CN206410593U - A kind of cogeneration heat exchange intelligent energy-saving device - Google Patents
A kind of cogeneration heat exchange intelligent energy-saving device Download PDFInfo
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- CN206410593U CN206410593U CN201620711927.0U CN201620711927U CN206410593U CN 206410593 U CN206410593 U CN 206410593U CN 201620711927 U CN201620711927 U CN 201620711927U CN 206410593 U CN206410593 U CN 206410593U
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Abstract
The utility model discloses a kind of cogeneration heat exchange intelligent energy-saving device, including heat conducting pipe and it is arranged on the support at described heat conducting pipe two ends, through hole is provided with the middle part of described heat conducting pipe, described through hole is set along described heat conducting pipe length direction, woven hose is provided with described through hole, support is respectively arranged with described heat conducting pipe two ends, described support includes the intermediate plate for being arranged on the side plate at two ends and being arranged between two side plates, described side plate is provided with the first groove of semicircular in shape towards described intermediate plate side, the second groove of semicircular in shape is provided with described intermediate plate and the opposite end face of described side plate, the first described groove is corresponding with the position of the second described groove and quantity, the utility model is by using the supporting structure being spliced to form, being made and connecting to heat conducting pipe can be realized, use seal ring structure simultaneously, sealing position is not easy aging, the problems such as being not easy expansion blast occur, structure is relatively reliable.
Description
Technical field
The utility model is related to a kind of cogeneration heat exchange intelligent energy-saving device；Belong to energy-saving field.
Background technology
The existing heat exchange heated structure for cogeneration is when for flue gas heat exchange containing particulate matter, easily
The problem of being collided due to solid particulate matter causes expansion to be exploded, simultaneously because heat conduction pipe structure, which is completely fixed, is connected to support knot
On structure, structure is not easily controlled, the problem of easily leaking, during for high-temperature flue gas use, and sealing structure is held
Easy aging, is very limited structure service life, also, heat conduction pipe structure easily corrodes.
The content of the invention
The purpose of this utility model is to provide a kind of cogeneration heat exchange intelligent energy-saving device and its installation method,
The problem of prior art is present can be improved, by using the supporting structure being spliced to form, can realize and heat conducting pipe is made
And connection, while using seal ring structure, while realizing overall sealing, sealing position is not easy aging, and for
When flue gas containing solid particulate matter carries out heat exchange, it is not easy to which the problems such as expansion blast occur, structure is relatively reliable.
The utility model is achieved through the following technical solutions：
A kind of cogeneration heat exchange intelligent energy-saving device, including heat conducting pipe and it is arranged on described heat conducting pipe two ends
Support, is provided with through hole, described through hole is set along described heat conducting pipe length direction, described in the middle part of described heat conducting pipe
Through hole in be provided with woven hose, be respectively arranged with support at described heat conducting pipe two ends, described support includes being arranged on two
The side plate at end and the intermediate plate being arranged between two side plates, described side plate are provided with half towards described intermediate plate side
The first circular groove, second that semicircular in shape is provided with the described intermediate plate end face opposite with described side plate is recessed
Groove, the first described groove is corresponding with the position of the second described groove and quantity, described side plate and described intermediate plate
When opposite end face is bonded to each other, described heat conducting pipe is connected to the first described groove and the circle of described the second groove formation
In shape cavity, seal groove is respectively arranged with the middle part of the first described groove and the second described groove, described seal groove
The both sides side wedge shaped face of wall, is provided with the sealing ring in semi-annular shape in described seal groove, and described sealing ring is brass
It is made, a side end face of described sealing ring is arcwall face, and another side end face of described sealing ring is plane, on described side
Screwed hole is respectively arranged with plate and described intermediate plate, fastening bolt is respectively arranged with described screwed hole, it is described
Fastening bolt is threaded in described screwed hole respectively, and described fastening bolt end top pressure is in the flat of described sealing ring
On the side end face of face one, described heat conducting pipe is the hollow circular pipe that graphite is made, and described woven hose is copper into described
Outer ledge is set with support frame in the middle part of heat conducting pipe, and described support frame is made up of ceramics, and described support frame is towards described
Heat conducting pipe direction is provided with the support slot in semicircle shape, and described heat conducting pipe is connected to institute towards described support frame side edge
In the support slot stated, screwed hole is provided with described support frame, carrying bolt is provided with described screwed hole, it is described
Carrying bolt run through described support frame, described carrying bolt end is located on the inside of described support slot and top pressure is described
Heat conduction pipe outer wall on, be provided with connection side on the side plate described in 2, described connection side is respectively by bolt by 2 institutes
The side plate stated is connected with each other, and fixing groove is respectively arranged with the end face of described side plate and described intermediate plate homonymy, described
Connection checkpost be connected on the inside of described fixing groove.
Further, for the utility model is better achieved, described heat conducting pipe includes the first body and is arranged on described
The first body below the second body, be respectively arranged with described the first body and the opposite end face of the second described body
Groove formation groove structure.
Further, for the utility model is better achieved, the heat conduction arranged at equal intervals is provided with described through hole
Groove, is provided with thermal-arrest blade in described transfusion pipe outer wall, and described thermal-arrest blade is respectively engaged with corresponding thermal trough.
Further, it is opposite in the first described body and the second described body for the utility model is better achieved
End face on be provided with seal section, be provided with the second described body end face opposite with the first described body for blocking
Connect the neck of described seal section.
The utility model compared with prior art, has the advantages that：
(1) heat conducting pipe is made by using graphite in the utility model, can have using graphite corrosion-resistant, high thermal conductivity
Feature, improves heat transfer efficiency, meanwhile, it is capable to service life is improved, meanwhile, woven hose is made using same in the utility model so that
Woven hose do not allow it is perishable, and with high thermal conductivity, it is possible to increase heat exchanger effectiveness；
(2) support frame is made using ceramics in the utility model, it is possible to increase the wearability of support frame, meanwhile, pass through support
Support slot on frame is defined to heat conducting pipe position, heat conducting pipe can be avoided to expand deformation when heated, so as to avoid
Because heat conducting pipe deformation causes the problem of smoke spillage occurs in sealing structure failure；
(3) the utility model is by using the first groove and the second groove structure, can realize fixation to heat conducting pipe
Sealed meanwhile, it is capable to facilitate, while the utility model employs the sealing ring that brass is made, will be close in use fastening bolt
,, can be more preferable under the pressuring action of fastening bolt because brass hardness is smaller when seal ring is pressed on the lozenges of seal groove
Ground is fitted on the lozenges of seal groove, so as to preferably realize sealing and fasten, compared to rubber sealing structure is used, is not allowed
Easy aging, seals more efficient, while be adjustable sealing effectiveness using fastening bolt, it is easy to adjust；
(4) two side plates can be connected with each other by the utility model by using connection side structure by connecting side,
So that side plate by intermediate plate clamping in-between, meanwhile, intermediate plate can be also fixedly connected using bolt in the utility model
On connection side, so that structure is more consolidated, because by the way of external connection, operation and installation are very convenient；This reality
In new, groove can be set in side plate and intermediate plate end face outside, connection checkpost is connected in groove, and will by bolt
Connection side is fixed on side plate and intermediate plate, makes connection relatively reliable.
Brief description of the drawings
In order to illustrate more clearly of the technical scheme of the utility model embodiment, it will use below required in embodiment
Accompanying drawing be briefly described, it will be appreciated that the following drawings illustrate only some embodiments of the present utility model, therefore should not be by
Regard the restriction to scope as, for those of ordinary skill in the art, on the premise of not paying creative work, may be used also
To obtain other related accompanying drawings according to these accompanying drawings.
Fig. 1 is partial structural diagram on the inside of the utility model support；
Fig. 2 is the utility model seal groove partial structural diagram.
Wherein：101. heat conducting pipe, 102. woven hoses, 103. side plates, 104. intermediate plates, 105. first grooves, 106. second
Groove, 107. seal grooves, 108. sealing rings, 109. fastening bolts, 110. support frames, 111. support slots, 112. carrying bolts,
113. connect side, 114. first bodys, 115. second bodys, 116. thermal troughs, 117. thermal-arrest blades, 118. seal sections, 119.
Neck, 120. fixing grooves.
Embodiment
The utility model is described in further detail with reference to specific embodiment, but embodiment party of the present utility model
Formula not limited to this.
Embodiment 1：
As shown in Figure 1, 2, a kind of cogeneration heat exchange intelligent energy-saving device, including heat conducting pipe 101 and it is arranged on institute
The support at the two ends of heat conducting pipe 101 stated, is provided with through hole, described through hole is led along described at the described middle part of heat conducting pipe 101
Heat pipe length direction is set, and woven hose 102 is provided with described through hole, is set respectively at the described two ends of heat conducting pipe 101
There is support, described support includes the intermediate plate 104 for being arranged on the plate of side 103 at two ends and being arranged between two side plates 103, institute
The side plate 103 stated is provided with the first groove 105 of semicircular in shape towards the described side of intermediate plate 104, in described intermediate plate
It is provided with the second groove 106 of semicircular in shape on opposite end face with described side plate, described the first groove and described the
The position of two grooves is corresponding with quantity, described when the described side plate end face opposite with described intermediate plate is bonded to each other
Heat conducting pipe be connected to the first described groove with the circular cavity of described the second groove formation, in the first described groove and
It is respectively arranged with seal groove 107 in the middle part of described the second groove, the both sides side wedge shaped face of wall of described seal groove 107, in institute
The sealing ring 108 in semi-annular shape is provided with the seal groove stated, described sealing ring is made up of brass, described sealing ring
One side end face is arcwall face, and another side end face of described sealing ring is plane, on described side plate and described intermediate plate
Screwed hole is respectively arranged with, fastening bolt 109, described fastening bolt difference screw thread are respectively arranged with described screwed hole
Be connected in described screwed hole, described fastening bolt end top pressure on the plane side end face of described sealing ring 108,
Described heat conducting pipe is the hollow circular pipe that graphite is made, and described woven hose is copper into the middle part of described heat conducting pipe outside
Lateral edges are set with support frame 110, and described support frame is made up of ceramics, and described support frame is towards described heat conducting pipe direction
The support slot 111 in semicircle shape is provided with, described heat conducting pipe is connected to described branch towards described support frame side edge
Support in groove, be provided with screwed hole on described support frame, carrying bolt 112 is provided with described screwed hole, it is described
Carrying bolt runs through described support frame, and described carrying bolt end is located on the inside of described support slot and top pressure is described
In heat conduction pipe outer wall, connection side 113 is provided with the side plate described in 2, described connection side is respectively by bolt by 2 institutes
The side plate stated is connected with each other, and fixing groove 120, institute are respectively arranged with the end face of described side plate and described intermediate plate homonymy
The connection checkpost stated is connected on the inside of described fixing groove.
Heat conducting pipe is made by using graphite in the utility model, can have corrosion-resistant, high thermal conductivity spy using graphite
Point, improves heat transfer efficiency, meanwhile, it is capable to service life is improved, meanwhile, woven hose is made using same in the utility model so that defeated
Liquid pipe do not allow it is perishable, and with high thermal conductivity, it is possible to increase heat exchanger effectiveness；Support is made using ceramics in the utility model
Frame, it is possible to increase the wearability of support frame, meanwhile, heat conducting pipe position is defined by the support slot on support frame, can
Heat conducting pipe is avoided to expand deformation when heated, so as to avoid because heat conducting pipe deformation causes sealing structure failure flue gas occur
The problem of leakage；The utility model can realize fixation to heat conducting pipe by using the first groove and the second groove structure
Sealed meanwhile, it is capable to facilitate, while the utility model employs the sealing ring that brass is made, will be close in use fastening bolt
,, can be more preferable under the pressuring action of fastening bolt because brass hardness is smaller when seal ring is pressed on the lozenges of seal groove
Ground is fitted on the lozenges of seal groove, so as to preferably realize sealing and fasten, compared to rubber sealing structure is used, is not allowed
Easy aging, seals more efficient, while be adjustable sealing effectiveness using fastening bolt, it is easy to adjust；The utility model passes through
Using connection side structure, two side plates can be connected with each other by connecting side so that intermediate plate is connected to it by side plate
Between, meanwhile, intermediate plate can be also fixedly connected on using bolt and be connected on side in the utility model, so that structure is more
It is firm, because by the way of external connection, operation and installation are very convenient；, can be in side plate and centre in the utility model
Plate end face outside sets groove, and connection checkpost is connected in groove, and is fixed on side plate and intermediate plate by side is connected by bolt
On, make connection relatively reliable.
In the installation of heat conducting pipe for convenience, the present embodiment, it is preferable that by described heat conducting pipe be set to above and below two knot
Structure is spliced to form, and described heat conducting pipe includes the first body 114 and is arranged on the second body of the described lower section of the first body 114
115, groove formation groove structure is respectively arranged with described the first body and the opposite end face of the second described body.Pass through
Using splicing construction, woven hose can be conveniently installed.
In the present embodiment, in order to improve heat exchanger effectiveness, it is preferable that there is provided the structure of increase heat exchange area, in institute
The thermal trough 116 arranged at equal intervals is provided with the through hole stated, thermal-arrest blade 117 is provided with described transfusion pipe outer wall,
Described thermal-arrest blade is respectively engaged with corresponding thermal trough.By using thermal trough and thermal-arrest blade construction, it can utilize
Thermal-arrest blade absorbs the heat of heat conducting pipe, so as to increase the heat exchange area between woven hose and heat conducting pipe so that heat exchange is imitated
Rate is higher.
In order that opposing seal effect is more preferable between the first body and the second body, in the present embodiment, it is preferable that described
The first body end face opposite with described second body on be provided with seal section 118, the second described body with it is described
The opposite end face of the first body on be provided with neck 119 for the seal section described in clamping.
Preferred embodiment of the present utility model is the foregoing is only, the utility model is not limited to, for this
For the technical staff in field, the utility model can have various modifications and variations.It is all it is of the present utility model spirit and principle
Within, any modification, equivalent substitution and improvements made etc. should be included within protection domain of the present utility model.
Claims (4)
1. a kind of cogeneration heat exchange intelligent energy-saving device, it is characterised in that：Including heat conducting pipe and it is arranged on described lead
The support at heat pipe two ends, is provided with through hole in the middle part of described heat conducting pipe, and described through hole is along described heat conducting pipe length direction
Set, be provided with woven hose in described through hole, support, described support bag are respectively arranged with described heat conducting pipe two ends
Include the intermediate plate for being arranged on the side plate at two ends and being arranged between two side plates, described side plate is towards described intermediate plate side
The first groove of semicircular in shape is provided with, semicircular in shape is provided with described intermediate plate and the opposite end face of described side plate
The second groove, the first described groove is corresponding with the position of the second described groove and quantity, described side plate with it is described
Intermediate plate it is opposite end face it is bonded to each other when, described heat conducting pipe is connected to the first described groove and the second described groove
In the circular cavity of formation, seal groove is respectively arranged with the middle part of the first described groove and the second described groove, it is described
The both sides side wedge shaped face of wall of seal groove, is provided with the sealing ring in semi-annular shape, described sealing in described seal groove
Ring is made up of brass, and a side end face of described sealing ring is arcwall face, and another side end face of described sealing ring is plane,
Screwed hole is respectively arranged with described side plate and described intermediate plate, fastening spiral shell is respectively arranged with described screwed hole
Bolt, described fastening bolt is threaded in described screwed hole respectively, and described fastening bolt end top pressure is described
On the plane side end face of sealing ring, described heat conducting pipe is the hollow circular pipe that graphite is made, and described woven hose is copper
Into outer ledge is set with support frame in the middle part of described heat conducting pipe, and described support frame is made up of ceramics, described heat conducting pipe
Including the first body and the second body being arranged on below the first described body；In the first described body and described second
Seal section is provided with the opposite end face of body, is set on the second described body and the opposite end face of the first described body
There is the neck for the seal section described in clamping.
2. a kind of cogeneration heat exchange intelligent energy-saving device according to claim 1, it is characterised in that：Described branch
Support is provided with the support slot in semicircle shape towards described heat conducting pipe direction, and described heat conducting pipe is towards described support frame one
Lateral edges are connected in described support slot, and screwed hole is provided with described support frame, are set in described screwed hole
There is carrying bolt, described carrying bolt runs through described support frame.
3. a kind of cogeneration heat exchange intelligent energy-saving device according to claim 2, it is characterised in that：Described branch
Staybolt end is located on the inside of described support slot and top pressure is in described heat conduction pipe outer wall, is set on the side plate described in 2
It is equipped with connection side, described connection side is respectively by bolt by the side plate interconnection described in 2, in described side plate and described
Intermediate plate homonymy end face on be respectively arranged with fixing groove, described connection checkpost is connected on the inside of described fixing groove, described
The first body and the opposite end face of described second body on be respectively arranged with groove formation groove structure.
4. a kind of cogeneration heat exchange intelligent energy-saving device according to claim 2, it is characterised in that：Described
The thermal trough arranged at equal intervals is provided with through hole, thermal-arrest blade, described thermal-arrest are provided with described transfusion pipe outer wall
Blade is respectively engaged with corresponding thermal trough.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620711927.0U CN206410593U (en) | 2016-07-05 | 2016-07-05 | A kind of cogeneration heat exchange intelligent energy-saving device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620711927.0U CN206410593U (en) | 2016-07-05 | 2016-07-05 | A kind of cogeneration heat exchange intelligent energy-saving device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206410593U true CN206410593U (en) | 2017-08-15 |
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ID=59547976
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620711927.0U Active CN206410593U (en) | 2016-07-05 | 2016-07-05 | A kind of cogeneration heat exchange intelligent energy-saving device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206410593U (en) |
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2016
- 2016-07-05 CN CN201620711927.0U patent/CN206410593U/en active Active
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