CN209310542U - A kind of detachable crossflow cooling tower - Google Patents
A kind of detachable crossflow cooling tower Download PDFInfo
- Publication number
- CN209310542U CN209310542U CN201822139472.1U CN201822139472U CN209310542U CN 209310542 U CN209310542 U CN 209310542U CN 201822139472 U CN201822139472 U CN 201822139472U CN 209310542 U CN209310542 U CN 209310542U
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- Prior art keywords
- cooling tower
- shell
- sliding
- lead screw
- detachable
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Abstract
The utility model relates to a kind of detachable crossflow cooling towers, belong to heat-exchange apparatus field, including cooling tower ontology, frame, air inlet and shell, shell is located at air inlet and offers the fluting for exposing air inlet, shell is positive cube shape, enclosure interior is hollow and upper and lower ends opening is arranged, the side wall of the positive cross-notching of shell is detachable, flange is provided on cooling tower ontology, it is located at air inlet two sides on flange and is provided with sliding rail, shell is provided with sliding block close to ground surface end, the sliding slot to match with sliding block is offered on sliding rail, the cross sectional shape of sliding block and sliding slot is T shape, one wood side-guide is upper to be provided with lead screw in rotation in sliding slot, the threaded hole to match with lead screw is offered on sliding block, the driving assembly for driving lead screw to rotate is provided on flange, the utility model can be realized the shell that adapts to scenic spot for one compared with For convenience and it is firmly mounted on cooling tower ontology.
Description
Technical field
The utility model relates to heat-exchange apparatus fields, more particularly, to a kind of detachable crossflow cooling tower.
Background technique
Cross flow cooling tower is that a kind of water flow is fallen from tower upper vertical, and air bottom horizontal flow sheet passes through packing, air-flow
The cooling tower orthogonal with water flow, water carry out heat exchange, mass transter with the air flowed through in it, cause water temperature drop.Cross-flow type
Cooling tower is entered the wind using two sides, top exhaust structure, and air carries out heat exchange through two sides filler and hot water, and damp-heat air is arranged to tower
Outside, is mainly used for that ventilation condition is good, ground place of clear.
Application publication number is that the Chinese patent of CN103759548A discloses a kind of cross flow cooling tower, including cooling tower sheet
Body is located at cooling tower ontology or so end face and is equipped with air inlet, is equipped with two filler devices, the two filler devices position at right and left air inlet
In in cooling tower ontology；Two water distributing troughs are installed on the upside of two filler devices, which is located at cooling tower ontology upper surface
And it is correspondingly arranged with filler device；Cooling tower ontology upper surface is equipped with an air duct, is equipped with a blower positioned at the air duct mouth, the wind
Function drives the intrinsic air circulation of cooling tower；The lower end surface of cooling tower ontology is equipped with a central cylinder, the central cylinder with go out
Mouth of a river connection；Air duct and central cylinder are between two filler devices.The cooling tower enables to ventilating system more to optimize, drop resistance
Energy conservation, operational efficiency is high, is more energy-saving and environmentally friendly.
Since some scenic spots and historic resorts are also required to use cooling tower, but above-mentioned crossflow cooling tower is mounted on scenic spot and historic resort
When, due to the industrial aspect of crossflow cooling tower shell itself, the crossflow cooling tower for being mounted on scenic spot and historic resort can be made to seem
It is very lofty, influence the aesthetic effect of scenic spot and historic resort entirety；Therefore the meeting having directly directly covers an adaptation name on the shell
The shell in Shenggu mark area, but it is whole and built on the sand directly to set up cooling tower；And some is in order to consolidate that weld a shape suitable
The shell matched gets on, but can be cumbersome when welding.
Utility model content
The purpose of this utility model is to provide a kind of detachable crossflow cooling towers, have and facilitate crossflow cooling tower shell
Replacement and the firm advantage of installation.
The above-mentioned purpose of the utility model has the technical scheme that
A kind of detachable crossflow cooling tower, frame, setting including cooling tower ontology, for fixing cooling tower ontology exist
Air inlet on this body sidewall of cooling tower and the shell that cooling tower periphery is arranged in, the shell are offered positioned at air inlet
The fluting that air inlet is exposed, the shell are the square bodily form, and the enclosure interior is hollow and upper and lower ends opening is arranged, institute
The side wall for stating the positive cross-notching of shell is detachably arranged on the shell, and the cooling tower ontology is provided with convex close to ground surface end
Edge is located at air inlet two sides on the flange and is provided with sliding rail, and the sliding rail is parallel with the bottom edge of the cooling tower ontology, institute
The sliding block for stating the length direction sliding that shell is provided with along sliding rail close to ground surface end, along the length side of sliding rail on the sliding rail
To the sliding slot offered with sliding block matching, the cross sectional shape of the sliding block and sliding slot is T shape, is located on the sliding rail and slides
It is provided with lead screw in slot and along the rotation of the length direction of sliding slot, the screw thread to match with the lead screw is offered on the sliding block
Hole is provided with the driving assembly for driving lead screw to rotate on the flange.
Implement above-mentioned technical proposal, when shell is mounted on cooling tower ontology, shell is placed in cooling tower ontology first
Side, the side wall of the face cooling tower ontology of shell is disassembled, then again by sliding block threaded hole alignment sliding slot in
Lead screw end and be inserted into, then start driving assembly rotated by lead screw, sliding block is just in sliding slot along the length of sliding slot at this time
Direction generates movement, and since sliding block and sliding slot are T shape so that sliding block can only be moved along the length direction of sliding slot without
It can deviate in other directions, be in sliding slot so that sliding block can be stablized.When shell completely surrounds cooling tower ontology, then will
The side wall of cooling tower ontology is reinstalled up, and installation is just completed；Similarly, when disassembly, the side wall of cooling tower ontology is removed, so
Sliding block is skidded off sliding slot by starting driving assembly afterwards can be disassembled, and reach disassembly and installation shell conveniently effect.And
And if lead screw does not rotate, sliding block just can firmly cover on lead screw, so that after shell is installed on cooling tower ontology
It can more consolidate；By above-mentioned mounting means, it is more square just to can be realized the shell for adapting to scenic spot for one
Just it is mounted on cooling tower ontology.
Further, ball is provided on the block face that the sliding block is bonded with sliding slot.
Implement above-mentioned technical proposal, the setting of ball is so that sliding block slides more smooth in sliding slot.
Further, the flange inner hollow setting, the driving component include the rotation electricity being arranged in the flange
Machine, the output shaft of the rotary electric machine are mutually perpendicular to the lead screw, and the output shaft of the rotary electric machine passes through flange and vertical
It upwardly extends, the output shaft end that the rotary electric machine passes through flange is coaxially arranged with drive bevel gear, and the lead screw leans on proximal end
The driven wheel of differential engaged with the drive bevel gear is coaxially arranged on the thick stick wall in portion.
Implement above-mentioned technical proposal, start rotary electric machine, the drive bevel gear on rotary electric machine output shaft starts to turn at this time
Dynamic, the driven wheel of differential engaged with drive bevel gear can also start turning, since driven wheel of differential is co-axially located on lead screw, because
This lead screw will realize rotation, to reach driving lead screw rotation conveniently effect；And rotary electric machine can rotate forward
Reversion is realized later, is rotated clockwise and is rotated counterclockwise so that lead screw be allowed to can be realized.
Further, polytetrafluorethylecoatings coatings are covered on the inner wall of the sliding slot.
Implement above-mentioned technical proposal, polytetrafluoroethylene material, commonly referred to as " non-sticky coating " or " material easy to clean ".It is this
Material has the characteristics that high temperature resistant and coefficient of friction are extremely low, therefore is coated onto sliding slot, enables to sliding in sliding slot
It can be more smoothly when sliding.
Further, sliding slot setting open at one end, the setting of another end closure on the sliding rail, is located on the sliding rail
The end of sliding slot sealing is embedded with rolling bearing, one end of the lead screw pass through the rolling bearing and with the rolling bearing
Inner ring interference fit.
Implement above-mentioned technical proposal, the setting of rolling bearing is so that lead screw remains unchanged in the case where being stably fixed in sliding slot
It can be realized rotation.
Further, the side wall of the positive cross-notching of the shell is a block baffle, the both sides of the side wall of the positive cross-notching of baffle
And dovetails have been placed in the vertical direction, it is provided on the open end of the shell and the end wall being bonded with baffle for the swallow
The dovetail groove of tail block sliding, the dovetail groove are extended straight up.
Implement above-mentioned technical proposal, when baffle is mounted on shell, opening for the dovetails face dovetail groove on shell
Mouth end simultaneously slides into；Similarly, when baffle being removed from shell, dovetails are directly skidded off into dovetail groove, reach disassembly
With installation baffle conveniently effect.
Further, the top end opening setting of the dovetail groove, bottom seal are arranged, and opening for dovetail groove is located on the shell
Side at mouthful is hingedly provided with the countercheck rod of the opening prevention of dovetail groove.
Implement above-mentioned technical proposal, after dovetails slide into card slot, due to card slot setting open at one end, another end closure
Setting, one end of dovetails will be abutted with the cell wall of card slot, and countercheck rod is turned to the position of the opening prevention card slot at this time
It postpones, the both ends of dovetails are all blocked in card slot, so that baffle and shell installation are more stable, are hindered dovetails to reach
Gear conveniently effect in card slot.
Further, the other side of the opening of dovetail groove is provided with the U being caught in for the countercheck rod on the shell
Shape rubber cutting ferrule.
Implement above-mentioned technical proposal, the shaft of countercheck rod is rotated and is stuck in the slot of U-shaped rubber cutting ferrule, at this time countercheck rod
Shaft the opening of card slot is blocked, and U-shaped rubber cutting ferrule is made of rubber, and frictional force is larger, and countercheck rod is caught in U-shaped rubber
It can be not easy to skid off under the influence of frictional force after in cutting ferrule, to reach the fixed conveniently effect of countercheck rod.
In conclusion the utility model has the following beneficial effects:
One, the utility model can be realized shell that one adapts to scenic spot is more convenient and be firmly installed
On cooling tower ontology;
Two, open end and slide-in when being mounted on baffle on shell, the dovetails face dovetail groove on shell；
Similarly, when baffle being removed from shell, dovetails are directly skidded off into dovetail groove, it is more square to reach disassembly and installation baffle
Just effect.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment；
Fig. 2 is the partial sectional view of the utility model embodiment；
Fig. 3 is the portion the A enlarged drawing in Fig. 2；
Fig. 4 is the portion the B enlarged drawing in Fig. 2.
Appended drawing reference: 1, cooling tower ontology；11, air inlet；12, frame；2, shell；21, it slots；22, baffle；221, swallow
Tail block；23, sliding block；231, threaded hole；232, ball；24, dovetail groove；25, countercheck rod；26, U-shaped rubber cutting ferrule；3, flange；4,
Sliding rail；41, sliding slot；42, rolling bearing；5, lead screw；51, driven wheel of differential；6, rotary electric machine；61, drive bevel gear.
Specific embodiment
Below in conjunction with attached drawing, the technical solution of the utility model embodiment is described.
As shown in Figure 1, a kind of detachable crossflow cooling tower, including cooling tower ontology 1, for fixing cooling tower ontology 1
Frame 12, the air inlet 11 that is arranged on 1 side wall of cooling tower ontology and the shell 2 that cooling tower periphery is set, frame 12
Cooling tower ontology 1 is framed, so that cooling tower ontology 1 also being capable of normal use in the case where removing shell 2.Shell 2 is located at
Fluting 21 is offered at air inlet 11, air inlet 11 can will be in communication with the outside by fluting 21；Shell 2 is the square bodily form,
2 inner hollow of shell and upper and lower ends opening setting；In conjunction with Fig. 2, Fig. 4, the side wall of the positive cross-notching 21 of shell 2 is detachably arranged at
On shell 2, i.e., the side wall of the positive cross-notching 21 of shell 2 is a block baffle 22, the both sides and edge of the wall surface of the positive cross-notching 21 of baffle 22
Vertical direction be provided with dovetails 221, be provided with dovetail groove 24 on the open end of shell 2 and the end wall being bonded with baffle 22,
Dovetails 221 can be slided in dovetail groove 24, and dovetail groove 24 is extended straight up.
Open end and cunning when baffle 22 is mounted on shell 2, the 221 face dovetail groove 24 of dovetails on shell 2
Enter；Similarly, when baffle 22 being removed from shell 2, dovetails 221 are directly skidded off into dovetail groove 24.
As shown in Figure 2,4, the top end opening setting of dovetail groove 24, bottom seal are arranged, and dovetail groove 24 is located on shell 2
The side of opening is hingedly provided with countercheck rod 25, and countercheck rod 25 can block the opening of dovetail groove 24, to allow dovetails
221 stable are in dovetail groove 24 are not easy to skid off；And the other side of the opening on shell 2 positioned at dovetail groove 24 is provided with U-shaped
Rubber cutting ferrule 26, U-shaped rubber cutting ferrule 26 can be caught in for countercheck rod 25, so that countercheck rod 25 is fixed on the opening of dovetail groove 24
The position that place covers.
The shaft of countercheck rod 25 is rotated and is stuck in the slot of U-shaped rubber cutting ferrule 26, the shaft of countercheck rod 25 will block at this time
The opening of slot is blocked, and U-shaped rubber cutting ferrule 26 is made of rubber, and frictional force is larger, and countercheck rod 25 is caught in U-shaped rubber cutting ferrule 26
It can be not easy to skid off under the influence of frictional force after interior, to reach the fixed conveniently effect of countercheck rod 25.
As shown in Figure 2,3, cooling tower ontology 1 is provided with flange 3 close to ground surface end, is located at 11 two sides of air inlet on flange 3
It is provided with sliding rail 4, sliding rail 4 is parallel with the bottom edge of cooling tower ontology 1, and shell 2 is provided with sliding block 23, sliding block 23 close to ground surface end
It can be slided along the length direction of sliding rail 4, the sliding slot 41 to match with sliding block 23, the length side of sliding slot 41 are offered on sliding rail 4
To consistent with the length direction of sliding rail 4, the cross sectional shape of sliding block 23 and sliding slot 41 is T shape；In order to enable sliding block 23 can be more
It is swimmingly slided in sliding slot 41, ball 232, and the inner wall of sliding slot 41 is provided on the block face that sliding block 23 is bonded with sliding slot 41
On be covered with polytetrafluorethylecoatings coatings.
As shown in Figure 2,3, rotation in sliding slot 41 is located on a wood side-guide 4 and is provided with lead screw 5, the length direction of lead screw 5 with
The length direction of sliding slot 41 is consistent, and the threaded hole 231 to match with lead screw 5 is offered on sliding block 23；The one end on sliding rail 4 of sliding slot 41
Opening setting, the setting of another end closure are located at the end that sliding slot 41 seals on sliding rail 4 and are embedded with rolling bearing 42, and the one of lead screw 5
End is interference fitted across rolling bearing 42 and with the inner ring of rolling bearing 42.
As shown in Figure 2,3,3 inner hollow of flange is arranged, and the driving group for driving lead screw 5 to rotate is provided in flange 3
Part, driving assembly include the rotary electric machine 6 being arranged in flange 3, and output shaft and the lead screw 5 of rotary electric machine 6 are mutually perpendicular to, rotation
The output shaft of motor 6 passes through flange 3 and extends straight up, and the output shaft end that rotary electric machine 6 passes through flange 3 is coaxially arranged with
Drive bevel gear 61, lead screw 5 are coaxially arranged with driven wheel of differential 51 close to rolling bearing 42 and on one end in sliding slot 41,
Drive bevel gear 61 and driven wheel of differential 51 are in meshing state.
Start rotary electric machine 6, the drive bevel gear 61 on 6 output shaft of rotary electric machine starts turning at this time, with active conical tooth
The driven wheel of differential 51 of 61 engagement of wheel can also start turning, since driven wheel of differential 51 is co-axially located on lead screw 5, lead screw
5 will realize rotation, by 5 end of lead screw in the alignment sliding slot 41 of threaded hole 231 on sliding block 23 and be inserted into, with lead screw 5
Rotation, sliding block 23 just move in sliding slot 41 along the length direction generation of sliding slot 41, and since sliding block 23 and sliding slot 41 are equal
For T shape, so that 23 meetings of sliding block are moved along the length direction of sliding slot 41 without deviating in other directions, to allow sliding block 23
It stable can be in sliding slot 41.And if lead screw 5 does not rotate, sliding block 23 just can firmly cover on lead screw 5, so that
Shell can be consolidated more after being installed on cooling tower ontology 1.
Specific work process: when shell is mounted on cooling tower ontology 1, shell is placed in cooling tower ontology 1 first
Side disassembles the side wall of the face cooling tower ontology 1 of shell, is then again directed at the threaded hole 231 on sliding block 23 and slides
5 end of lead screw in slot 41 is simultaneously inserted into, and then starts rotary electric machine 6 and lead screw 5 is allowed to rotate, at this time the just edge in sliding slot 41 of sliding block 23
The length direction of sliding slot 41 generate movement, and since sliding block 23 and sliding slot 41 are T shape, so that 23 meetings of sliding block are along cunning
The length direction of slot 41 is mobile without deviating in other directions, is in sliding slot 41 so that sliding block 23 can be stablized.When shell 2
When cooling tower ontology 1 being surrounded completely, then the side wall of cooling tower ontology 1 reinstalled up, installation is just completed；Similarly, it tears open
When unloading, the side wall of cooling tower ontology 1 is removed, then sliding block 23 is skidded off sliding slot 41 by starting rotary electric machine 6 can be disassembled.
Claims (8)
1. a kind of detachable crossflow cooling tower, including cooling tower ontology (1), the frame for fixing cooling tower ontology (1)
(12), air inlet (11) on cooling tower ontology (1) side wall is set and the shell (2) of cooling tower periphery is set, it is described
Shell (2) is located at the fluting (21) for offering at air inlet (11) and exposing air inlet (11), which is characterized in that the shell
(2) be positive cube shape, shell (2) inner hollow and upper and lower ends opening setting, the positive cross-notching (21) of the shell (2)
Side wall is detachably arranged on the shell (2), and the cooling tower ontology (1) is provided with flange (3) close to ground surface end, described convex
It is located at air inlet (11) two sides on edge (3) to be provided with sliding rail (4), the bottom edge of the sliding rail (4) and the cooling tower ontology (1)
In parallel, the shell (2) is provided with the sliding block (23) of the length direction sliding along sliding rail (4), the sliding rail close to ground surface end
(4) sliding slot (41) to match with the sliding block (23), the sliding block (23) and cunning are offered on along the length direction of sliding rail (4)
The cross sectional shape of slot (41) is T shape, is located in sliding slot (41) and along the length side of sliding slot (41) on sliding rail described in side (4)
It is provided with lead screw (5) to rotation, the threaded hole (231) to match with the lead screw (5) is offered on the sliding block (23), it is described convex
The driving assembly for driving lead screw (5) to rotate is provided on edge (3).
2. a kind of detachable crossflow cooling tower according to claim 1, it is characterised in that: the sliding block (23) and sliding slot
(41) ball (232) are provided on the block face being bonded.
3. a kind of detachable crossflow cooling tower according to claim 2, it is characterised in that: in flange (3) inside
Sky setting, the driving component include the rotary electric machine (6) being arranged in the flange (3), the output of the rotary electric machine (6)
Axis is mutually perpendicular to the lead screw (5), and the output shaft of the rotary electric machine (6) passes through flange (3) and extends straight up, described
The output shaft end that rotary electric machine (6) passes through flange (3) is coaxially arranged with drive bevel gear (61), and the lead screw (5) leans on proximal end
The driven wheel of differential (51) engaged with the drive bevel gear (61) is coaxially arranged on the thick stick wall in portion.
4. a kind of detachable crossflow cooling tower according to claim 3, it is characterised in that: the inner wall of the sliding slot (41)
On be covered with polytetrafluorethylecoatings coatings.
5. a kind of detachable crossflow cooling tower according to claim 4, it is characterised in that: the sliding slot (41) is described
Setting open at one end, the setting of another end closure on sliding rail (4), the end that sliding slot (41) sealing is located on the sliding rail (4) is embedded
Have rolling bearing (42), one end of the lead screw (5) passes through the rolling bearing (42) and interior with the rolling bearing (42)
Circle interference fit.
6. a kind of detachable crossflow cooling tower according to claim 1, it is characterised in that: the shell (2) is just split
The side wall of slot (21) is a block baffle (22), both sides of the side wall of the positive cross-notching (21) of the baffle (22) and along vertical direction
It is provided with dovetails (221), is provided on the open end of the shell (2) and the end wall being bonded with baffle (22) for the dovetail
The dovetail groove (24) of block (221) sliding, the dovetail groove (24) are extended straight up.
7. a kind of detachable crossflow cooling tower according to claim 6, it is characterised in that: the top of the dovetail groove (24)
End opening setting, bottom seal setting, be located on the shell (2) opening of dovetail groove (24) side be hingedly provided with by
The countercheck rod (25) of the opening prevention of dovetail groove (24).
8. a kind of detachable crossflow cooling tower according to claim 7, it is characterised in that: be located on the shell (2)
The other side of the opening of dovetail groove (24) is provided with the U-shaped rubber cutting ferrule (26) being caught in for the countercheck rod (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822139472.1U CN209310542U (en) | 2018-12-18 | 2018-12-18 | A kind of detachable crossflow cooling tower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822139472.1U CN209310542U (en) | 2018-12-18 | 2018-12-18 | A kind of detachable crossflow cooling tower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209310542U true CN209310542U (en) | 2019-08-27 |
Family
ID=67677725
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822139472.1U Active CN209310542U (en) | 2018-12-18 | 2018-12-18 | A kind of detachable crossflow cooling tower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209310542U (en) |
-
2018
- 2018-12-18 CN CN201822139472.1U patent/CN209310542U/en active Active
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