CN204438839U - Combined type sleeve pipe subtend admission condensing cooling tower - Google Patents
Combined type sleeve pipe subtend admission condensing cooling tower Download PDFInfo
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- CN204438839U CN204438839U CN201520081715.4U CN201520081715U CN204438839U CN 204438839 U CN204438839 U CN 204438839U CN 201520081715 U CN201520081715 U CN 201520081715U CN 204438839 U CN204438839 U CN 204438839U
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Abstract
A kind of combined type sleeve pipe subtend admission condensing cooling tower, primarily of steam and condensate system, condensed water cooling down system, cooling water circulation system composition, described steam and condensate system comprises the light pipe sleeve pipe tube bank being arranged at air-introduced machine above tower body, the fin sleeve pipe tube bank of tower body internal upper part, the upper adjustment shutter between the tube bank of fin sleeve pipe with water collection device on tower body wall and being positioned at below the inner water collection device of tower body and spray equipment.There is steam-condensation speed fast, the advantages such as the condensate temperature of discharge is low.
Description
Technical field
The utility model relates to a kind of vapour condensation device.
Background technology
Existing vapour condensation device, is mostly restrained by finned tube and/or light pipe tube bank forms, and steam enters from one end of tube bank, and the other end become mutually from tube bank after condensed water through heat radiation condensation is discharged, and its condensation rate is comparatively slow, and vacuum is poor.
Summary of the invention
The purpose of this utility model is to provide a kind of combined type sleeve pipe subtend admission condensing cooling tower, to solve the aforementioned problems in the prior.
The utility model is primarily of steam and condensate system, condensed water cooling down system, cooling water circulation system composition, solving the technical scheme that its technical problem adopts is that described steam and condensate system comprises the light pipe sleeve pipe tube bank being arranged at air-introduced machine above tower body, the fin sleeve pipe tube bank of tower body internal upper part, the upper adjustment shutter between the tube bank of fin sleeve pipe with water collection device on tower body wall and being positioned at below the inner water collection device of tower body and spray equipment;
Described fin sleeve pipe tube bank is made up of one or more fin sleeve pipe condenser pipe, the two ends of fin sleeve pipe tube bank arrange fin casing pipe constriction water tank, the inner side of two fin casing pipe constriction water tanks arranges fin casing pipe beam ring gap bobbin carriage, the inner side of fin casing pipe beam ring gap bobbin carriage is connected with the annular space passage between interior light pipe with the external finned tube of fin sleeve pipe condenser pipe, fin casing pipe beam ring gap bobbin carriage arranges steam inlet respectively, the middle part of fin sleeve pipe tube bank arranges condensed water water tank, two steam inlets are connected with upper condensed water water tank with the annular space passage between external finned tube and interior light pipe respectively by fin casing pipe beam ring gap bobbin carriage, the top of upper condensed water water tank connects vavuum pump, the lower condensed water water tank that bottom and light pipe sleeve pipe are restrained is connected, the inner side of two fin casing pipe constriction water tanks is connected with the interior light pipe that fin sleeve pipe is restrained, one of them fin casing pipe constriction water tank arranges water inlet, another fin casing pipe constriction water tank sets out the mouth of a river, water inlet is connected with the delivery port of cooling water circulation system, and delivery port is connected with the header tank that light pipe sleeve pipe is restrained with the shower of cooling water circulation system,
Described light pipe sleeve pipe tube bank is made up of one or more light pipe sleeve pipe condenser pipe, the two ends of light pipe sleeve pipe tube bank arrange light pipe casing pipe constriction water tank, the inner side of two light pipe casing pipe constriction water tanks arranges light pipe casing pipe beam ring gap bobbin carriage, the inner side of light pipe casing pipe beam ring gap bobbin carriage is connected with the annular space passage between interior light pipe with the outer light pipe of light pipe sleeve pipe condenser pipe, light pipe casing pipe beam ring gap bobbin carriage arranges steam inlet respectively, the middle part of light pipe sleeve pipe tube bank arranges lower condensed water water tank, two steam inlets are connected with lower condensed water water tank with the annular space passage that the light pipe sleeve pipe between outer light pipe and interior light pipe is restrained respectively by light pipe casing pipe beam ring gap bobbin carriage, the top of lower condensed water water tank is connected with vavuum pump by pipeline, the bottom delivery port of lower condensed water water tank is connected with the serpentine fin pipe of condensed water cooling down system, the inner side of two light pipe casing pipe constriction water tanks is connected with the interior light pipe that light pipe sleeve pipe is restrained, the outside of one of them light pipe casing pipe constriction water tank is connected with the delivery port of cooling water circulation system, the outside of another header tank is connected with the shower of cooling water circulation system by pipeline,
Described condensed water cooling down system comprises the snakelike heat exchange tube be arranged at inside lower shutter, below packing layer, and the lower condensed water water tank that water inlet and the light pipe sleeve pipe of snakelike heat exchange tube are restrained is connected, and snakelike heat exchange tube delivery port discharges condensed water;
Described cooling water circulation system comprises water collection device, spray equipment, be arranged at the packing layer of light pipe sleeve pipe tube bank below, recirculated water water tank, settling tank, clear water tanks, water circulating pump, the fin casing pipe constriction water tank at fin sleeve pipe tube bank two ends and the light pipe casing pipe constriction water tank at light pipe sleeve pipe tube bank two ends, the interior light pipe of the tube bank of fin sleeve pipe and the tube bank of light pipe sleeve pipe and relevant connecting line, spray equipment is made up of the some spray heads be connected with shower, recirculated water water tank is arranged at the bottom of tower body, settling tank is arranged on the below of recirculated water water tank, be connected with recirculated water water tank, settling tank top arranges screen pack, settling tank is connected with clear water tanks by pipeline, connecting pipe between settling tank and clear water tanks arranges filter, clear water tanks is connected with the water inlet of water circulating pump, the delivery port of water circulating pump is connected with side light pipe casing pipe constriction water tank with side fin casing pipe constriction water tank by pipeline, opposite side fin casing pipe constriction water tank and light pipe casing pipe constriction water tank are interconnected by pipeline and are connected in shower.
Described upper adjustment shutter is electronic adjustable window shutter.
Described fin sleeve pipe condenser pipe is set with by an external finned tube and one or more interior light pipe and forms, and arranges some gripper shoes between external finned tube and interior light pipe.
Described fin sleeve pipe condenser pipe is set with by a circular external finned tube and an interior light pipe and forms, and arranges some gripper shoes between external finned tube and interior light pipe.
Described fin sleeve pipe condenser pipe is set with by a circular external finned tube and four interior light pipes and forms, and arranges some gripper shoes between external finned tube and interior light pipe.
Described fin sleeve pipe condenser pipe is set with by a rounded rectangles external finned tube and some interior light pipes and forms, and arrange some gripper shoes between external finned tube and interior light pipe, fin is arranged on the two sides of external finned tube.
Suit one row or the interior light pipe of two rows in described rounded rectangles external finned tube.
Described light pipe sleeve pipe condenser pipe is set with by an outer light pipe and one or more interior light pipe and forms, and arranges some gripper shoes inside and outside outer light pipe between light pipe.
Described light pipe sleeve pipe condenser pipe is set with by a circular outer light pipe and an interior light pipe and forms, and arranges some gripper shoes between outer light pipe and interior light pipe.
Described light pipe sleeve pipe condenser pipe is set with by a circular outer light pipe and four interior light pipes and forms, and arranges some gripper shoes between light pipe and interior light pipe.
Described light pipe sleeve pipe condenser pipe is set with by the outer light pipe of a rounded rectangles and some interior light pipes and forms, and arranges some gripper shoes between outer light pipe and interior light pipe.
In the outer light pipe of described rounded rectangles, suit one is arranged or light pipe in two rows.
The advantages such as it is fast that the utility model has steam-condensation speed, and the condensate temperature of discharge is low.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation;
Fig. 2, Fig. 3; Fig. 6, Fig. 7; Figure 10, Figure 11; Figure 14, Figure 15; Cross-sectional view and the longitdinal cross-section diagram of fin sleeve pipe condenser pipe respectively.
Fig. 4, Fig. 5; Fig. 8, Fig. 9; Figure 12, Figure 13; Figure 16, Figure 17; Cross-sectional view and the longitdinal cross-section diagram of light pipe sleeve pipe condenser pipe respectively.
In figure: 1 snakelike heat exchange tube, 2 screen packs, 3 settling tanks, 4 filters, 5 clear water tanks, 6 water circulating pumps, 7 times shutters, 8 light pipe sleeve pipe tube banks, 9 light pipe casing pipe constriction water tanks, 10 steam inlets, 11 light pipe casing pipe beam ring gap bobbin carriages, 12 annular space passages, 13 steam inlets, 14 fin casing pipe constriction water tanks, 15 fin casing pipe beam ring gap bobbin carriages, 16 air-introduced machines, condensed water water tank on 17, 18 gripper shoes, 19 external finned tubes, light pipe in 20, 21 fin casing pipe beam ring gap bobbin carriages, 22 fin casing pipe constriction water tanks, shutter is regulated on 23, 24 water collection devices, 25 showers, 26 spray equipments, 27 light pipe casing pipe constriction water tanks, 28 packing layers, 29 light pipe casing pipe beam ring gap bobbin carriages, 30 times condensed water water tanks, 31 tower bodies, 32 vavuum pumps, 33 outer light pipes, light pipe in 34, 35 annular space passages, 36 cyclic water tanks, 37 fin sleeve pipe tube banks, 38 gripper shoes, 39 steam inlets.
Detailed description of the invention
Embodiment 1: as shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5: steam and condensate system comprises the light pipe sleeve pipe tube bank 8 below the water collection device 24 and spray equipment 26 that are arranged at air-introduced machine 16 above tower body, the fin sleeve pipe tube bank 37 of tower body internal upper part, the upper adjustment shutter 23 between fin sleeve pipe tube bank 37 and water collection device 24 on tower body wall and are positioned at tower body 31 inside, fin sleeve pipe tube bank 37 is made up of one or more fin sleeve pipe condenser pipe, the two ends of fin sleeve pipe tube bank 37 arrange fin casing pipe constriction water tank 14, 22, two fin casing pipe constriction water tanks 14, the inner side of 22 arranges fin casing pipe beam ring gap bobbin carriage 15, 21, fin casing pipe beam ring gap bobbin carriage 15, the inner side of 21 is connected with the annular space passage 35 between interior light pipe 20 with the external finned tube 19 of fin sleeve pipe condenser pipe, fin casing pipe beam ring gap bobbin carriage 15, on 21, steam inlet 13 is set respectively, the middle part of fin sleeve pipe tube bank 37 arranges condensed water water tank 17, two steam inlets 13 are respectively by fin casing pipe beam ring gap bobbin carriage 15, 21 are connected with upper condensed water water tank 17 with the annular space passage 35 between external finned tube 19 and interior light pipe 20, the top of upper condensed water water tank 17 connects vavuum pump 32, the lower condensed water water tank 30 that bottom and light pipe sleeve pipe restrain 37 is connected, the inner side of two fin casing pipe constriction water tanks 14,21 is connected with the interior light pipe 20 that fin sleeve pipe restrains 37, one of them fin casing pipe constriction water tank 14 arranges water inlet, another fin casing pipe constriction water tank 21 sets out the mouth of a river, water inlet is connected with the delivery port of cooling water circulation system, and delivery port is connected with the header tank 27 that light pipe sleeve pipe restrains 8 with the shower 25 of cooling water circulation system,
Light pipe sleeve pipe tube bank 8 is made up of one or more light pipe sleeve pipe condenser pipe, the two ends of light pipe sleeve pipe tube bank 8 arrange light pipe casing pipe constriction water tank 9, 27, the inner side of two light pipe casing pipe constriction water tanks arranges light pipe casing pipe beam ring gap bobbin carriage 11, 29, light pipe casing pipe beam ring gap bobbin carriage 11, the inner side of 29 is connected with the annular space passage 12 between interior light pipe 34 with the outer light pipe 33 of light pipe sleeve pipe condenser pipe, light pipe casing pipe beam ring gap bobbin carriage 11, on 29, steam inlet 10 is set respectively, 39, the middle part of light pipe sleeve pipe tube bank 8 arranges lower condensed water water tank 30, two steam inlets 10, 39 respectively by light pipe casing pipe beam ring gap bobbin carriage 11, 29 are communicated with lower condensed water water tank phase 30 with the annular space passage 12 that the light pipe sleeve pipe between outer light pipe 33 and interior light pipe 34 is restrained, the top of lower condensed water water tank 30 is connected with vavuum pump 32 by pipeline, the bottom delivery port of lower condensed water water tank 30 is connected with the serpentine fin pipe 1 of condensed water cooling down system, two light pipe casing pipe constriction water tanks 9, the inner side of 27 is connected with the interior light pipe 34 that light pipe sleeve pipe is restrained, the outside of one of them light pipe casing pipe constriction water tank 9 is connected with the delivery port of cooling water circulation system, the outside of another header tank 27 is connected with the shower 25 of cooling water circulation system by pipeline,
Condensed water cooling down system comprises the snakelike heat exchange tube 1 be arranged at inside lower shutter 7, below packing layer 28, and the lower condensed water water tank 30 that water inlet and the light pipe sleeve pipe of snakelike heat exchange tube 1 restrain 8 is connected, and snakelike heat exchange tube 1 delivery port discharges condensed water, cooling water circulation system comprises water collection device 24, spray equipment 26, be arranged at the packing layer 28 below light pipe sleeve pipe tube bank 8, recirculated water water tank 36, settling tank 3, clear water tanks 5, water circulating pump 6, the header tank 14 at 8 two ends restrained by fin sleeve pipe tube bank 37 and light pipe sleeve pipe, 22, 9, 27, the interior light pipe 20 of fin sleeve pipe tube bank 37 and light pipe sleeve pipe tube bank 8, 34 and relevant connecting line, spray equipment 26 is made up of the some spray heads be connected with shower 25, recirculated water water tank 36 is arranged at the bottom of tower body 31, settling tank 3 is arranged on the below of recirculated water water tank 36, be connected with recirculated water water tank 36, settling tank 3 top arranges screen pack 2, settling tank 3 is connected with clear water tanks 5 by pipeline, connecting pipe between settling tank 3 and clear water tanks 5 is arranged filter 4, clear water tanks 5 is connected with the water inlet of water circulating pump 6, the delivery port of water circulating pump 6 is connected with side light pipe casing pipe constriction water tank 9 with side fin casing pipe constriction water tank 14 by pipeline, and opposite side fin casing pipe constriction water tank 22 and light pipe casing pipe constriction water tank 27 are interconnected by pipeline and are connected with shower.
Restrain 37 by pipeline and fin sleeve pipe to be connected with the header tank 14,9 that 8 sides restrained by light pipe sleeve pipe, two tube bank opposite side two header tanks 22,27 are interconnected by pipeline and are connected in shower 25.Upper adjustment shutter 23 is electronic adjustable window shutter.Fin sleeve pipe condenser pipe is set with by a circular external finned tube 19 and an interior light pipe 20 and forms, and arranges some gripper shoes 18 between external finned tube 19 and interior light pipe 20; Light pipe sleeve pipe condenser pipe is set with by a circular outer light pipe 33 and an interior light pipe 34 and forms, and arranges some gripper shoes 38 between outer light pipe 33 and interior light pipe 34.
Embodiment 2: as shown in Fig. 1, Fig. 6, Fig. 7, Fig. 8, Fig. 9:
Embodiment 2 is different from embodiment 1 to be that fin sleeve pipe condenser pipe 37 is set with by a circular external finned tube 19 and four interior light pipes 20 and to form; Light pipe sleeve pipe condenser pipe is set with by a circular outer light pipe 33 and four interior light pipes 34 and forms.All the other are identical with embodiment 1.
Embodiment 3: as shown in Fig. 1, Figure 10, Figure 11, Figure 12, Figure 13: embodiment 3 is different from embodiment 1 to be that fin sleeve pipe condenser pipe is set with by light pipe 20 in a rounded rectangles external finned tube 19 and more than one piece and to form, and a rounded rectangles external finned tube 19 is set with light pipe 20 in a row; Light pipe sleeve pipe condenser pipe is set with by light pipe 34 in the outer light pipe 33 of a rounded rectangles and Duo Gen and forms, and the outer light pipe 33 of a rounded rectangles is set with light pipe 34 in a row, and all the other are identical with embodiment 1.
Embodiment 4: as shown in Fig. 1, Figure 14, Figure 15, Figure 16, Figure 17: embodiment 4 is different from embodiment 1 to be that fin sleeve pipe condenser pipe is set with by light pipe 20 in a rounded rectangles external finned tube 19 and more than one piece and to form, and a rounded rectangles external finned tube 19 is set with light pipe 20 in two rows; Light pipe sleeve pipe condenser pipe is set with by light pipe 20 in the outer light pipe 19 of a rounded rectangles and Duo Gen and forms, and the outer light pipe 19 of a rounded rectangles is set with light pipe 20 in two rows, and all the other are identical with embodiment 1.
It should be noted that different fin sleeve pipe condenser tube structure forms also may be combined with into multiple different embodiment from the version of different light pipe sleeve pipe condenser pipe; such as fin sleeve pipe condenser pipe is the version of Fig. 2, Fig. 3; and light pipe sleeve pipe condenser pipe is Fig. 8, Fig. 9 or Figure 12, Figure 13; Figure 16,17 version, these embodiments are also within protection domain of the present utility model.
During use, part vapours is from two steam inlets 13, enter the fin casing pipe beam ring gap bobbin carriage 15 of fin sleeve pipe tube bank 37, 21 and annular space passage 35 in, under the strong drawing of air-introduced machine 16, cold wind skims over fin surface and carries out cooling condensation to the steam that fin sleeve pipe is restrained in 37 annular space passages 35, circulating water in the interior light pipe 20 of fin sleeve pipe tube bank simultaneously 37 also carries out cooling condensation to steam, interior, under the cooling of outer two kinds of types of cooling, steam becomes condensed water mutually rapidly and flows to condensed water water tank 17, condensed water is through the lower condensed water water tank 30 of pipeline light pipe sleeve pipe light beam 8,
Meanwhile, part vapours is from two steam inlets 10, 39 enter the light pipe casing pipe beam ring gap bobbin carriage 11 that light pipe sleeve pipe restrains 8, 29 and annular space passage 12 in, lower the temperature at spray equipment trickle, circulating water in the interior light pipe 34 of light pipe sleeve pipe light beam 8 is by under heat exchange cooling condensation, and under the heat radiation of outer light pipe 33 air and the effect of trickle evaporative cooling, vapours becomes condensed water mutually and enters lower condensed water water tank 30, condensed water enters snakelike heat exchange tube 1 by pipeline, discharge after the dual cooling of the circulating water that the condensed water in snakelike heat exchange tube 1 is lowered the temperature through packing layer and the cold wind that lower shutter 7 is come in.Meanwhile, water circulating pump 6 sends into header tank 9 by clear water tanks 5 through the cold water of sedimentation and filtration, 14, cold water is through interior light pipe 34, 20 with annular space passage 12, steam in 35 carries out heat exchange, circulating water temperature increase becomes the hot water of uniform temperature while to steam cooling, hot water is from the header tank 27 of opposite side, 22 enter shower 25 through water return pipeline, enter packing layer 28 flow through the heat absorption evaporation of light pipe sleeve pipe tube bank surface again after spray equipment 26 sprays after and form moisture film, recirculated water water tank 36 is flowed into after the cold dry air heat exchange entered with lower shutter 7 is lowered the temperature rapidly, the cooling of water circulating pump 6 reciprocation cycle is entered again by screen pack 2, settling tank 3, filter 4, clear water tanks 5.
Claims (12)
1. a combined type sleeve pipe subtend admission condensing cooling tower, primarily of steam and condensate system, condensed water cooling down system, cooling water circulation system composition, it is characterized in that, described steam and condensate system comprises the light pipe sleeve pipe tube bank being arranged at air-introduced machine above tower body, the fin sleeve pipe tube bank of tower body internal upper part, the upper adjustment shutter between the tube bank of fin sleeve pipe with water collection device on tower body wall and being positioned at below the inner water collection device of tower body and spray equipment;
Described fin sleeve pipe tube bank is made up of one or more fin sleeve pipe condenser pipe, the two ends of fin sleeve pipe tube bank arrange fin casing pipe constriction water tank, the inner side of two fin casing pipe constriction water tanks arranges fin casing pipe beam ring gap bobbin carriage, the inner side of fin casing pipe beam ring gap bobbin carriage is connected with the annular space passage between interior light pipe with the external finned tube of fin sleeve pipe condenser pipe, fin casing pipe beam ring gap bobbin carriage arranges steam inlet respectively, the middle part of fin sleeve pipe tube bank arranges condensed water water tank, two steam inlets are connected with upper condensed water water tank with the annular space passage between external finned tube and interior light pipe respectively by fin casing pipe beam ring gap bobbin carriage, the top of upper condensed water water tank connects vavuum pump, the lower condensed water water tank that bottom and light pipe sleeve pipe are restrained is connected, the inner side of two fin casing pipe constriction water tanks is connected with the interior light pipe that fin sleeve pipe is restrained, one of them fin casing pipe constriction water tank arranges water inlet, another fin casing pipe constriction water tank sets out the mouth of a river, water inlet is connected with the delivery port of cooling water circulation system, and delivery port is connected with the header tank that light pipe sleeve pipe is restrained with the shower of cooling water circulation system,
Described light pipe sleeve pipe tube bank is made up of one or more light pipe sleeve pipe condenser pipe, the two ends of light pipe sleeve pipe tube bank arrange light pipe casing pipe constriction water tank, the inner side of two light pipe casing pipe constriction water tanks arranges light pipe casing pipe beam ring gap bobbin carriage, the inner side of light pipe casing pipe beam ring gap bobbin carriage is connected with the annular space passage between interior light pipe with the outer light pipe of light pipe sleeve pipe condenser pipe, light pipe casing pipe beam ring gap bobbin carriage arranges steam inlet respectively, the middle part of light pipe sleeve pipe tube bank arranges lower condensed water water tank, two steam inlets are connected with lower condensed water water tank with the annular space passage that the light pipe sleeve pipe between outer light pipe and interior light pipe is restrained respectively by light pipe casing pipe beam ring gap bobbin carriage, the top of lower condensed water water tank is connected with vavuum pump by pipeline, the bottom delivery port of lower condensed water water tank is connected with the serpentine fin pipe of condensed water cooling down system, the inner side of two light pipe casing pipe constriction water tanks is connected with the interior light pipe that light pipe sleeve pipe is restrained, the outside of one of them light pipe casing pipe constriction water tank is connected with the delivery port of cooling water circulation system, the outside of another header tank is connected with the shower of cooling water circulation system by pipeline,
Described condensed water cooling down system comprises the snakelike heat exchange tube be arranged at inside lower shutter, below packing layer, and the lower condensed water water tank that water inlet and the light pipe sleeve pipe of snakelike heat exchange tube are restrained is connected, and snakelike heat exchange tube delivery port discharges condensed water;
Described cooling water circulation system comprises water collection device, spray equipment, be arranged at the packing layer of light pipe sleeve pipe tube bank below, recirculated water water tank, settling tank, clear water tanks, water circulating pump, the fin casing pipe constriction water tank at fin sleeve pipe tube bank two ends and the light pipe casing pipe constriction water tank at light pipe sleeve pipe tube bank two ends, the interior light pipe of the tube bank of fin sleeve pipe and the tube bank of light pipe sleeve pipe and relevant connecting line, spray equipment is made up of the some spray heads be connected with shower, recirculated water water tank is arranged at the bottom of tower body, settling tank is arranged on the below of recirculated water water tank, be connected with recirculated water water tank, settling tank top arranges screen pack, settling tank is connected with clear water tanks by pipeline, connecting pipe between settling tank and clear water tanks arranges filter, clear water tanks is connected with the water inlet of water circulating pump, the delivery port of water circulating pump is connected with side light pipe casing pipe constriction water tank with side fin casing pipe constriction water tank by pipeline, opposite side fin casing pipe constriction water tank and light pipe casing pipe constriction water tank are interconnected by pipeline and are connected in shower.
2. combined type sleeve pipe subtend admission condensing cooling tower according to claim 1, it is characterized in that, described upper adjustment shutter is electronic adjustable window shutter.
3. combined type sleeve pipe subtend admission condensing cooling tower according to claim 1, is characterized in that, described fin sleeve pipe condenser pipe is set with by an external finned tube and one or more interior light pipe and forms, and arranges some gripper shoes between external finned tube and interior light pipe.
4. combined type sleeve pipe subtend admission condensing cooling tower according to claim 3, is characterized in that, described fin sleeve pipe condenser pipe is set with by a circular external finned tube and an interior light pipe and forms, and arranges some gripper shoes between external finned tube and interior light pipe.
5. combined type sleeve pipe subtend admission condensing cooling tower according to claim 3, is characterized in that, described fin sleeve pipe condenser pipe is set with by a circular external finned tube and four interior light pipes and forms, and arranges some gripper shoes between external finned tube and interior light pipe.
6. combined type sleeve pipe subtend admission condensing cooling tower according to claim 3, it is characterized in that, described fin sleeve pipe condenser pipe is set with by a rounded rectangles external finned tube and some interior light pipes and forms, arrange some gripper shoes between external finned tube and interior light pipe, fin is arranged on the two sides of external finned tube.
7. combined type sleeve pipe subtend admission condensing cooling tower according to claim 6, is characterized in that, suit one row or the interior light pipe of two rows in described rounded rectangles external finned tube.
8. combined type sleeve pipe subtend admission condensing cooling tower according to claim 1, is characterized in that, described light pipe sleeve pipe condenser pipe is set with by an outer light pipe and one or more interior light pipe and forms, and arranges some gripper shoes inside and outside outer light pipe between light pipe.
9. combined type sleeve pipe subtend admission condensing cooling tower according to claim 8, is characterized in that, described light pipe sleeve pipe condenser pipe is set with by a circular outer light pipe and an interior light pipe and forms, and arranges some gripper shoes between outer light pipe and interior light pipe.
10. combined type sleeve pipe subtend admission condensing cooling tower according to claim 8, is characterized in that, light pipe sleeve pipe condenser pipe is set with by a circular outer light pipe and four interior light pipes and forms, and arranges some gripper shoes between light pipe and interior light pipe.
11. combined type sleeve pipe subtend admission condensing cooling towers according to claim 8, is characterized in that, described light pipe sleeve pipe condenser pipe is set with by the outer light pipe of a rounded rectangles and some interior light pipes and forms, and arranges some gripper shoes between outer light pipe and interior light pipe.
12. combined type sleeve pipe subtend admission condensing cooling towers according to claim 11, is characterized in that, in the outer light pipe of described rounded rectangles, suit one is arranged or light pipe in two rows.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520081715.4U CN204438839U (en) | 2015-02-05 | 2015-02-05 | Combined type sleeve pipe subtend admission condensing cooling tower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520081715.4U CN204438839U (en) | 2015-02-05 | 2015-02-05 | Combined type sleeve pipe subtend admission condensing cooling tower |
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| CN204438839U true CN204438839U (en) | 2015-07-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520081715.4U Withdrawn - After Issue CN204438839U (en) | 2015-02-05 | 2015-02-05 | Combined type sleeve pipe subtend admission condensing cooling tower |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104567455A (en) * | 2015-02-05 | 2015-04-29 | 李金鹏 | Composite sleeve opposite direction steam inlet condensation cooling tower |
| CN105277044A (en) * | 2015-11-26 | 2016-01-27 | 吕五有 | Mixed-flow three-stage comprehensive efficient energy-saving condenser |
| CN105910457A (en) * | 2016-04-14 | 2016-08-31 | 南通德瑞森复合材料有限公司 | Glass fiber reinforced plastic closed cooling tower |
-
2015
- 2015-02-05 CN CN201520081715.4U patent/CN204438839U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104567455A (en) * | 2015-02-05 | 2015-04-29 | 李金鹏 | Composite sleeve opposite direction steam inlet condensation cooling tower |
| CN105277044A (en) * | 2015-11-26 | 2016-01-27 | 吕五有 | Mixed-flow three-stage comprehensive efficient energy-saving condenser |
| CN105910457A (en) * | 2016-04-14 | 2016-08-31 | 南通德瑞森复合材料有限公司 | Glass fiber reinforced plastic closed cooling tower |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150701 Effective date of abandoning: 20160817 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |