CN207455721U - A kind of efficient radiator device for heat supply - Google Patents
A kind of efficient radiator device for heat supply Download PDFInfo
- Publication number
- CN207455721U CN207455721U CN201721488456.2U CN201721488456U CN207455721U CN 207455721 U CN207455721 U CN 207455721U CN 201721488456 U CN201721488456 U CN 201721488456U CN 207455721 U CN207455721 U CN 207455721U
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- China
- Prior art keywords
- water
- installing plate
- radiating
- radiating subassembly
- center housing
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- Heat-Exchange Devices With Radiators And Conduit Assemblies (AREA)
Abstract
The utility model is related to a kind of efficient radiator devices for heat supply.Including left side installing plate and right side installing plate；Clamping is equipped with multiple radiating subassemblies therebetween, between the two groups equipped with water knockout drum and water collector；Connecting hole is offered at the edge of two installing plates, upper threaded rod, middle threaded rod, lower threaded rod are equipped between connecting hole；Radiating subassembly includes center housing, and on its external wall equipped with radiating fin, the connecting tube penetrated through with the inner cavity of center housing is equipped in the both ends of the surface of center housing；Mounting hole is offered on the plate body of two installing plates and equipped with sleeve, two connecting tubes point of radiating subassembly are located in sleeve；Water knockout drum includes a water inlet and multiple water outlets, and water inlet is connected to water supply pipe, and each water outlet is connected to the homonymy connecting tube of each radiating subassembly by water pipe；Water collector includes a water outlet and multiple water inlets, and water outlet is connected to water return pipeline, and each water inlet is connected to the opposite side connecting tube of each radiating subassembly by water pipe.
Description
Technical field
The utility model belongs to heating equipment technical field more particularly to a kind of efficient radiator device for heat supply.
Background technology
In heating system, heat sink arrangement is that more one of the ost important components, radiator are used for pipeline medium
The heat of carrying is dispersed into the environment of surrounding, promotes the temperature of ambient enviroment, is that the heat of heating agent is transmitted to indoor one
Kind end-equipment, it has also become indispensable component in life.It is contemplated that radiating efficiency is the important of heat sink arrangement
Index feature, the quality of performance, the China of appearance is plain, the problems such as being directly related to the security used, economy and dicoration.
Existing heat sink arrangement generally comprises multiple units in parallel or in series, and each unit is included with water storage cavity
Cylindricality heat exchanger cylinder, hot water is finally discharged from water inlet into then flowing through each heat exchanger cylinder by discharge outlet, in external heating
Medium circulation access is formed under the action of pipeline and water pump, the heat in medium changes at the outer wall of heat exchanger cylinder with room air
Heat.
The heat sink arrangement of said structure there are heat exchange efficiency it is low the problem of, access external agency pipeline after, hot water one
As water inlet from below enter, flow up through and discharged again by the discharge outlet for being arranged on top after water storage cavity, velocity of medium compared with
Slowly, although and heat exchanger cylinder outer wall be made as far as possible it is arc-shaped to increase heat exchange area, monotubular or the composition of more
Form is still difficult to the requirement for meeting high-power heat-dissipation.It is fixed in addition, the heat sink arrangement of said structure generally dispatches from the factory, it can not
Mounting and adjusting when participating in the cintest is carried out, this brings problem for the versatility of heat sink arrangement.In terms of maintenance, existing radiator is also deposited
In some problems, needed after much time using to it is internal or it is whole carry out dismounting cleaning when, fixed structure without
Method realizes above-mentioned clean operation.
Utility model content
The utility model provides a kind of dimension simple in structure, easy to disassemble to solve technical problem present in known technology
The efficient radiator device for heat supply that shield, radiating efficiency are high, integral heat sink power can be adjusted.
The utility model is adopted the technical scheme that solve technical problem present in known technology：One kind is used to supply
The efficient radiator device of heat includes the left side installing plate being oppositely arranged and right side installing plate, and in left side, the bottom of installing plate is equipped with
Left lower margin is equipped with right lower margin in the bottom of right side installing plate；In left side, installing plate and right side installing plate clamp installation between the two
Have multiple radiating subassemblies, multiple radiating subassemblies are divided into two groups of front and rear setting, be equipped between two groups of radiating subassemblies water knockout drum and
Water collector；In left side, the edge of both installing plate and right side installing plate plate body offers connecting hole, top connecting hole it
Between be equipped with upper threaded rod, middle part connecting hole between be equipped with middle threaded rod, lower part connecting hole between be equipped with lower threaded rod, each
The both ends of threaded rod are equipped with locknut；Radiating subassembly includes positioned at middle part, cylindrical center housing, in the outer of center housing
Multiple equidistant radiating fins are in axial direction equipped on wall, two of concentrically line are equipped in the both ends of the surface of center housing
The connecting tube penetrated through with the inner cavity of center housing, the center line of connecting tube and the center line of center housing be not conllinear；Pacify in left side
The corresponding position of both loading board and right side installing plate plate body offers mounting hole and equipped with sleeve, two connecting tube of radiating subassembly
It is located at respectively in the sleeve of both left side installing plate and right side installing plate；Water knockout drum includes a water inlet and multiple water outlets,
Its water inlet is connected to water supply pipe, and each water outlet is respectively connected to the homonymy connecting tube of each radiating subassembly by water pipe；It catchments
Device includes a water outlet and multiple water inlets, and water outlet is connected to water return pipeline, and each water inlet is connected respectively by water pipe
To the opposite side connecting tube of each radiating subassembly.
The advantages of the utility model and good effect are：The utility model provides a kind of use of structure design advantages of simple
It is multiple independent by setting in the technical program compared with existing heat sink arrangement in the efficient radiator device of heat supply
Radiating subassembly is clamped between left side installing plate and right side installing plate and two installing plates is set to use upper, middle and lower three
The installation of shaft locknut is fixed, and be ensure that the convenience of entire heat sink arrangement dismounting, was both also allowed for the later stage convenient for assembling
Dismounting safeguard.Above-mentioned removable structure also makes the versatility enhancing of heat sink arrangement when in use, you can with according to project
The heat radiation power demand selection on ground sets the radiating subassembly of respective numbers.Since each radiating subassembly is all horizontal positioned, and point
Hydrophone and water collector are respectively used to synchronisation source water and supply water and synchronous tail water return water, ensure that the flow of medium in each radiating subassembly compared with
Greatly, the efficiency of heat dissipation is directly improved.The structure of the center housing peripheral hardware radiating fin of radiating subassembly further improves heat dissipation
Efficiency and ensure that the uniformity of heat dissipation.
Preferably：Water knockout drum is identical with the structure of both water collectors, is processed and is made using Al alloy block；In Al alloy block
Main channel and multiple subchannels with main channel perforation are inside machined with, the outer end of the main channel of water knockout drum is for water inlet and equipped with pipe
Connector, the outer end of each subchannel are water outlet, and the outer end of the main channel of water collector is for water outlet and equipped with pipe fitting, each subchannel
Outer end be water inlet.
Preferably：Each water inlet of each water outlet, water collector, the connecting tube outer end of each radiating subassembly in water knockout drum are all provided with
There is connection end, the end of each water pipe is docked with corresponding connection end and connected.
Preferably：Water collector is located at the top of water knockout drum, and the pipe fitting of water collector is located at top, the pipe fitting position of water knockout drum
In bottom.
Preferably：Left lower margin and right lower margin be angle steel, is respectively welded and is fixed on left side installing plate and right side installing plate
Bottom；Fixed holdfast is equipped on left lower margin and right lower margin.
Preferably：Each component and connecting tube of radiating subassembly are aluminum alloy material.
Preferably：The outer diameter of the center housing of radiating subassembly is 15cm to 20cm；Radiating fin is circular shape and outer diameter
For 23cm to 27cm, thickness is that the distance between 2mm to 5mm, two neighboring radiating fin is 10mm to 20mm；Center housing
With connecting tube between the two center line eccentricity be 15mm to 20mm.
Description of the drawings
Fig. 1 is the main structure diagram of the utility model；
Fig. 2 is the side view half section structure diagram of the utility model.
In figure：1st, left lower margin；2nd, lower threaded rod；3rd, middle threaded rod；4th, locknut；5th, upper threaded rod；6th, left side installing plate；7、
Radiating subassembly；7-1, center housing；7-2, radiating fin；8th, right side installing plate；9th, connecting tube；10th, sleeve；11st, right lower margin；
12nd, water knockout drum；13rd, water pipe；14th, water collector.
Specific embodiment
For that can further appreciate that the invention, features and effects of the utility model, hereby lift following embodiment and be described in detail
It is as follows：
Fig. 1 and Fig. 2 are referred to, the efficient radiator device for heat supply of the utility model includes the left side being oppositely arranged
Installing plate 6 and right side installing plate 8, in left side, the bottom of installing plate 6 is equipped with left lower margin 1, is equipped with the right side in the bottom of right side installing plate 8
Lower margin 11.In the present embodiment, left lower margin 1 and right lower margin 11 are angle steel, are respectively welded and are fixed on left side installing plate 6 and right side
The bottom of installing plate 8；Fixed holdfast is equipped on left lower margin 1 and right lower margin 11, for earthward or mounting bracket is enterprising
Row is fixed.
In left side, installing plate 6 and right side installing plate 8 clamp between the two is equipped with multiple radiating subassemblies 7, multiple heat dissipation groups
Part 7 is divided to two groups for front and rear setting, and water knockout drum 12 and water collector 14 are equipped between two groups of radiating subassemblies 7.
In left side, the edge of both installing plate 6 and right side installing plate 8 plate body offers connecting hole, the connecting hole on top
Between be equipped with upper threaded rod 5, middle part connecting hole between be equipped with middle threaded rod 3, lower part connecting hole between be equipped with lower threaded rod
2, locknut 4 is equipped at the both ends of each threaded rod, three threaded rods and locknut 4 are used for left side installing plate 6 and right side installing plate 8
Carry out horizontal locking.
Radiating subassembly 7 includes positioned at middle part, cylindrical center housing 7-1, along axis on the outer wall of center housing 7-1
Be equipped with multiple equidistant radiating fin 7-2 to direction, be equipped in the both ends of the surface of center housing 7-1 concentrically two of line with
The connecting tube 9 of the inner cavity perforation of center housing 7-1, the center line of connecting tube 9 be not conllinear with the center line of center housing 7-1.This
In embodiment, the outer diameter of the center housing 7-1 of radiating subassembly 7 is 15cm to 20cm, is preferably 18cm；Radiating fin 7-2 is circle
Shape shape and outer diameter are 23cm to 27cm, are preferably 25cm, and thickness is 2mm to 5mm, preferably 3mm, two neighboring radiating fin
The distance between 7-2 is 10mm to 20mm, is preferably 15mm；The bias of center housing 7-1 and connecting tube 9 center line between the two
Away from for 15mm to 20mm, being preferably 20mm.
In terms of material, each component of radiating subassembly 7 and connecting tube 9 are aluminum alloy material in the present embodiment.
In left side, the corresponding position of both installing plate 6 and right side installing plate 8 plate body offers mounting hole and is equipped with sleeve 10,
Two connecting tubes 9 of radiating subassembly 7 are located at respectively in the sleeve 10 of both left side installing plate 6 and right side installing plate 8.
Water knockout drum 12 includes a water inlet and multiple water outlets, and water inlet is connected to water supply pipe, and each water outlet leads to
Cross the homonymy connecting tube 9 that water pipe 13 is respectively connected to each radiating subassembly 7；Water collector 14 includes a water outlet and multiple water inlets
Mouthful, water outlet is connected to water return pipeline, and the opposite side that each water inlet is respectively connected to each radiating subassembly 7 by water pipe 13 connects
Pipe 9.
In the present embodiment, water knockout drum 12 is identical with the structure of both water collectors 14, is processed and is made using Al alloy block.
Main channel and multiple subchannels with main channel perforation are machined in Al alloy block, the outer end of the main channel of water knockout drum 12 is water inlet
Mouthful and equipped with pipe fitting, each subchannel outer end be water outlet；The outer end of the main channel of water collector 14 is for water outlet and equipped with pipe
Connector, the outer end of each subchannel are water inlet.
Further, each water outlet in water knockout drum 12, each water inlet of water collector 14, the connecting tube of each radiating subassembly 7
9 outer ends are equipped with connection end, and the end of each water pipe 13 is docked with corresponding connection end to be connected.Connection end can be carried
The end of the diversified forms such as the plug-in type of gasket, screw connected should ensure that docking is water-tight after connecting.
As shown in FIG., water collector 14 is located at the top of water knockout drum 12, and the pipe fitting of water collector 14 is located at top, water knockout drum
12 pipe fitting is located at bottom.
Claims (7)
1. a kind of efficient radiator device for heat supply, it is characterized in that：Including the left side installing plate (6) being oppositely arranged and right side
Installing plate (8), in left side, the bottom of installing plate (6) is equipped with left lower margin (1), is equipped with right lower margin in the bottom of right side installing plate (8)
(11)；In left side, installing plate (6) and right side installing plate (8) clamp between the two is equipped with multiple radiating subassemblies (7), multiple heat dissipations
Component (7) is divided into two groups of front and rear setting, and water knockout drum (12) and water collector (14) are equipped between two groups of radiating subassemblies (7)；
The edge of both left side installing plate (6) and right side installing plate (8) plate body offers connecting hole, is set between the connecting hole on top
Have upper threaded rod (5), middle part connecting hole between be equipped with middle threaded rod (3), lower part connecting hole between be equipped with lower threaded rod
(2), locknut (4) is equipped at the both ends of each threaded rod；
Radiating subassembly (7) includes positioned at middle part, cylindrical center housing (7-1), the edge on the outer wall of center housing (7-1)
Axial direction is equipped with multiple equidistant radiating fins (7-2), equipped with concentrically line in the both ends of the surface of center housing (7-1)
Two connecting tubes (9) penetrated through with the inner cavity of center housing (7-1), the center line of connecting tube (9) in center housing (7-1)
Heart line is not conllinear；In left side, the corresponding position of both installing plate (6) and right side installing plate (8) plate body offers mounting hole and is equipped with
Sleeve (10), two connecting tubes (9) of radiating subassembly (7) are located at both left side installing plate (6) and right side installing plate (8) respectively
In sleeve (10)；
Water knockout drum (12) includes a water inlet and multiple water outlets, and water inlet is connected to water supply pipe, and each water outlet passes through
Water pipe (13) is respectively connected to the homonymy connecting tube (9) of each radiating subassembly (7)；Water collector (14) includes a water outlet and multiple
Water inlet, water outlet are connected to water return pipeline, and each water inlet is respectively connected to the another of each radiating subassembly (7) by water pipe (13)
One side connecting tube (9).
2. the efficient radiator device of heat supply is used for as described in claim 1, it is characterized in that：Water knockout drum (12) and water collector
(14) structure of the two is identical, is processed and is made using Al alloy block；Main channel and multiple and master are machined in Al alloy block
The subchannel of passage perforation, the outer end of the main channel of water knockout drum (12) is for water inlet and equipped with pipe fitting, the outer end of each subchannel
For water outlet, the outer end of the main channel of water collector (14) is water outlet and is water inlet equipped with pipe fitting, the outer end of each subchannel.
3. the efficient radiator device of heat supply is used for as claimed in claim 2, it is characterized in that：In each water outlet of water knockout drum (12)
Mouth, connecting tube (9) outer end of each water inlet of water collector (14), each radiating subassembly (7) are equipped with connection end, each water pipe (13)
End and corresponding connection end docking connect.
4. the efficient radiator device of heat supply is used for as claimed in claim 3, it is characterized in that：Water collector (14) is located at water knockout drum
(12) top, the pipe fitting of water collector (14) are located at top, and the pipe fitting of water knockout drum (12) is located at bottom.
5. if Claims 1-4 any one of them is used for the efficient radiator device of heat supply, it is characterized in that：Left lower margin (1) and
Right lower margin (11) is angle steel, and the bottom for being fixed on left side installing plate (6) and right side installing plate (8) is respectively welded；In left lower margin
(1) and on right lower margin (11) it is equipped with fixed holdfast.
6. if Claims 1-4 any one of them is used for the efficient radiator device of heat supply, it is characterized in that：Radiating subassembly (7)
Each component and connecting tube (9) be aluminum alloy material.
7. if Claims 1-4 any one of them is used for the efficient radiator device of heat supply, it is characterized in that：Radiating subassembly (7)
Center housing (7-1) outer diameter be 15cm to 20cm；Radiating fin (7-2) is circular shape and outer diameter is 23cm to 27cm,
Thickness is that the distance between 2mm to 5mm, two neighboring radiating fin (7-2) is 10mm to 20mm；Center housing (7-1) is with connecting
Take over (9) between the two center line eccentricity be 15mm to 20mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721488456.2U CN207455721U (en) | 2017-11-09 | 2017-11-09 | A kind of efficient radiator device for heat supply |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721488456.2U CN207455721U (en) | 2017-11-09 | 2017-11-09 | A kind of efficient radiator device for heat supply |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207455721U true CN207455721U (en) | 2018-06-05 |
Family
ID=62254710
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721488456.2U Expired - Fee Related CN207455721U (en) | 2017-11-09 | 2017-11-09 | A kind of efficient radiator device for heat supply |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207455721U (en) |
-
2017
- 2017-11-09 CN CN201721488456.2U patent/CN207455721U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180605 Termination date: 20211109 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |