construction, easy to adjust.
In addition, adjustable support member 240 further can be arranged to its length-adjustable structure by the present embodiment, and in adjustable supporting
It is provided for entering its length line-locked first locking mechanism in support member 240.
In any of the above-described embodiment, the assembled frock of heat exchanger also includes first driving means (not shown), and first
Drive device is connected with supporting plate 220, for driving supporting plate 220 to be rotated to be rotatably connected centered on structure 230.
In this programme, first driving means are set to drive supporting plate 220 to turn centered on the structure 230 that is rotatably connected
It is dynamic, the semi-automation or automation of operation can be so realized to a certain extent, further lift regulated efficiency, and can effectively drop
Low human cost.
In above-described embodiment, it is the same part to be preferably provided with locking device with first driving means, and first driving means are held
During row locking function, supporting plate 220 can be limited and rotated by being rotatably connected centered on structure 230.
In this programme, it is the same part to set locking device and first driving means, for example, setting first driving means
For hydraulic cylinder or cylinder, the first driving means can not only be realized to rotate supporting plate 220 and are driven, and instant by its
The precision of step-less adjustment, further lifting regulation and control to the corner of supporting plate 220 can be realized by stopping function, so as to further carry
Rise the versatility and applicability of product.
For example, one end of supporting plate 220 is rotatably coupled with base 210, hydraulic cylinder is set on base 210, makes liquid
Cylinder pressure is supported and driven to avoiding the position being rotatably connected in supporting plate 220, can be formed similar to adjustable supports
The support effect of part 240, and the bearing height to supporting plate 220 can be adjusted by hydraulic cylinder extension, and then control supporting plate
220 with the angle of base 210.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, the quantity at least two of supporting plate 220,
Locking device is identical with the quantity of supporting plate 220, and locking device connects one to one with supporting plate 220.
In this programme, the quantity at least two of supporting plate 220 is set, and locking device and supporting plate 220 are set
Quantity is identical, and locking device connects one to one with supporting plate 220, for example, two relative supporting plates 220 are set, and point
Not She Zhi locking device the angle of itself and base 210 is controlled, so, when carrying out assembled to the heat exchanger of V-arrangement, can distinguish
Two sides of V-arrangement are controlled, make adjustment work more flexible, more specifically, two relative supporting plates are set
220, one end close to each other is rotatably coupled respectively with base 210 in two supporting plates 220, phase in two supporting plates 220
Mutually remote one end is supported by adjustable support member respectively, by adjusting support of any adjustable support member to supporting plate 220
Height can accordingly adjust the size at V-arrangement angle, make the adjustment work of frock more flexible, certainly, those skilled in the art can
With understanding, the quantity of supporting plate 220 is not limited to two in this programme, may be configured as 3,4,5 it is even more more, with
For the isostructural heat exchanger of assembled undulate.
In one embodiment of the present utility model, the assembled frock of heat exchanger also includes being used for the fixation for supporting heat exchanger
Plate, fixed plate are fixed on base 210, when supporting plate 220 is rotated by being rotatably connected centered on structure 230, with fixed plate it
Between angle accordingly change.
In this programme, the assembled frock of heat exchanger is set also to include being used for the fixed plate for supporting heat exchanger, fixed plate is solid
It is scheduled on base 210, when supporting plate 220 is rotated by being rotatably connected centered on structure 230, the angle between fixed plate is corresponding
Change, for example, setting a supporting plate 220 to be rotatably coupled with base 210, set a fixed plate to be fixed with base 210, solid
On the premise of fixed board and the angle of base 210 are certain, V-arrangement can be accordingly adjusted with respect to the corner of base 210 by adjusting supporting plate 220
The size at angle, make the adjustment work of frock more simple, conveniently.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, base 210 includes：Framework 211, adjustable plate
212 and latch-up structure, specifically, framework 211 can be specially to be overlapped by multiple crossbeams, multiple longerons and multiple curb girders, and pass through
The mode of welding, riveting or threaded connector fastening is fastenedly connected；Adjustable plate 212 is located on framework 211 and can be in framework
Slided on 211, wherein, supporting plate 220 is connected by the structure 230 that is rotatably connected with adjustable plate 212；Latch-up structure and adjustable plate
212 and framework 211 connect, latch-up structure perform lock function when, slip of the adjustable plate 212 on framework 211 is limited.
In this programme, adjustable plate 212 is set to be slidably mounted on framework 211, and make supporting plate 220 by rotatably connecting
Binding structure 230 is connected with adjustable plate 212, that is, causes supporting plate 220 to be formed as the structure that can be slided on framework 211, so, can
To enable assembled frock to do adaptability according to the assembled change width of drip tray 150 of heat exchanger by adjusting the position of adjustable plate 212
Adjustment, there is the advantages of simple, convenient, the great convenience during regulation, improve efficiency of assembling and assembling quality,
And relative to heat exchanger model design specialized frock come for aiding in the scheme of assembled process, the structure in the design is very big
Ground improves the versatility of frock, can save production cost, also eliminates traditional dress that manually cooperated without using frock
A variety of drawbacks of timing, such as eliminate labor intensity is big, efficiency is low, heat exchanger fin easily damage drawback, meanwhile, the design
The developed width that also may be implemented in during heat exchanger assembly for drip tray 150 of frock make accommodation demand, make to change
Hot device assembly process is more flexible, conveniently, and can be beneficial to the yields of lifting heat-exchanger products.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, latch-up structure includes threaded connector (in figure
Be not shown), the screwed hole (not shown) on adjustable plate 212 and multiple through holes 2111 on framework 211, screw thread
Connector can be passed through in any one rear screw-in screwed hole in multiple through holes 2111, and adjustable plate 212 and framework 211 are fixed.
In this programme, latch-up structure is set to include threaded connector, the screwed hole on adjustable plate 212 and located at frame
Multiple through holes 2111 on frame 211, realized in the form of being fastened by using threaded connector to adjustable plate 212 and framework 211
The position of adjustable plate 212 is locked, there is the advantages of simple in construction, easy to adjust.
It is highly preferred that as shown in Figure 3 and Figure 4, framework 211 is provided with slideway 2112, adjustable plate 212 is located in slideway 2112
And can be slided along slideway 2112, slide-and-guide is carried out to adjustable plate 212 using slideway 2112, heat exchanger can be avoided to assemble off normal
The problem of, assembly precision is lifted, and the difficulty to the position adjustments of adjustable plate 212 is reduced, the convenience of lifting product regulation process.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, adjustable plate 212 and supporting plate 220 and locking
The quantity of structure is identical, and adjustable plate 212 connects one to one with supporting plate 220 and latch-up structure.
In this programme, set adjustable plate 212 identical with the quantity of supporting plate 220 and latch-up structure, and make adjustable plate 212
Connected one to one with supporting plate 220 and latch-up structure, for example, setting two relative supporting plates 220, and two regulations are set
Plate 212 is assembled respectively to two supporting plates 220, so that two supporting plates 220 can be formed by adjustable plate 212 and can divided
The structure that other opposing frame 211 slides, so, when the heat exchanger progress to V-arrangement is assembled, two sides of V-arrangement can be carried out respectively
Position control makes adjustment work more flexible to adjust the spacing on the two of V-arrangement sides.
In one embodiment of the present utility model, the assembled frock of heat exchanger also includes the second drive device (in figure not
Show), the second drive device is connected with adjustable plate 212, for driving adjustable plate 212 to be slided on framework 211.
In this programme, the second drive device is set to drive adjustable plate 212 to be slided on framework 211, so can be certain
The semi-automation or automation of operation are realized in degree, further lifts regulated efficiency, and can effectively reduce human cost.
In above-described embodiment, it is the same part to be preferably provided with latch-up structure and the second drive device, and the second drive device is held
During row lock function, adjustable plate 212 can be limited and slided on framework 211.
In this programme, it is the same part to set latch-up structure and the second drive device, for example, setting the second drive device
For hydraulic cylinder or cylinder, second drive device can not only realize that driving adjustable plate 212 slides on framework 211, and pass through
It stops function immediately can realize the precision of step-less adjustment, further lifting regulation and control to the position of adjustable plate 212, so as to enter
One step lifts the versatility and applicability of product.
For example, framework 211 is provided with slideway 2112, adjustable plate 212 is assemblied in realization in slideway 2112 and can slided with framework 211
Connect dynamicly, hydraulic cylinder is set on framework 211, hydraulic cylinder is connected with adjustable plate 212, during hydraulic cylinder normal operation, driving
Adjustable plate 212 slides along slideway 2112, and when hydraulic cylinder performs lock function, the position of adjustable plate 212 is held to limitation regulation
Plate 212 slides on framework 211.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, the assembled frock of heat exchanger also includes roller
250, roller 250 is on base 210.
In this programme, roller 250 is set on base 210, assembled frock and heat exchange thereon in order to heat exchanger
Device is shifted, and makes streamline assembly operation more convenient, saves the cost of wheeling in flow among streamline.
In one embodiment of the present utility model, as shown in Figure 3 and Figure 4, the quantity of roller 250 is multiple, and at least
Including two directional wheels located at the one end of base 210 and two universal wheels located at the other end of base 210.
In this programme, the quantity for setting roller 250 is multiple, and fixed including at least be located at the one end of base 210 two
Two universal wheels to wheel and located at the other end of base 210, this can be more convenient that frock is moved and determined in use
Position.
In one embodiment of the present utility model, the width for being preferably provided with supporting plate 220 is the heat exchanger width
60% and more than.
In this programme, set supporting plate 220 width for heat exchanger width 60% and more than, can so ensure to exchange
The steadiness of hot device support, prevents heat exchanger from falling or rocking.
In one embodiment of the present utility model, the plate face for being used to carry heat exchanger of supporting plate 220 is preferably provided with
Provided with cushion.
In this programme, the plate face for being used to carry heat exchanger of supporting plate 220 is set to be provided with cushion (such as sponge, rubber
Rubber cushion), not very high occasion is required for degree of regulation, is protected using cushion heat exchanging device surface, prevents from propping up
Fagging 220 directly contacts with heat exchanger causes the fin of heat exchanger to damage, it is highly preferred that can between cushion and supporting plate 220
Detachably connected form is arranged to, product is protected according to real needs from cushion.
In a specific embodiment of the present utility model, as shown in Figures 1 to 4, V-arrangement heat exchanger comprises at least left heat exchange
Device 110, right heat exchanger 120, front beam 131, rear cross beam 132, rear connecting plate 140 and drip tray 150, at the beginning of its assembled process,
It is necessary to ensure that the relative position of left heat exchanger 110, right heat exchanger 120 and drip tray 150 is accurate, and utilizes front beam 131, rear horizontal stroke
Beam 132 and rear connecting plate 140 are connected to left heat exchanger 110, right heat exchanger 120 and drip tray 150 realizes heat exchanger assembly,
The common way of workshop is according to the V-arrangement angle between left and right heat exchanger 120, and heat exchanger bottom drip tray at present
150 width and length, makes special assembled frock, is the drawbacks of which：When change (such as heat exchanger occurs for product design
The width dimensions change of assembled V-arrangement angle change, drip tray 150), special tooling can not just be further continued for using, it is necessary to weight
New frock is newly made again, causes the waste of human and material resources, financial resources；Also there is the small producer of part, by simple manual operation,
Using the lift of routine, move, remove, the assembling action such as help, more people divide the work assist to complete it is assembled, the drawbacks of which：More people are needed to assist
Help operation, labor intensity is big, and operating efficiency is low, in operating process easily damage heat exchanger fin, part quality it is heavier or
When multiple person cooperational cooperation is made a fault, or even easily there is industrial injury danger.
In view of the above-mentioned problems, the utility model provides a kind of heat exchanger assembly frock, can be according to the assembled V of heat exchanger
The width dimensions change of shape angle change, drip tray 150, is adjusted accordingly by hand, greatly enhances being applicable for frock
Property, meanwhile, the regulation process mainly carries out corresponding hole position cooperation using bolt (latch) and nut, operates very simple side
Just, and the frock is all simple component of machine, makes and processing all very simple, costs are low, practical.
More specifically, as shown in Figure 3 and Figure 4, the frock is by the roller 250 of bottom, framework 211, the axle of integral solder
Set 241, movable axis 242, adjustable plate 212, supporting plate 220, axle sleeve bearing 213, movable shaft stool 221, be rotatably connected structure
The major parts such as 230 (for example, connection revolution hinges) are formed；Bottom roller 250 is designed as 4, the side 2 of its middle frame 211
Individual universal wheel, 2 directional wheels of opposite side, facilitate the movement and positioning of frock in use；Framework 211 is several metal plates
Smallclothes integral solder forms, and contains each bar crossbeam, vertical beam, intermediate supports beam；The side of adjustable plate 212 is provided with screwed hole, with spiral shell
Surface where pit is provided with corresponding through hole 2111 on the relative crossbeam side of base 210, the side upper screwed hole of adjustable plate 212
Number is at least 2, is not slided with ensureing to wear when bolt is fixed；The number of the through hole 2111 of the crossbeam side of base 210 is at least 6
Individual, size, the spacing of through hole 2111 can determine according to being actually needed；Axle sleeve 241 is provided with multiple positioning holes 2411, activity
Adjustment hole is provided with axle 242, size, quantity, the spacing in hole can determine according to being actually needed, positioning hole 2411 and adjustment hole
Suitable for latch grafting；Axle sleeve bearing 213 is respectively distributed to the side in the hole of 241 top axle sleeve of axle sleeve 241, using welding or spiral shell
Tether the mode connect to be fixed on the crossbeam of base 210, each axle sleeve 241 supports the use 2 axle sleeve bearings 213, and centre passes through spiral shell
Bolt is fixed through the mode of rear additional spring washer, nut；Movable shaft stool 221 is respectively distributed to the top axle sleeve 241 of movable axis 242
The side in hole, it is fixed on using welding or bolted mode in supporting plate 220；Each movable axis 242 supports the use 2
Movable shaft stool 221, centre are fixed by way of bolt passes through rear additional spring washer, nut；Supporting plate 220 and adjustable plate
It is attached between 212 using revolution hinge, i.e., is formed and be rotatably coupled by the structure 230 that is rotatably connected, revolution is closed
Page size and quantity can be determined according to being actually needed, at least 2.
Frock when wherein, for V-arrangement heat exchanger bottom 150 change width of drip tray uses regulation：According to actual water receiving
The width of disk 150, the width adjustment plates 212 of drip tray 150 are slided into suitable position along the cross rail inner wall of base 210, then
With bolt through adjustable plate 212 and the through hole 2111 of the crossbeam side of base 210, additional spring washer, nut are fixed, you can with reality
The positioning of the existing width of drip tray 150 is fixed.
Frock when changing for V-arrangement heat exchanger V-arrangement angle uses regulation：In the range of stroke, movable axis 242 can be with smooth
Stretched in axle sleeve 241, while coordinate the revolution hinge between supporting plate 220 and adjustable plate 212 to rotate, it is possible to achieve to exchange heat
The regulation of device assembly V-arrangement angle；When reaching required assembled angle, the positioning hole 2411 on axle sleeve 241 is passed through using bolt
And the adjustment hole on movable axis 242, additional spring washer, nut are fixed, you can to realize the fixation at heat exchanger assembly V-arrangement angle.
In actual use, the regulation positioning of the width of bottom drip tray 150 is first carried out, then carries out V-arrangement heat exchanger V-arrangement angle
Regulation positioning, can so improve regulation efficiency.
In addition, regulation required precision do not have to it is especially high, while in order to be damaged when preventing heat exchanger from being contacted with supporting plate 220
Hinder heat exchanger fin, cushion can be increased between heat exchanger and supporting plate 220 and carry out buffer protection；To ensure having for support
Effect and reliable, the width size of supporting plate 220 be at least heat exchanger width dimensions 60% and more than.
In this programme, adjustable plate 212 is set slidably, and latch-up structure is set when adjustable plate 212 slides to setting position
Adjustable plate 212 is carried out, the width dimensions of drip tray 150 that frock is supported can be adjusted；In addition, supporting plate 220 and bottom are set
Seat 210 is rotatably connected, and can realize that the support to the free end of supporting plate 220 is high using axle sleeve 241 and its interior movable axis 242
Degree regulation, can adjust the V-arrangement angle for the heat exchanger that frock is supported, and the technical program is adapted to the various differences of V-arrangement heat exchanger
The V-arrangement angle of angle, while the different width dimensions of V-arrangement heat exchanger bottom drip tray 150 are adapted to, it ensure that frock using process
In versatility, and regulation during convenience, improve efficiency of assembling and assembling quality；Eliminate previously dedicated frock
Can only a kind of assembled V-arrangement angle V-arrangement heat exchanger and a kind of width V-arrangement heat exchanger bottom drip tray 150 situation, also disappear
Except traditional a variety of drawbacks manually to be cooperated without using frock when assembling, as labor intensity is big, efficiency is low, heat exchanger wing
Piece easily damage etc..
In summary, the assembled frock of heat exchanger provided by the utility model, by for supporting the supporting plate of heat exchanger to set
The form that can be rotated relative to bottom base is calculated as, so, assembled frock root can be enable by way of adjusting supporting plate corner
Accommodation is done according to the assembled V-arrangement angle change of heat exchanger, there is the advantages of simple, convenient, the pole during regulation
Have convenience, improve efficiency of assembling and assembling quality, and aid in spelling relative to heat exchanger model design specialized frock
For the scheme for filling process, the design is because the corner of supporting plate is adjustable, can be with so as to greatly improve the versatility of frock
Production cost is saved, traditional a variety of drawbacks manually to be cooperated without using frock when assembling is also eliminated, such as eliminates labor
The drawbacks such as fatigue resistance is big, efficiency is low, heat exchanger fin easily damages, meanwhile, the frock of the design can also meet heat exchanger assembly
During heat exchanging device V-arrangement angle accommodation demand, make heat exchanger assembly process more flexible, conveniently, and can be more conducive to
Lift the yields of heat-exchanger products.
In the utility model, term " first ", " second " are only used for the purpose of description, and it is not intended that instruction or dark
Show relative importance；Term " multiple " then refers to two or more, is limited unless otherwise clear and definite.Term " installation ", " phase
Even ", " connection ", the term such as " fixation " all should be interpreted broadly, for example, " connection " can be fixedly connected or removable
Connection is unloaded, or is integrally connected；" connected " can be joined directly together, and can also be indirectly connected by intermediary.For ability
For the those of ordinary skill in domain, concrete meaning of the above-mentioned term in the utility model can be understood as the case may be.
In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc.
Mean that combining specific features, structure, material or feature that the embodiment or example describe is contained in of the present utility model at least one
In individual embodiment or example.In this manual, identical embodiment is not necessarily referring to the schematic representation of above-mentioned term
Or example.Moreover, specific features, structure, material or the feature of description can be in any one or more embodiments or example
In combine in an appropriate manner.
Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, for this
For the technical staff in field, the utility model can have various modifications and variations.It is all in the spirit and principles of the utility model
Within, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.
Claims (17)
- A kind of 1. assembled frock of heat exchanger, it is characterised in that including：Base；For supporting the supporting plate of heat exchanger, by being rotatably connected, structure is connected with the base；Locking device, it is connected with the supporting plate and the base, when the locking device performs locking function, the supporting plate Rotation centered on the structure that is rotatably connected is limited.
- 2. the assembled frock of heat exchanger according to claim 1, it is characterised in that the locking device includes：Adjustable support member, it is supported between the supporting plate and the base；Wherein, the adjustable support member is arranged to its adjustable length, and the adjustable support member is provided with and is used for its length Enter line-locked first locking mechanism；And/orThe adjustable support member is arranged to adjustable to the Support Position of the base, and the adjustable support member is provided with and is used for The second locking mechanism that its Support Position to the base is locked；And/orThe adjustable support member is arranged to adjustable to the Support Position of the supporting plate, and the adjustable support member is provided with and used In the 3rd locking mechanism for locking its Support Position to the supporting plate.
- 3. the assembled frock of heat exchanger according to claim 2, it is characterised in that the adjustable support member includes：Axle sleeve, it is connected with one in the base and the supporting plate；Movable axis, in the axle sleeve, and it can be slided along the axle sleeve so that the adjustable length of the adjustable support member, its In, the movable axis is connected with another in the base and the supporting plate.
- 4. the assembled frock of heat exchanger according to claim 3, it is characterised in thatFirst locking mechanism, which includes latch and multiple positioning holes on the axle sleeve, the latch, can insert described more In any one in individual positioning hole, and the position that the latch is extend into the axle sleeve can be with the movable axis against with limit The movable axis is made to slide along the axle sleeve.
- 5. the assembled frock of heat exchanger according to claim 3, it is characterised in thatThe axle sleeve is rotatably coupled with one in the base and the supporting plate；And/orThe movable axis is rotatably coupled with described another in the base and the supporting plate.
- 6. the assembled frock of heat exchanger according to claim 2, it is characterised in thatThe adjustable support member is connected by slidable connection structure with the supporting plate, so that the adjustable support member is to described The Support Position of supporting plate is adjustable；And/orThe adjustable support member is connected by slidable connection structure with the base, so that the adjustable support member is to the bottom The Support Position of seat is adjustable.
- 7. the assembled frock of heat exchanger according to any one of claim 1 to 6, it is characterised in that also include：First driving means, it is connected with the supporting plate, for driving the supporting plate using the structure that is rotatably connected in The heart rotates.
- 8. the assembled frock of heat exchanger according to claim 7, it is characterised in thatThe locking device and the first driving means are the same part, when the first driving means perform locking function, The supporting plate can be limited to rotate centered on the structure that is rotatably connected.
- 9. the assembled frock of heat exchanger according to any one of claim 1 to 6, it is characterised in thatThe quantity at least two of the supporting plate, the locking device is identical with the quantity of the supporting plate, and the locking Device connects one to one with the supporting plate；OrThe assembled frock of the heat exchanger also includes being used for the fixed plate for supporting heat exchanger, and the fixed plate is fixed on the base On, when the supporting plate is rotated centered on the structure that is rotatably connected, angle between the fixed plate is corresponding to be changed.
- 10. the assembled frock of heat exchanger according to any one of claim 1 to 6, it is characterised in that the base bag Include：Framework；Adjustable plate, it can slide on the framework and on said frame, wherein, the supporting plate is rotatably connected by described Binding structure is connected with the adjustable plate；Latch-up structure, it is connected with the adjustable plate and the framework, when the latch-up structure performs lock function, the adjustable plate Slip on said frame is limited.
- 11. the assembled frock of heat exchanger according to claim 10, it is characterised in thatThe latch-up structure includes threaded connector, the screwed hole on the adjustable plate and multiple on the framework Through hole, the threaded connector can be passed through in any one rear described screwed hole of screw-in in the multiple through hole, by the tune Section plate and the framework are fixed.
- 12. the assembled frock of heat exchanger according to claim 10, it is characterised in thatThe adjustable plate is identical with the quantity of the supporting plate and the latch-up structure, and the adjustable plate and the supporting plate and The latch-up structure connects one to one.
- 13. the assembled frock of heat exchanger according to claim 10, it is characterised in that also include：Second drive device, it is connected with the adjustable plate, for driving the adjustable plate to slide on said frame.
- 14. the assembled frock of heat exchanger according to claim 13, it is characterised in thatThe latch-up structure and second drive device are the same part, when second drive device performs lock function, The adjustable plate can be limited to slide on said frame.
- 15. the assembled frock of heat exchanger according to any one of claim 1 to 6, it is characterised in that also include：Roller, on the base.
- 16. the assembled frock of heat exchanger according to claim 15, it is characterised in thatThe quantity of the roller is multiple, and including at least two directional wheels located at described base one end and located at the base Two universal wheels of the other end.
- 17. the assembled frock of heat exchanger according to any one of claim 1 to 6, it is characterised in thatThe width of the supporting plate for the heat exchanger width 60% and more than；And/orThe plate face for being used to carry the heat exchanger of the supporting plate is provided with cushion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720816731.2U CN207057962U (en) | 2017-07-07 | 2017-07-07 | The assembled frock of heat exchanger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720816731.2U CN207057962U (en) | 2017-07-07 | 2017-07-07 | The assembled frock of heat exchanger |
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| Publication Number | Publication Date |
|---|---|
| CN207057962U true CN207057962U (en) | 2018-03-02 |
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| CN201720816731.2U Active CN207057962U (en) | 2017-07-07 | 2017-07-07 | The assembled frock of heat exchanger |
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| CN (1) | CN207057962U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107175487A (en) * | 2017-07-07 | 2017-09-19 | 广东美的暖通设备有限公司 | The assembled frock of heat exchanger |
| CN111604860A (en) * | 2020-06-05 | 2020-09-01 | 付心怡 | Diversified fixed frock clamp of speed reducer equipment |
| CN112474215A (en) * | 2020-11-30 | 2021-03-12 | Oppo（重庆）智能科技有限公司 | Dispensing jig |
-
2017
- 2017-07-07 CN CN201720816731.2U patent/CN207057962U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107175487A (en) * | 2017-07-07 | 2017-09-19 | 广东美的暖通设备有限公司 | The assembled frock of heat exchanger |
| CN111604860A (en) * | 2020-06-05 | 2020-09-01 | 付心怡 | Diversified fixed frock clamp of speed reducer equipment |
| CN111604860B (en) * | 2020-06-05 | 2021-04-06 | 青岛海力达齿轮箱有限公司 | Diversified fixed frock clamp of speed reducer equipment |
| CN112474215A (en) * | 2020-11-30 | 2021-03-12 | Oppo（重庆）智能科技有限公司 | Dispensing jig |
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