CN208352067U - A kind of transformer radiation shell - Google Patents
A kind of transformer radiation shell Download PDFInfo
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- CN208352067U CN208352067U CN201820811418.4U CN201820811418U CN208352067U CN 208352067 U CN208352067 U CN 208352067U CN 201820811418 U CN201820811418 U CN 201820811418U CN 208352067 U CN208352067 U CN 208352067U
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- radiation shell
- main body
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- shell main
- heat
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The utility model proposes a kind of transformer radiation shells, including radiation shell main body, heat-absorbing shield and adjustable ventilation device, heat-absorbing shield is arranged in radiation shell body top, heat-absorbing shield is surrounded by Diversion Plate, the bottom of heat-absorbing shield is equipped with heat-conducting plate, the open cultivation box in top, water culture layer, accessory septa and soil horizon are successively arranged in heat-absorbing shield from top to bottom, blower and built-in connection frame are equipped in radiation shell main body, the bottom of radiation shell main body is equipped with adjustable ventilation device.Transformer radiation shell described in the utility model has the advantages that service life that is structurally reasonable, can distributing in time heat, transformer is made to avoid direct sunlight, transformer has been effectively ensured.
Description
Technical field
The utility model relates in terms of transformer, and in particular to a kind of transformer radiation shell.
Background technique
Transformer can generate a large amount of heat during the work time, if the temperature of progress heat-dissipating voltage transformer not in time will
Increasing, the working efficiency of transformer and the service life of transformer can decrease, if along with high temperature is exposed to the sun, transformer
Service life just will be greatly reduced, therefore design one kind and can disperse heat caused by transformer surface in time, and absorb one
The radiation shell of the heat generated under point direct sunlight is necessary.
Utility model content
The purpose of this utility model provides a kind of transformer radiation shell, solves one or more in above-mentioned prior art problem
It is a.
The utility model proposes a kind of transformer radiation shells, including radiation shell main body, heat-absorbing shield and adjustable ventilation dress
It sets, heat-absorbing shield setting is surrounded by Diversion Plate in radiation shell body top, heat-absorbing shield, and the bottom of heat-absorbing shield is equipped with heat-conducting plate,
The open cultivation box in top, water culture layer, accessory septa and soil horizon, cultivation box surrounding are successively arranged in heat-absorbing shield from top to bottom
Heat-absorbing shield in set Packed water tank, water tank is equipped with the first water-supply-pipe and the second water-supply-pipe, the first water-supply-pipe and the
It is equipped with a check valve on two water-supply-pipes, one controls and conveys water into water tank in two check valves, another check valve
Water tank draining is controlled, the first water-supply-pipe is arranged on the side wall of water tank, and the second water-supply-pipe is located at the bottom of water tank, and second
In the bottom insertion water culture layer of water-supply-pipe, three through-holes are at least uniformly provided on accessory septa, between accessory septa and soil horizon
Equipped with separate layer, guarantee that the through-hole water flowing on accessory septa is smooth using separate layer, reduction soil horizon, which floats in water culture layer, to be dissipated
Air outlet is equipped between hot shell main body and heat-absorbing shield；Blower and built-in connection frame are equipped in radiation shell main body, including blower setting
The top of connection frame is set, built-in connection frame includes upper connection frame and lower connection frame, and limit is equipped between upper connection frame and lower connection frame
Position bar, upper connection frame and lower connection frame include connection mainboard, connect the left and right sides of mainboard at least provided with two pieces of supporting plates, branch
The side of plate is connect with radiation shell main body, and the bottom middle position that mainboard is connected on lower connection frame is equipped with the first auxiliary link block,
First auxiliary link block is connect with auxiliary support block, and the bottom of auxiliary support block is equipped with auxiliary attachment base, assists water on attachment base
The flat telescopic rod set there are two both ends and radiation shell body contact；The bottom of radiation shell main body is equipped with adjustable ventilation device,
Adjustable ventilation device includes screw rod, bottom plate and turnover device, at least provided with four screw holes, screw hole in radiation shell main body
Inner wall be equipped with spiral lamination, the quantity of screw hole and the quantity of screw rod are equal, and screw hole and screw rod correspond, screw rod it is upper
End is located in corresponding screw hole, and the bottom of each screw rod is equipped with an assist handle, and screw rod passes through bottom plate, and bottom plate is located at auxiliary
The top of assistant's handle, a connecting shaft is respectively provided in each edge of radiation shell bottom part body, and each connecting shaft is equipped with one and turns over
Rotary device, turnover device include gear shaft and turnover panel, turnover panel and gear axis connection, gear bush in connecting shaft, gear shaft with
Screw rod engagement.
Wherein, one piece of link block is respectively provided at left and right sides of heat-absorbing shield, link block is equipped with auxiliary connecting hole, link block
Bottom is equipped with square through hole, and one piece of auxiliary link block is respectively provided at left and right sides of radiation shell main body, assists link block and link block
Correspond, assist the top of link block be equipped with convex block, the shape size of convex block and position and groove shape size and
Position is corresponding, and convex block assists the bottom of link block to be equipped with square groove, the width of through-hole and the width of groove in groove
Equal, groove is corresponding with the position of auxiliary flute, passes through the through-hole of the same side using belt and groove tightening knots heat absorption
Cover is connect with radiation shell main body.
Wherein, cultivation box includes auxiliary linkage section, netted articulamentum and the partition that cultivation box bottom is arranged in, and auxiliary connects
The top for connecing section is connect with Diversion Plate, and the bottom of linkage section is assisted to connect by netted articulamentum with partition, netted articulamentum at
Fenestral fabric is inputted in water tank by the first water-supply-pipe convenient for the water in cultivation box in this way, is uniformly provided on partition multiple
Circular through hole, for the flowing of water, the root for being also convenient for plant is grown downwards and absorbing septum moisture below, wherein first
Height where water-supply-pipe is greater than the height where partition, less than the height where auxiliary linkage section.
Wherein, the supporting plate connected at left and right sides of mainboard is symmetrical about connection mainboard, and the side of supporting plate passes through the first spiral shell
Silk is connect with radiation shell main body, at least provided with three location holes on each supporting plate, the position of the supporting plate on upper connection frame and under
The position of supporting plate on connection frame is corresponding, on the position of the location hole on upper connection frame upper supporting plate and lower connection frame upper supporting plate
The position of location hole is corresponding, and gag lever post is arranged between the supporting plate on the supporting plate on upper connection frame and lower connection frame, gag lever post
Upper and lower ends be respectively provided with an auxiliary lug, the shape size of auxiliary lug and the shape size of location hole are corresponding, limit
Two auxiliary lugs of bar upper and lower ends are distributed through the location hole on the supporting plate of gag lever post upper and lower ends, across the auxiliary of location hole
It helps on convex block and the second bolt is installed.
Wherein, the outer surface of the first auxiliary link block is equipped with spiral lamination, the top of auxiliary support block be equipped with shape size with
Corresponding first auxiliary flute of shape size of first auxiliary link block, the inner wall of the first auxiliary flute are equipped with spiral lamination,
First auxiliary link block is in the first auxiliary flute.
Wherein, it wears for two layers of two telescopic rods point and connects on auxiliary attachment base, be between telescopic rod and auxiliary attachment base
Demountable, two telescopic rods are worn to connect and be looked up or overlook when assisting on attachment base in cross.
Further, the both ends of telescopic rod are equipped with the second auxiliary attachment base, and the second auxiliary attachment base is tightly attached to radiation shell master
On internal wall, the place connecting on the second auxiliary attachment base with radiation shell main body is junction, and the middle position of junction is equipped with
Rubber spacer, one end of rubber spacer is on the second auxiliary attachment base.
Wherein, radiation shell main body is in cuboid, and radiation shell main body is equipped with eight screw holes, and the inner wall of screw hole is equipped with
Spiral lamination, the quantity of screw hole and the quantity of screw rod are equal, and screw hole and screw rod correspond, and the upper end of screw rod is located at corresponding
In screw hole, the bottom of each screw rod is equipped with an assist handle, and eight screw rods both pass through bottom plate, and bottom plate is located at assist handle
Top, the bottom of radiation shell bottom part body all around four sides is respectively provided with a connecting shaft, and each connecting shaft is equipped with
One turnover device, wherein the turnover device on former and later two sides includes gear shaft and the first turnover panel, the first turnover panel and gear
Axis connection, gear bush is in connecting shaft, and wherein the turnover device on former and later two sides includes gear shaft and the second turnover panel, and
Two turnover panels and gear axis connection, gear bush is in connecting shaft, and there are two the left sides that screw rod is located at radiation shell main body in eight screw rods
On side, engaged with the gear shaft in turnover device on radiation shell main body left side；Screw rod is located at scattered there are two in eight screw rods
On the right side of hot shell main body, engaged with the gear shaft in turnover device on radiation shell main body right side；Have two in eight screw rods
A screw rod is located on the leading flank of radiation shell main body, is engaged with the gear shaft in turnover device on radiation shell main body leading flank；Eight
It is located on the trailing flank of radiation shell main body in a screw rod there are two screw rod, with the tooth in turnover device on radiation shell main body trailing flank
Wheel shaft engagement.
A kind of the advantages of transformer radiation shell described in the utility model are as follows: it is structurally reasonable, it can not only effectively disperse
The heat on transformer surface, additionally it is possible to which the heat generated when effectively avoiding direct sunlight transformer, and absorbing direct sunlight is protected
Demonstrate,prove the normal work of transformer and the service life of transformer.
Detailed description of the invention
Fig. 1 is the main view of transformer radiation shell in a kind of embodiment of the utility model；
Fig. 2 is the schematic diagram of the section structure of transformer radiation shell in a kind of embodiment of the utility model；
Fig. 3 is the enlarged drawing of the part A-a in Fig. 2；
Fig. 4 is the bottom view of upper connection frame in a kind of embodiment of the utility model.
Specific embodiment
As shown in Figures 1 to 4, the utility model proposes a kind of transformer radiation shells, including radiation shell main body 5, heat-absorbing shield 1
And adjustable ventilation device, the setting of heat-absorbing shield 1 are surrounded by Diversion Plate 101, inhale in 5 top of radiation shell main body, heat-absorbing shield 1
The bottom of heat cover 1 is equipped with heat-conducting plate 113, is successively arranged the open cultivation box in top, water culture layer in the heat-absorbing shield 1 from top to bottom
109, accessory septa 110 and soil horizon 112, the cultivation box include auxiliary linkage section 102, netted articulamentum 103 and set
The partition 108 in cultivation box bottom is set, the top of auxiliary linkage section 102 is connect with Diversion Plate 101, assists the bottom of linkage section 102
Portion is connect by netted articulamentum 103 with partition 108, and netted articulamentum 103 is at fenestral fabric, in this way convenient in cultivation box
Water is inputted in water tank 106 by the first water-supply-pipe 104, multiple circular through holes is uniformly provided on the partition 108, for water
Flowing, the root for being also convenient for plant is grown downwards and the moisture below of absorbing septum 108, wherein where the first water-supply-pipe 104
Height be greater than the height where partition 108, less than the height where auxiliary linkage section 102, in the heat-absorbing shield 1 of cultivation box surrounding
If Packed water tank 106, the water tank 106 is equipped with the first water-supply-pipe 104 and the second water-supply-pipe 107, the first water delivery
A check valve 105 is equipped on pipe 104 and the second water-supply-pipe 107, one controls to water tank 106 in two check valves 105
Middle conveying water, another check valve 105 control water tank 106 and drain, and the side wall of water tank 106 is arranged in the first water-supply-pipe 104
On, the second water-supply-pipe 107 is located at the bottom of water tank 106, and the bottom of the second water-supply-pipe 107 is inserted into water culture layer 109, described auxiliary
It helps on partition 110 and is at least uniformly provided with three through-holes, separate layer 111 is equipped between accessory septa 110 and soil horizon 112, utilize
Separate layer 111 guarantees that the through-hole water flowing on accessory septa 110 is smooth, reduces soil horizon 112 and floats in water culture layer 109, is arranged
The heat that soil horizon 112 can effectively avoid transformer from generating directly acts on water culture layer 109 by heat-conducting plate 113, to plant
The normal growth of object provides help, and air outlet 2 is equipped between the radiation shell main body 5 and heat-absorbing shield 1；The radiation shell main body 5
Interior to be equipped with blower 501 and built-in connection frame, the top of built-in connection frame is arranged in blower 501, and built-in connection frame includes upper connection
Frame 61 and lower connection frame 62 are equipped with gag lever post 602, upper connection frame 61 and lower connection frame between upper connection frame 61 and lower connection frame 62
62 include connection mainboard 611, connects the left and right sides of mainboard 611 to being respectively provided with three pieces of supporting plates 612, the connection mainboard
The supporting plate 612 of 611 left and right sides is symmetrical about connection mainboard 611, and the side of supporting plate 612 by the first screw 601 and dissipates
Hot shell main body 5 connects, at least provided with three location holes 613 on each supporting plate 612, the position of the supporting plate 612 on upper connection frame 61
Set, the position of location hole 613 upper connection frame 61 upper supporting plate 612 on corresponding with the position of supporting plate 612 on lower connection frame 62
Corresponding with the position of location hole 613 on lower 62 upper supporting plate 612 of connection frame, gag lever post 602 is arranged on upper connection frame 61
Between supporting plate 612 on supporting plate 612 and lower connection frame 62, the upper and lower ends of gag lever post 602 are respectively provided with an auxiliary lug 603,
The shape size of auxiliary lug 603 is corresponding with the shape size of location hole 613, two auxiliary of 602 upper and lower ends of gag lever post
Convex block 603 is distributed through the location hole 613 on the supporting plate 612 of 602 upper and lower ends of gag lever post, and the auxiliary across location hole 613 is convex
Second bolt 604 is installed, the side of supporting plate 612 is connect with radiation shell main body 5, connects mainboard on lower connection frame 62 on block 603
611 bottom middle position is equipped with the first auxiliary link block 621, and the outer surface of the first auxiliary link block 621 is equipped with spiral lamination, auxiliary
The top of supporting block 622 is helped to be equipped with shape size first auxiliary corresponding with the first auxiliary shape size of link block 621 recessed
Slot, the inner wall of the first auxiliary flute are equipped with spiral lamination, and the first auxiliary link block 621 is auxiliary in the first auxiliary flute
The bottom of supporting block 622 is helped to be equipped with auxiliary attachment base 623, assisting on attachment base 623 level to set, there are two both ends and radiation shell masters
The telescopic rod 624 that body 5 contacts；The bottom of the radiation shell main body 5 is equipped with adjustable ventilation device, adjustable ventilation device packet
Screw rod 507, bottom plate 505 and turnover device are included, the radiation shell main body 5 is in cuboid, and radiation shell main body 5 is equipped with eight spiral shells
The inner wall of rod aperture 509, screw hole 509 is equipped with spiral lamination, and the quantity of screw hole 509 is equal with the quantity of screw rod 507, screw hole
509 correspond with screw rod 507, and the upper end of screw rod 507 is located in corresponding screw hole 509, and the bottom of each screw rod 507 is all provided with
There is an assist handle 506, eight screw rods 507 both pass through bottom plate 505, and bottom plate 505 is located at the top of assist handle 506, heat dissipation
The bottom of 5 bottom of shell main body all around four sides is respectively provided with a connecting shaft 508, and each connecting shaft 508 is equipped with one
Turnover device, wherein the turnover device on former and later two sides includes gear shaft 502 and the first turnover panel 503, the first turnover panel 503 with
Gear shaft 502 connect, 502 sets of gear shaft in connecting shaft 508, wherein the turnover device on former and later two sides includes gear shaft
502 and second turnover panel 504, the second turnover panel 504 connect with gear shaft 502,502 sets of gear shaft in connecting shaft 508, eight screw rods
It is located on the left side of radiation shell main body 5 in 507 there are two screw rod 507, in turnover device on 5 left side of radiation shell main body
Gear shaft 502 engages；It is located on the right side of radiation shell main body 5 in eight screw rods 507 there are two screw rod 507, with radiation shell master
Gear shaft 502 on 5 right side of body in turnover device engages；Radiation shell main body is located at there are two screw rod 507 in eight screw rods 507
On 5 leading flank, engaged with the gear shaft 502 in turnover device on 5 leading flank of radiation shell main body；Have two in eight screw rods 507
A screw rod 507 is located on the trailing flank of radiation shell main body 5, with the gear shaft 502 in turnover device on 5 trailing flank of radiation shell main body
Engagement.
As the preferred of the present embodiment, the left and right sides of the heat-absorbing shield 1 is respectively provided with one piece of link block 114, link block 114
It is equipped with auxiliary connecting hole 115, the bottom of the link block 114 is equipped with square through hole, the left and right sides of the radiation shell main body 5
It is respectively provided with one piece of auxiliary link block 3, auxiliary link block 3 and link block 114 correspond, and the top of the auxiliary link block 3 is set
There is convex block, the shape size of convex block and position are corresponding with the shape size of groove and position, and the convex block is embedded in groove
It is interior, it is described auxiliary link block 3 bottom be equipped with square groove, the width of through-hole and the width of groove are equal, the groove with it is auxiliary
It helps the position of groove corresponding, passes through the through-hole of the same side using belt 4 and groove tightening knots heat-absorbing shield 1 and radiation shell master
Body 5 connects.
As the preferred of the present embodiment, two telescopic rods 624, which divide to wear for two layers, to be connect on auxiliary attachment base 623, scalable
Bar 624 and auxiliary attachment base 623 between be it is demountable, two telescopic rods 624 wear connect assist attachment base 623 on when face upward
Depending on or overlook be in cross.
As the preferred of the present embodiment, the both ends of telescopic rod 624 are equipped with the second auxiliary attachment base 625, and the second auxiliary connects
Joint chair 625 is tightly attached on 5 inner wall of radiation shell main body, the place connecting on the second auxiliary attachment base 625 with radiation shell main body 5
For junction, the middle position of junction is equipped with rubber spacer, and one end of rubber spacer is on the second auxiliary attachment base 625.
The installation principle of transformer radiation shell described in the present embodiment are as follows: radiation shell main body 5 is buckled to and is placed, the above connection
Point centered on the center of frame 61 installs limit on the location hole 613 on upper connection frame 61 according to the size and shape of transformer
Position bar 602 is simultaneously fixed using the second bolt 604, then installs upper connection frame 61 using the first screw 601, then basis
The position of sound production of gag lever post 602 has connected the transformer of line, line connection frame 62 under the installation of the top of transformer is avoided, so that limit
One end of bar 602 is passed through the location hole 613 on lower connection frame 62 and is fixed using the second bolt 604, then utilizes first
Lower connection frame 62 is connect by screw 601 with the inner sidewall of radiation shell main body 5, then by lower connection close in auxiliary support block 622
The telescopic rod 624 of 62 side of frame is reduced to most short, the first auxiliary link block in 622 twist-on of auxiliary support block to lower connection frame 62
On 621, the telescopic rod 624 in auxiliary support block 622 close to lower 62 side of connection frame is then extended into the telescopic rod outward
The second auxiliary attachment base 625 at 614 both ends is contacted with the inner wall of the left and right sides of radiation shell main body 5, then to the telescopic rod
614 are fixed, then scalable according to another is regulated according to the distance between the inner wall of 5 front and rear sides of radiation shell main body
Then bar 614 may be used so that the length of telescopic rod 614 is equal with the distance between the inner wall of 5 front and rear sides of radiation shell main body
Telescopic rod 614 is embedded between the inner wall of 5 front and rear sides of radiation shell main body, and telescopic rod 614 is made to be embedded into auxiliary support block 622
In, then the first turnover panel 503 and the second turnover panel 504 are flipped outward and arrive maximum angle, then bottom plate 505 is worn and is connected to
On screw rod 507, screw rod 507 is screwed into corresponding screw hole 509 by assist handle 506, with turning for screw rod 507,
One turnover panel 503 and the second turnover panel 504 constantly rotate inward until closure；Then radiation shell main body 5 is rotated to forward direction and is placed,
Heat-absorbing shield 1, and the planting plants in cultivation box are installed in radiation shell main body 5, water then is added to heat-absorbing shield 1 until heat-absorbing shield
Water in 1 is overflowed along Diversion Plate 101.
The working principle of the transformer radiation shell: running down screw rod 507 by turning assist handle 506, when
(temperature is higher, the rotation of the first turnover panel 503 and the second turnover panel 504 when one turnover panel 503 and the second turnover panel 504 are turned to required degree
Gyration is bigger) stop turning assist handle 506, the line connected on transformer is drawn, so that line and other lines are connected, it is then sharp
Stir blower 501 with hand, then blower 501 can constantly be rotated under the action of wind-force and draught head, reach in the first turnover panel
Gap, the second turnover panel 504 between 503 and bottom plate 505 and the gap between bottom plate 505, the first turnover panel 503 and the second turnover panel 5
Between gap be pumped into wind and then pass through the purpose that the air outlet 2 of the top of blower 501 is discharged, and one heat can be arranged directly
Out, the heat of another part can act on the purpose of soil horizon 112 by heat-conducting plate 113；In the case where becoming a fine day, sunlight is generated
Heat can be by the plant absorption in cultivation box；When rainy day, rainwater can be fallen into heat-absorbing shield 1, and rainwater can pass through
One water-supply-pipe 104 enters in water tank 106, and rainwater will not enter back into water tank 106 after the completion of water storage, and can cover heat absorption
Cover 1 is overflowed along Diversion Plate 101；When water level in water culture layer 109 is lower than the bottom of the second water-supply-pipe 107, water tank 106 can lead to
The second water-supply-pipe 107 is crossed to 109 water delivery of water culture layer until water covers the bottom of the second water-supply-pipe 107.
The transformer radiation shell it is structurally reasonable, can not only effectively disperse the heat on transformer surface, additionally it is possible to have
Effect avoids direct sunlight transformer, and the heat that while absorbing direct sunlight generates, and guarantees the normal work and change of transformer
The service life of depressor, while promoting the growth (winter of plant in cultivation box in the heat that winter can distribute by transformer
When the cold-resistant plant of some comparisons can be planted in cultivation box, provide green for the environment of surrounding), improve resource
Effective rate of utilization.
The above is only the preferred embodiment of the utility model, it is noted that those skilled in the art,
Without departing from the concept of the present invention, some similar deformation and improvement can be made, these should also be regarded
Within the protection scope of the utility model.
Claims (6)
1. a kind of transformer radiation shell, which is characterized in that filled including radiation shell main body (5), heat-absorbing shield (1) and adjustable ventilation
It sets, heat-absorbing shield (1) setting is at the top of radiation shell main body (5), and heat-absorbing shield (1) is surrounded by Diversion Plate (101), heat-absorbing shield (1)
Bottom be equipped with heat-conducting plate (113), the open cultivation box in top, water culture layer are successively arranged in the heat-absorbing shield (1) from top to bottom
(109), accessory septa (110) and soil horizon (112), the heat-absorbing shield (1) of cultivation box surrounding is interior to set Packed water tank
(106), the water tank (106) be equipped with the first water-supply-pipe (104) and the second water-supply-pipe (107), the first water-supply-pipe (104) and
A check valve (105) is equipped on second water-supply-pipe (107), one controls to water tank (106) in two check valves (105)
Middle conveying water, another check valve (105) control water tank (106) draining, and the first water-supply-pipe (104) is arranged in water tank
(106) on side wall, the second water-supply-pipe (107) is located at the bottom of water tank (106), the bottom insertion of the second water-supply-pipe (107)
In water culture layer (109), three through-holes, accessory septa (110) and soil horizon are at least uniformly provided on the accessory septa (110)
(112) separate layer (111) are equipped between, are equipped with air outlet (2) between the radiation shell main body (5) and heat-absorbing shield (1)；It is described to dissipate
Blower (501) and built-in connection frame are equipped in hot shell main body (5), the top of built-in connection frame is arranged in blower (501), built-in to connect
Connecing frame includes upper connection frame (61) and lower connection frame (62), and gag lever post is equipped between upper connection frame (61) and lower connection frame (62)
(602), upper connection frame (61) and lower connection frame (62) include connection mainboard (611), and the left and right sides for connecting mainboard (611) is equal
At least provided with two pieces of supporting plates (612), the side of supporting plate (612) is connect with radiation shell main body (5), and master is connected on lower connection frame (62)
The bottom middle position of plate (611) is equipped with the first auxiliary link block (621), the first auxiliary link block (621) and auxiliary support block
(622) it connects, the bottom of auxiliary support block (622) is equipped with auxiliary attachment base (623), and level is equipped in auxiliary attachment base (623)
The telescopic rod (624) that two both ends are contacted with radiation shell main body (5)；The bottom of the radiation shell main body (5) is equipped with adjustable
Ventilation device, adjustable ventilation device include screw rod (507), bottom plate (505) and turnover device, radiation shell main body (5) up to
It is set less there are four screw hole (509), the inner wall of screw hole (509) is equipped with spiral lamination, the quantity and screw rod of screw hole (509)
(507) quantity is equal, and screw hole (509) and screw rod (507) correspond, and the upper end of screw rod (507) is located at corresponding screw rod
In hole (509), the bottom of each screw rod (507) is equipped with an assist handle (506), and screw rod (507) passes through bottom plate (505),
Bottom plate (505) is located at the top of assist handle (506), is respectively provided with a company in each edge of radiation shell main body (5) bottom
Spindle (508), each connecting shaft (508) are equipped with a turnover device, and turnover device includes gear shaft (502) and turnover panel, is turned over
Plate is connect with gear shaft (502), and gear shaft (502) covers on connecting shaft (508), and gear shaft (502) is engaged with screw rod (507).
2. a kind of transformer radiation shell according to claim 1, which is characterized in that the left and right sides of the heat-absorbing shield (1)
It is respectively provided with one piece of link block (114), link block (114) is equipped with auxiliary connecting hole (115), the bottom of the link block (114)
Equipped with square through hole, it is respectively provided with one piece of auxiliary link block (3) at left and right sides of the radiation shell main body (5), assists link block (3)
It is corresponded with link block (114), the top of auxiliary link block (3) is equipped with convex block, the shape size of convex block and position
Corresponding with the shape size of groove and position, in groove, the bottom of auxiliary link block (3) is equipped with the convex block
Square groove, the width of through-hole and the width of groove are equal, and the groove is corresponding with the position of auxiliary flute, utilize belt
(4) through-hole across the same side knots with groove tightening connect heat-absorbing shield (1) with radiation shell main body (5).
3. a kind of transformer radiation shell according to claim 1, which is characterized in that the cultivation box includes auxiliary linkage section
(102), netted articulamentum (103) and the partition (108) of cultivation box bottom is set, assist the top of linkage section (102) with
The bottom of Diversion Plate (101) connection, auxiliary linkage section (102) is connect by netted articulamentum (103) with partition (108), netted
Articulamentum (103) inputs water tank by the first water-supply-pipe (104) convenient for the water in cultivation box in this way at fenestral fabric
(106) in, multiple circular through holes are uniformly provided on the partition (108), for the flowing of water, the root for being also convenient for plant is downward
Growth and absorbing septum (108) moisture below, wherein the height where the first water-supply-pipe (104) is greater than partition (108) institute
Height, be less than auxiliary linkage section (102) where height.
4. a kind of transformer radiation shell according to claim 1, which is characterized in that connection mainboard (611) left and right two
The supporting plate (612) of side is symmetrical about connection mainboard (611), and the side of supporting plate (612) passes through the first screw (601) and heat dissipation
Shell main body (5) connection, the supporting plate at least provided with three location holes (613) on each supporting plate (612), on upper connection frame (61)
(612) position is corresponding with the position of supporting plate (612) on lower connection frame (62), on upper connection frame (61) upper supporting plate (612)
Location hole (613) position it is corresponding with the position of location hole (613) on lower connection frame (62) upper supporting plate (612), limit
Bar (602) is arranged between the supporting plate (612) on the supporting plate (612) and lower connection frame (62) on upper connection frame (61), gag lever post
(602) upper and lower ends are respectively provided with an auxiliary lug (603), shape size and location hole (613) of auxiliary lug (603)
Shape size is corresponding, and two auxiliary lugs (603) of gag lever post (602) upper and lower ends are distributed through gag lever post (602) up and down
Location hole (613) on the supporting plate (612) at both ends passes through and is equipped with the second bolt on the auxiliary lug (603) of location hole (613)
(604)。
5. a kind of transformer radiation shell according to claim 1, which is characterized in that outside the first auxiliary link block (621)
Surface is equipped with spiral lamination, and the top of auxiliary support block (622) is equipped with shape size and the shape of the first auxiliary link block (621) is big
Small corresponding first auxiliary flute, the inner wall of the first auxiliary flute are equipped with spiral lamination, first auxiliary link block (621)
In the first auxiliary flute.
6. a kind of transformer radiation shell according to claim 1, which is characterized in that the radiation shell main body (5) is in rectangular
Body, radiation shell main body (5) are equipped with eight screw holes (509), and the inner wall of screw hole (509) is equipped with spiral lamination, screw hole
(509) quantity is equal with the quantity of screw rod (507), and screw hole (509) and screw rod (507) correspond, screw rod (507) it is upper
End is located in corresponding screw hole (509), and the bottom of each screw rod (507) is equipped with an assist handle (506), eight screw rods
(507) it both passes through bottom plate (505), bottom plate (505) is located at the top of assist handle (506), a left side before and after radiation shell main body (5) bottom
The bottom of right four sides is respectively provided with a connecting shaft (508), and each connecting shaft (508) is equipped with a turnover device, wherein
Turnover device on former and later two sides includes gear shaft (502) and the first turnover panel (503), the first turnover panel (503) and gear shaft
(502) it connects, gear shaft (502) covers on connecting shaft (508), and wherein the turnover device on former and later two sides includes gear shaft
(502) it is connect with the second turnover panel (504), the second turnover panel (504) with gear shaft (502), gear shaft (502) is covered in connecting shaft
(508) it on, is located on the left side of radiation shell main body (5) in eight screw rods (507) there are two screw rod (507), with radiation shell master
Gear shaft (502) engagement on body (5) left side in turnover device；Screw rod (507) are located at scattered there are two in eight screw rods (507)
On the right side of hot shell main body (5), engaged with the gear shaft (502) in turnover device on radiation shell main body (5) right side；Eight
It is located on the leading flank of radiation shell main body (5) in screw rod (507) there are two screw rod (507), on radiation shell main body (5) leading flank
Gear shaft (502) engagement in turnover device；Radiation shell main body (5) is located at there are two screw rod (507) in eight screw rods (507)
On trailing flank, engaged with the gear shaft (502) in turnover device on radiation shell main body (5) trailing flank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820811418.4U CN208352067U (en) | 2018-05-29 | 2018-05-29 | A kind of transformer radiation shell |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820811418.4U CN208352067U (en) | 2018-05-29 | 2018-05-29 | A kind of transformer radiation shell |
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| CN208352067U true CN208352067U (en) | 2019-01-08 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108777209A (en) * | 2018-05-29 | 2018-11-09 | 江苏东晔电气设备有限公司 | A kind of transformer radiation shell |
| CN111237002A (en) * | 2020-03-06 | 2020-06-05 | 辽宁工程技术大学 | Ventilation device for coal mine safety and installation method thereof |
-
2018
- 2018-05-29 CN CN201820811418.4U patent/CN208352067U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108777209A (en) * | 2018-05-29 | 2018-11-09 | 江苏东晔电气设备有限公司 | A kind of transformer radiation shell |
| CN111237002A (en) * | 2020-03-06 | 2020-06-05 | 辽宁工程技术大学 | Ventilation device for coal mine safety and installation method thereof |
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