CN209310092U - Combined baking room - Google Patents
Combined baking room Download PDFInfo
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- CN209310092U CN209310092U CN201822109066.0U CN201822109066U CN209310092U CN 209310092 U CN209310092 U CN 209310092U CN 201822109066 U CN201822109066 U CN 201822109066U CN 209310092 U CN209310092 U CN 209310092U
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Abstract
The utility model discloses a kind of combined baking rooms, including heat source；Multiple baking rooms being connected to by pipeline with the heat source；The pipeline includes the heating agent return line that the heat source is back to by heating agent intake line that the high temperature heating agent of the heat source is delivered in the heat exchanger of the baking room and by the heating agent after heat exchange, the pipeline further includes the heating agent return main road that the heating agent being connected to the heat source inputs main line and is connected to the heat source, the heating agent intake line is the branch line being connected on the heating agent input main line, and the heating agent return line is the branch line for being connected to heating agent return main road；The combined baking room of the utility model is that multiple baking rooms convey thermal energy by pipe network using a heat source, by the heat exchanger in heat transmission to baking room in the form of heating agent, to achieve the purpose that central heating；This kind of mode saves heating cost, and equipment arranges that occupied area is small.
Description
Technical field
The utility model relates to heating systems, heating installation technical field, and in particular to a kind of combined baking room.
Background technique
Boiler is used as always the main heating source of heating system, and the thermal energy mainly obtained using the burning energy is in boiler
Water or other fluids heated in the form of heat transfer, the water or other fluids after heating carry very high thermal energy, should
Segment fluid flow is referred to as heating agent；Heating agent in the prior art mainly includes steam, hot water etc..
In heating system, user terminal (needing hot end) can be generally connected to by pipeline with heat source (boiler), in the control of valve group
Under, boiler constantly can convey heating agent to user terminal, and after heating agent is delivered to user terminal, it generally requires and heat friendship is installed in user terminal
Parallel operation carries out heat transfer to the fluid in heat exchanger using heat exchange/heat radiation form, in heat transfer rear heat exchange
Thermal energy can gradually diffuse to interior, to improve the bulk temperature of indoor environment.
Above-mentioned heat exchanger is usually all using heat exchanger, and the tube side and boiler of heat exchanger are changed by pipeline connection
The shell side of hot device then fills flowing water, and final heating agent delivers heat in the water in shell side, and carries out heat with room air
Exchange, to have the function that heating.
In the prior art, individual heat source can be all arranged in most users end, i.e. a heat source is arranged in a user, especially
In the industrial crops drying field such as jujube, fructus lycii, day lily, walnut, Chinese medicine, in order to improve drying effect, can be
A miniature boiler is arranged in each baking room, and design in this way substantially increases drying cost and increases field device
Arrangement complexity, occupied area is very big.
A heat source has been had already appeared in the prior art and has been connected to the structure of multiple baking rooms, although solving occupied area
Problem, still, line layout are not reasonable, no matter from stability or resource rationally using upper, be all unable to satisfy the modern times
Change the requirement of enterprise.
Utility model content
The purpose of the utility model is to provide a kind of structure novels, the combined baking that transmission of heat is good, energy saving
Stove room.
To achieve the goals above, the utility model provides the following technical solutions:
Combined baking room disclosed by the utility model, comprising:
Heat source；
Multiple baking rooms being connected to by pipeline with the heat source；
Heat exchanger is installed, the heat source is connected by the heat exchanger in pipeline and the baking room in the baking room
It is logical；
The heat source is boiler；
The pipeline includes that heating agent that the high temperature heating agent of the heat source is delivered in the heat exchanger of the baking room is defeated
Enter pipeline and the heating agent after heat exchange be back to the heating agent return line of the heat source, the pipeline further include with it is described
The heating agent return main road that the heating agent of heat source connection inputs main line and is connected to the heat source, the heating agent intake line
To be connected to the branch line that the heating agent inputs on main line, the heating agent return line is to be connected to the heating agent reflux master
Branch line on pipeline；
The junction of at least described heating agent input main line and the heat source is equipped with heat insulation module；
The junction of at least described heating agent intake line, heating agent return line and the heat exchanger is equipped with support group
Part；
Valve group is installed, the heating agent intake line controls connected state by the valve group on the heating agent intake line
State；
Branch component is communicated on the heating agent intake line；
The branch component of the heating agent intake line to by the heating agent in heating agent intake line input the heat exchanger,
Or the heating agent in heating agent intake line is discharged.
Further, the branch component on the heating agent intake line includes the first branch and second branch；
The first branch is in parallel with the heating agent intake line of the valve group connectivity part, and is equipped in the first branch
Control the first valve of the first branch connected state；
The input terminal of the second branch is connected to the process downstream of the valve group and the output end of the second branch prolongs
It extends at waste water collection device, the second valve for controlling the second branch connected state is installed in the second branch.
Further, the valve group includes the gate valve being installed on the heating agent intake line and is installed on the heat
On matchmaker's intake line and it is controlled by the motor valve of peripheral control unit.
Further, the heating agent return line is formed with the cold fluid discharge for extending heating agent return main road
Pipe；
The heating agent return line, which is located on the pipeline of heating agent return main road process upstream, is equipped with third valve, institute
State connection of the third valve to control the heating agent return line Yu heating agent return main road；
The heating agent return line, which is located on the pipeline of heating agent return main road process downstream, is equipped with the 4th valve, institute
State the circulation status when discharge cold fluid of heating agent return line described in third valve and the 4th valve co- controlling.
Further, the heat insulation module includes the casing being set in outside the heating agent input main line and is embedded in
Described sleeve pipe inner wall and the heat preservation rock pad for being wrapped in the heating agent input main line outer wall；
The length of the heat insulation module is not less than 500mm.
Further, the support component includes the support base fixed with ground or baking room wall and is fixed on
The multiple clips being arranged side by side on the support base；
The part that the heating agent intake line and the heating agent return line are placed in outside the heat exchanger is supported in
It is fixed on the support base and by the clip.
Further, the support base includes with pipeline contact and supporting the support plate of pipeline, and the support plate passes through three
Angle support frame and baking room wall or ground are connected.
Further, the heat exchanger selects the heat exchanger of model GL-4X14-1160, and the heat exchanger is outer
Shell uses aluminum material, and the heat exchange area of the heat exchanger is not less than 120 ㎡.
Further, the room body of the baking room is color steel plate, and the color steel plate is compounded with heat insulation core material, the heat preservation
Core material is the rock wool that thickness is not less than 50mm, and the thickness of the color steel plate is not less than 0.4mm.
Further, the heat source selects one ton of gas-vapo(u)r boiler.
In the above-mentioned technical solutions, combined baking room provided by the utility model, has the advantages that
1, the combined baking room of the utility model is that multiple baking rooms convey thermal energy by pipe network using a heat source, with
The form of heating agent is by the heat exchanger in heat transmission to baking room, to achieve the purpose that central heating；This kind of mode saves confession
Warm cost, equipment arrange that occupied area is small；
2, the combined baking room of the utility model at least inputs main line and heat source in heating agent to reduce thermal losses
Junction devise heat insulation module, thermal losses is maximum at this, can reasonable energy utilization, avoid the wasting of resources；
3, the combined baking room of the utility model in order to facilitate the installation of with lay pipeline, at least in heating agent intake line and
The junction of heating agent return line and heat exchanger devises support component, can facilitate baking room inside heat exchanger installation and
Arrangement, and make pipeline arrangement more stable by above-mentioned support component.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only to record in the utility model
Some embodiments be also possible to obtain other drawings based on these drawings for those of ordinary skill in the art.
Fig. 1 is the structural schematic diagram of combined baking room provided by the embodiment of the utility model；
Fig. 2 is the structural schematic diagram of the heat insulation module of combined baking room provided by the embodiment of the utility model；
Fig. 3 is the structural schematic diagram of the support component of combined baking room provided by the embodiment of the utility model.
Description of symbols:
1, heat source；2, baking room；3, heat exchanger；4, heat insulation module；5, support component；
101, heating agent inputs main line；102, heating agent return main road；
301, heating agent intake line；302, heating agent circuit lines；303, the first branch；304, second branch；305, gate valve；
306, motor valve；307, the first valve；308, the second valve；309, third valve；310, the 4th valve；
401, casing；402, heat preservation rock pad；
501, support plate；502, clip；503, triangular support bracket.
Specific embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with attached drawing pair
The utility model is further detailed.
As shown in FIG. 1 to 3, combined baking room provided by the embodiment of the utility model, comprising:
Heat source 1；
Multiple baking rooms 2 being connected to by pipeline with heat source 1；
Heat exchanger 3 is installed, heat source 1 is connected to by pipeline with the heat exchanger 3 in baking room 2 in baking room 2；
Heat source 1 is boiler；
Pipeline include the heating agent intake line 301 being delivered to the high temperature heating agent of heat source 1 in the heat exchanger 3 of baking room 2,
And the heating agent after heat exchange is back to the heating agent return line 302 of heat source 1, pipeline further includes the heating agent being connected to heat source 1
Input main line 101 and the heating agent return main road 102 being connected to heat source 1, heating agent intake line 301 are to be connected to heating agent
The branch line on main line 101 is inputted, heating agent return line 302 is the branched pipe being connected on heating agent return main road 102
Road；
At least junction of heating agent input main line 101 and heat source 1 is equipped with heat insulation module 4；
The junction of at least heating agent intake line 301, heating agent return line 302 and heat exchanger 3 is equipped with support component
5；
Valve group is installed, heating agent intake line 301 controls connected state by valve group on heating agent intake line 301；
Branch component is communicated on heating agent intake line 301；
The branch component of heating agent intake line 301 to by heating agent intake line 301 heating agent input heat exchanger 3,
Or the heating agent in heating agent intake line 301 is discharged.
Specifically, being dried present embodiment discloses a kind of using the combined that a heat source 1 is multiple baking rooms 2 conveying thermal energy
Stove room, be different from the prior art in each baking room 2 structure of a heat source 1 is arranged, design in this way can save equipment and arrange
Occupied area, pass through pipe network and the heat insulation module 4 of pipe Net-based Design, it can be ensured that heating require reach 2 technique of baking room
It is required that.Wherein, the heat source 1 of the present embodiment is boiler, and the heating agent mainly used when boiler conveying thermal energy is steam or high temperature
Fluid forms heat exchange/heat radiation by the fluid in steam or high temperature fluid and 2 inside heat exchanger 3 of baking room, with this side
Thermal energy is transferred to the fluid in heat exchanger 3 by formula, and by the heat exchange of air in heat exchanger 3 and baking room 2, is realized and dried
Dry purpose.Wherein, the present embodiment major design is characterized by the design of pipe network, i.e., above-mentioned heating agent inputs main line 101, heating agent
Return main road 102, heating agent intake line 301 and heating agent return line 302, wherein heating agent inputs main line 101 and heating agent returns
Stream main line 102 is the main conduit line of the heating agent reflux after heating agent transmission and heat exchange, is connected to heat source 1；Above-mentioned heating agent
Intake line 301 and heating agent return line 302 are respectively communicated in above-mentioned heating agent input main line 101 and heating agent return main
Branch line on road 102, one baking room 2 of each branch pipeline connection form pipe network structure with this, by a heat source 1
It is communicated as one with multiple baking rooms 2.Since there is very high thermal energy when the heating agent of heat source 1 exports, and inputs and be responsible in heating agent
The junction thermal energy highest on road 101 and heat source 1, therefore, energy loss is also the largest at this, so, the present embodiment at least exists
Heat insulation module 4 is devised at this, to save a part of thermal energy, improves transmission of heat.In addition, being needed after pipe network is laid
In view of the Layout Problem of 2 inside heat exchanger 3 of baking room, and heat exchanger 3 mainly uses heat exchanger, is typically mounted at room
Side or be lifted on wall with the installation form of wall-hanging, therefore, it is necessary in view of the stability problem after stringing, institute
With the present embodiment at least devises support in the junction of heating agent intake line 301, heating agent return line 302 and heat exchanger 3
Component 5, to reinforce the pipeline at this.
Preferably, the branch component 5 in the present embodiment on heating agent intake line 301 includes the first branch 303 and second
Road 304；
The first branch 303 is in parallel with the heating agent intake line 301 of valve group connectivity part, and control is equipped in the first branch 303
First valve 307 of 303 connected state of the first branch processed；
The output end that the input terminal of second branch 304 is connected to the process downstream of valve group and second branch 304 extends to useless
At water collecting device, the second valve 308 of control 304 connected state of second branch is installed in second branch 304.
Wherein, above-mentioned valve group includes the gate valve 305 being installed on heating agent intake line 301 and to be installed on heating agent defeated
Enter on pipeline 301 and be controlled by the motor valve 306 of peripheral control unit.
In the present embodiment, heating agent intake line 301 can install one before the heat exchanger 3 for entering each baking room 2
Group valve group, valve group mainly include above-mentioned gate valve 305 and the motor valve 306 for being controlled by peripheral control unit.In addition, this implementation
Two branches, the respectively first branch 303 and second branch 304 have also been devised in heating agent intake line 301 in example；Wherein,
One branch 303 formed with valve group it is in parallel, when there is accident and needs to overhaul in valve group, can use the first branch 303 carry out it is defeated
Heating agent is sent, and the unlatching of the first branch 303 is controlled by the first valve 307 thereon；Second branch 304 is mainly by discarded heat
Matchmaker is emitted into the external world, and the unlatching of second branch 304 is mainly controlled by the second valve 308 thereon.
Preferably, above-mentioned heating agent return line 302 is formed with the cold fluid discharge for extending heating agent return main road 102
Pipe；Heating agent return line 302, which is located on the pipeline of 102 process upstream of heating agent return main road, is equipped with third valve 309, third valve
309 connection to control heating agent return line 302 Yu heating agent return main road 102；
Heating agent return line 302, which is located on the pipeline of 102 process downstream of heating agent return main road, is equipped with the 4th valve 310,
Circulation status when third valve 309 and 310 co- controlling heating agent return line 302 of the 4th valve discharge cold fluid.
The heating agent return line 302 of the present embodiment is also classified into two parts, and a part is connected to heating agent return main road 102
The heating agent after heat exchange to be back to the pipeline of heat source 1, another part is then to extend to outside and by the heating agent after heat exchange
Be emitted into extraneous cold fluid delivery pipe, it is stringent it is upper for cold fluid delivery pipe be heating agent return line 302 a part, not
In addition the root canal road connect.And the connected state of above-mentioned two situations relies primarily on above-mentioned third valve 309, the 4th valve 310
Switching is realized.
Preferably, in the present embodiment heat insulation module 4 include be set in heating agent input main line 101 outside casing 401, with
And embedded in 401 inner wall of casing and be wrapped in heating agent input 101 outer wall of main line heat preservation rock pad 402；The length of heat insulation module 4
Not less than 500mm.In order to reduce the thermal losses of heating agent input main line 101 and 1 junction of heat source, above-mentioned heat preservation is devised
Component 4, heat preservation relies primarily on the realization of heat preservation rock 401, and needs to guarantee the length of heat insulation module 4 not to improve heat insulation effect
Less than 500mm, and in order to further control cost, the length of heat insulation module 4 can be controlled in 1000mm or less.
Preferably, in the present embodiment support component 5 include the support base fixed with ground or 2 wall of baking room and
It is fixed on the multiple clips 502 being arranged side by side on support base；
The part that heating agent intake line 301 and heating agent return line 302 are placed in outside heat exchanger 3 is supported in support base
It goes up and passes through clip 502 and fix.
More particularly: above-mentioned support base includes with pipeline contact and supporting the support plate 501 of pipeline, support plate 501
It is connected by triangular support bracket 503 and 2 wall of baking room or ground.
Preferably, heat exchanger 3 selects the heat exchanger of model GL-4X14-1160 in the present embodiment, and heat exchanger is outer
Shell uses aluminum material, and the heat exchange area of heat exchanger is not less than 120 ㎡.
Wherein, the room body of above-mentioned baking room 2 is color steel plate, and color steel plate is compounded with heat insulation core material, and heat insulation core material is thickness
Degree is not less than the rock wool of 50mm, and the thickness of color steel plate is not less than 0.4mm.Heat source 1 selects one ton of gas-vapo(u)r boiler.
In the above-mentioned technical solutions, combined baking room provided by the utility model, has the advantages that
The combined baking room of the utility model is that multiple baking rooms 2 convey thermal energy by pipe network using a heat source 1, with
The form of heating agent is by the heat exchanger 3 in heat transmission to baking room 2, to achieve the purpose that central heating；This kind of mode is saved
Heat cost, and equipment arranges that occupied area is small；
The combined baking room of the utility model is in order to reduce thermal losses, at least in heating agent input main line 101 and heat
The junction in source 1 devises heat insulation module 4, and thermal losses is maximum at this, can reasonable energy utilization, avoid the wasting of resources；
The combined baking room of the utility model in order to facilitate the installation of with lay pipeline, at least in heating agent intake line 301
Support component 5 is devised with the junction of heating agent return line 302 and heat exchanger 3,2 inside heat exchanger of baking room can be facilitated
3 installation and arrangement, and make pipeline arrangement more stable by above-mentioned support component 5.
It is above that certain exemplary embodiments of the utility model are only described by way of explanation, undoubtedly, for
Those skilled in the art can be with a variety of different without departing from the spirit and scope of the utility model
Mode is modified described embodiment.Therefore, above-mentioned attached drawing and description are regarded as illustrative in nature, and should not be construed as
Limitation to the utility model claims protection scope.
Claims (10)
1. combined baking room characterized by comprising
Heat source (1)；
Multiple baking rooms (2) being connected to by pipeline with the heat source (1)；
It is equipped with heat exchanger (3) in the baking room (2), the heat source (1) passes through the heat in pipeline and the baking room (2)
Exchanger (3) connection；
The heat source (1) is boiler；
The pipeline includes the heat being delivered to the high temperature heating agent of the heat source (1) in the heat exchanger (3) of the baking room (2)
Matchmaker's intake line (301) and the heating agent return line (302) that the heating agent after heat exchange is back to the heat source (1), it is described
Pipeline further includes heating agent input main line (101) being connected to the heat source (1) and the heating agent being connected to the heat source (1)
Return main road (102), the heating agent intake line (301) are the branch being connected on heating agent input main line (101)
Pipeline, the heating agent return line (302) are the branch line being connected on heating agent return main road (102)；
The junction of at least described heating agent input main line (101) and the heat source (1) is equipped with heat insulation module (4)；
It installs the junction of at least described heating agent intake line (301), heating agent return line (302) and the heat exchanger (3)
There are support component (5)；
Valve group is installed, the heating agent intake line (301) is controlled by the valve group to be connected on the heating agent intake line (301)
Logical state；
Branch component is communicated on the heating agent intake line (301)；
The branch component of the heating agent intake line (301) is to input the heat for the heating agent in heating agent intake line (301)
Heating agent in heating agent intake line (301) is discharged exchanger (3).
2. combined baking room according to claim 1, which is characterized in that the branch on the heating agent intake line (301)
Road component includes the first branch (303) and second branch (304)；
The first branch (303) is in parallel with heating agent intake line (301) of the valve group connectivity part, and the first branch
(303) the first valve (307) for controlling the first branch (303) connected state is installed on；
The input terminal of the second branch (304) is connected to the defeated of the process downstream of the valve group and the second branch (304)
Outlet extends at waste water collection device, and control second branch (304) connected state is equipped on the second branch (304)
The second valve (308) of state.
3. combined baking room according to claim 1 or 2, which is characterized in that the valve group includes being installed on the heat
It gate valve (305) on matchmaker's intake line (301) and is installed on the heating agent intake line (301) and is controlled by external control
The motor valve (306) of device processed.
4. combined baking room according to claim 1, which is characterized in that the heating agent return line (302) is formed with
Extend the cold fluid delivery pipe on heating agent return main road (102)；
The heating agent return line (302), which is located on the pipeline of heating agent return main road (102) process upstream, is equipped with
Three valves (309), the third valve (309) is to control the heating agent return line (302) and heating agent return main road
(102) connection；
The heating agent return line (302), which is located on the pipeline of heating agent return main road (102) process downstream, is equipped with
Heating agent return line (302) described in four valves (310), the third valve (309) and the 4th valve (310) co- controlling discharges cold fluid
When circulation status.
5. combined baking room according to claim 1, which is characterized in that the heat insulation module (4) includes being set in institute
It states the external casing (401) of heating agent input main line (101) and is embedded in described sleeve pipe (401) inner wall and is wrapped in the heat
The heat preservation rock pad (402) of matchmaker's input main line (101) outer wall；
The length of the heat insulation module (4) is not less than 500mm.
6. combined baking room according to claim 1, which is characterized in that the support component (5) include with ground or
The support base and be fixed on the multiple clips (502) being arranged side by side on the support base that person's baking room (2) wall is fixed；
The heating agent intake line (301) and the heating agent return line (302) are placed in the external part of the heat exchanger (3)
It is supported on the support base and fixed by the clip (502).
7. combined baking room according to claim 6, which is characterized in that the support base includes and pipeline contact and props up
The support plate (501) on stay tube road, the support plate (501) are solid by triangular support bracket (503) and baking room (2) wall or ground
Even.
8. combined baking room according to claim 1, which is characterized in that the heat exchanger (3) selects model GL-
The heat exchanger of 4X14-1160, and the shell of the heat exchanger uses aluminum material, the heat exchange area of the heat exchanger is not small
In 120 ㎡.
9. combined baking room according to claim 1, which is characterized in that the room body of the baking room (2) is color steel plate,
And the color steel plate is compounded with heat insulation core material, the heat insulation core material is the rock wool that thickness is not less than 50mm, the thickness of the color steel plate
Degree is not less than 0.4mm.
10. combined baking room according to claim 1, which is characterized in that the heat source (1) selects one ton of gas-vapo(u)r
Boiler.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822109066.0U CN209310092U (en) | 2018-12-14 | 2018-12-14 | Combined baking room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822109066.0U CN209310092U (en) | 2018-12-14 | 2018-12-14 | Combined baking room |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209310092U true CN209310092U (en) | 2019-08-27 |
Family
ID=67677110
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822109066.0U Expired - Fee Related CN209310092U (en) | 2018-12-14 | 2018-12-14 | Combined baking room |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209310092U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111396959A (en) * | 2020-04-22 | 2020-07-10 | 宁波奥克斯电气股份有限公司 | Floor heating module and floor heating equipment |
-
2018
- 2018-12-14 CN CN201822109066.0U patent/CN209310092U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111396959A (en) * | 2020-04-22 | 2020-07-10 | 宁波奥克斯电气股份有限公司 | Floor heating module and floor heating equipment |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190827 Termination date: 20211214 |
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| CF01 | Termination of patent right due to non-payment of annual fee |