CN209563105U - A kind of intellectual one or two fused controlling devices - Google Patents
A kind of intellectual one or two fused controlling devices Download PDFInfo
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- CN209563105U CN209563105U CN201822156405.0U CN201822156405U CN209563105U CN 209563105 U CN209563105 U CN 209563105U CN 201822156405 U CN201822156405 U CN 201822156405U CN 209563105 U CN209563105 U CN 209563105U
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- pedestal
- sliding block
- gag lever
- lever post
- shell
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Abstract
The utility model discloses a kind of intellectual one or two fused controlling devices, including controller ontology, pedestal, pedestal, shell, processor, temperature inductor, battery, induced draught fan and extractor fan, the controller ontology is fixedly arranged on the top of pedestal, it is external that the shell covers in controller sheet, and outer casing bottom is connected to base top surface periphery, the processor and temperature inductor are set to inner surface of outer cover, the battery is connected to chassis outer side face, the induced draught fan is set to shell front side face, the extractor fan is set to shell trailing flank and is connected in shell, it is external, the extractor fan is located at the dead astern of induced draught fan, the induced draught fan front end is equipped with a filter screen, the processor and temperature inductor, induced draught fan and extractor fan control connection, the processor, temperature inductor, induced draught fan and extractor fan by Battery power supply.The utility model has good heat sinking function, intelligent heat dissipation may be implemented, and using safe.
Description
Technical field
The utility model relates to a kind of controllers, more particularly to a kind of intellectual one or two fused controlling devices.
Background technique
One or two fused controlling devices refer to a kind of wiring and change for changing main circuit or control circuit according to predetermined order
Resistance value enables device to control starting, speed regulation, braking and reversely main of motor in circuit.Controller is mainly used for various multiple
In miscellaneous electric-control system and various large-scale electric equipments.Existing controller is in being linked into electrical equipment, due to controller electricity consumption
Fever, meanwhile, existing one or two fused controlling devices are greatly most without the component of auxiliary heat dissipation, so being easy to cause control internal
Temperature is excessively high, and is easily damaged controller or causes safety accident.Furthermore though currently having had the fused controlling device of part one or two times
Auxiliary radiating device is installed, but these auxiliary radiating devices are using not smart enough, even if the feelings that controller internal temperature is not high
Under condition, the ancillary equipment that radiates, so then can waste of resource still in operating status.
Utility model content
The utility model provides a kind of intellectual one or two fused controlling devices, and main purpose is to solve above-mentioned ask
Topic.
In order to solve the above technical problems, the utility model adopts the following technical solution is achieved:
A kind of intellectual one or two fused controlling devices, including controller ontology, pedestal, pedestal, shell, processor, temperature
Inductor, battery, induced draught fan and extractor fan, the controller ontology are fixedly arranged on the top of pedestal, and the shell covers in control
Device sheet processed is external, and outer casing bottom is connected to base top surface periphery, and the processor and temperature inductor are set to table in shell
Face, is connected to the battery-disassembled chassis outer side face, and the induced draught fan is set to shell front side face and to be connected to shell inside and outside
Portion, the extractor fan are set to shell trailing flank and are connected to the inside and outside portion of shell, the extractor fan be located at induced draught fan just after
Side, the induced draught fan front end are equipped with a filter screen, and the processor is controlled with temperature inductor, induced draught fan and extractor fan
System connection, the processor, temperature inductor, induced draught fan and extractor fan are battery powered, and the pedestal is set to pedestal
Bottom, and pedestal is connect with pedestal by multiple plug assemblies, and the plug assembly includes being fixedly arranged on base bottom vertically
Mandril and inserted link, further include the first sliding block, spring, the second sliding block, gag lever post, are respectively equipped at the top of the pedestal and mandril and slotting
The mandril slot and inserted link slot of bar adaptation are equipped with the mounting hole of a horizontal perforation, institute between the bottom and inserted link slot of the mandril slot
The right end that the first sliding block is slidedly arranged on mounting hole is stated, second sliding block is slidedly arranged on the left part of mounting hole, and the spring is set to first
Between sliding block and the second sliding block, one first top cover, the bullet are additionally provided between the left end of first sliding block and the right end of spring
The right end of spring is butted in the first top cover, and the second top cover is additionally provided between the right end of second sliding block and the left end of spring, described
The left end of spring is butted in the second sliding block, and the right end of the gag lever post is pivotably coupled to the left end of the second sliding block, and described
One sliding block is equal with the diameter of gag lever post, and the middle part of the inserted link is equipped with a limiting slot being adapted to gag lever post, the inserted link slot
Depth one section of gag lever post at least more than the depth of mandril slot diametral distance, the inserted link bottom end is at least lower by one than ejector rod bottom end
The right end top of the diametral distance of section gag lever post, first sliding block is equipped with inclined first inclined-plane to the right, the limit
The left end lower part of bar is equipped with as inclined second inclined-plane in upper left side, and the lateral surface of the gag lever post is connected with a sliding driving lever, institute
It states the pedestal on the outside of gag lever post and is equipped with a sliding slot, which can be used for guiding the left and right sliding of sliding driving lever and blocking sliding dialling
Bar, it is described sliding driving lever the extended sliding slot in front end outside.
The bottom of first sliding block is connected with the first skidding, and second slider bottom is connected with the second skidding, described
First skidding and the second skidding are slidedly arranged on the bottom surface of mounting hole.
The mandril and inserted link are integrally formed with pedestal.
Between the gag lever post left side and the second inclined-plane be arc transition, the inserted link right side and limit groove bottom it
Between also be arc transition.
The sliding slot includes one section of horizontal concrete chute, further includes one section of vertical chute for being connected to horizontal concrete chute right end.
There are two the plug assembly is set, and this two plug assemblies are forward and backward is symmetrically disposed on pedestal.
By the above-mentioned description to the utility model structure it is found that compared to the prior art, the utility model has following excellent
Point:
1. the utility model is ingenious in design, structurally reasonable.Using the utility model, temperature sensor first can will be in shell
Temperature timing be transmitted to processor, if occur temperature in shell it is excessively high when, processor can control induced draught fan and exhausting
Fan is run simultaneously, and then allows shell is interior to form convection current, and take away the heat in shell rapidly, takes the effect of cooling and heat dissipation to.
If temperature inductor senses that the temperature in shell has been in safe temperature, temperature sensor again can pass temperature information
Be defeated by processor, so processor can synchronously control induced draught fan and extractor fan be simultaneously stopped operation.It can not only reach in this way
It to the function of radiating and cooling, is in controller ontology in security context, can also be controlled in time when temperature is in safety value
Induced draught fan and extractor fan processed are simultaneously stopped operation, reach energy-efficient effect, and realize intelligent heat dissipation.The filter screen is set
The dust of shell exterior can be effectively reduced by, which setting, enters in shell, and then can further protection controller ontology.Use this reality
It can also be achieved Fast Installation and disassembly with novel, working efficiency can be greatlyd improve, and time saving and energy saving.Installation process, first base
Seat can interlocking in external electricity utilization site or corresponding cabinet body, then controller ontology and pedestal are lifted, mandril with
Inserted link is respectively aligned in insertion mandril slot and inserted link slot, and during decline insertion, the bottom end of inserted link first can be inserted into and lead to first
Mounting hole left end is crossed, then mandril lower end then starts to resist the first inclined-plane.The first sliding block of process gradually declined is moved to the left, and
It pushes the first top cover to move to left, promotes spring-compressed, spring-compressed then has the second top cover, the second sliding block and gag lever post to be driven to the left
Power.Finally when mandril is inserted into mandril slot bottom end, inserted link is also inserted into inserted link slot bottom end, at this point, gag lever post can be inserted just
Enter to limiting slot, and gag lever post downside is bonded with limiting slot downside, completes controller ontology i.e. pedestal in this way
Installation.Installing controller ontology and pedestal so left and right will not shake, and also directly can not above mention, very securely and safe, and
Installation speed is exceedingly fast, and can greatly improve installation effectiveness.If desired disassembly controller ontology is when being overhauled, first can be to
Right pulling slides driving lever and gag lever post is driven to move to right, and gag lever post is made to completely disengage limiting slot, then by sliding slot to sliding driving lever
Carry out rotary stopper.After sliding driving lever limit, the second sliding block and the second top cover are pushed to the right and make bullet by gag lever post at this time
Spring is in compressive state, in this way can above mention controller ontology and pedestal.During controller ontology and pedestal above mention, by
The first inclined-plane is no longer contradicted in mandril, spring has the power driven to the right, such first sliding block to the first top cover and the first sliding block
It is gradually pushed to the initial position of mounting hole right end, disassembly can be rapidly completed in this way.
2. first skidding and the second skidding are provided with conducive to the first sliding block and the second sliding block inside mounting hole
Sliding, keeps the sliding of the first sliding block and the second sliding block more smooth.
3. the mandril and inserted link are integrally formed with pedestal, it is provided in this way conducive to processing and production, and then improves and produce
The production efficiency of product.
4. between the gag lever post left side and the second inclined-plane, inserted link right side and limit groove bottom between be circular arc mistake
It crosses, setting is so that impact force when inserted link when being inserted into inserted link slot, can reduce the grafting of gag lever post and limiting slot, Jin Erqi in this way
To buffer function.
It further include one section of vertical chute for being connected to horizontal concrete chute right end, institute 5. the sliding slot includes one section of horizontal concrete chute
Horizontal concrete chute is stated for sliding driving lever level sliding, makes sliding driving lever gag lever post can be driven to move to right, then makes gag lever post and limit
Slot separation.The vertical chute can be used for blocking sliding driving lever, so that sliding driving lever will not be moved to left by spring driving again.
6. there are two the plug assembly is set, and this two plug assemblies are forward and backward is symmetrically disposed on pedestal, set in this way
Set it is more stable so that the connection of pedestal and pedestal is safer.
Detailed description of the invention
Fig. 1 is the schematic front view of the utility model.
Fig. 2 is the partial schematic sectional view on the utility model installation process main view.
Fig. 3 is the enlarged view in Fig. 2 at A.
Fig. 4 is the stereoscopic schematic diagram of the utility model gag lever post.
Specific embodiment
Below it is specific embodiment of the present utility model:
Referring to Figures 1 and 2.A kind of intellectual one or two fused controlling devices, including controller ontology 1, pedestal 2, pedestal 3,
Shell 4, processor (being not drawn into figure), temperature inductor (being not drawn into figure), battery 5, induced draught fan (being not drawn into figure) and
Extractor fan 6.The controller ontology 1 is fixedly arranged on the top of pedestal 2, and the shell 4 covers in outside controller ontology 1, and shell 4
Bottom is connected to 2 top surface periphery of pedestal, and the processor (being not drawn into figure) and temperature inductor (being not drawn into figure) are set to
4 inner surface of shell, the battery 5 are removably attachable to 2 lateral surface of pedestal.The induced draught fan (being not drawn into figure) is set to outer
4 leading flank of shell is simultaneously connected to the inside and outside portion of shell 4, and the extractor fan 6 is set to 4 trailing flank of shell and is connected to the inside and outside portion of shell 4, should
Extractor fan 6 is located at the dead astern of induced draught fan (being not drawn into figure), and the induced draught fan (is not drawn into) front end equipped with one in figure
Filter screen 7.The processor (being not drawn into figure) and temperature inductor (being not drawn into figure), induced draught fan (being not drawn into figure) and
Extractor fan 6 controls connection, the processor (being not drawn into figure), temperature inductor (being not drawn into figure), induced draught fan (figure
In be not drawn into) and extractor fan 6 by battery 5 power.The setting of the filter screen 7 can be effectively reduced the powder outside shell 4
Dirt enters in shell 4, and then can further protection controller ontology 1.
Referring to Figure 2 to Figure 4.The pedestal 3 is set to the bottom of pedestal 2, and pedestal 2 and pedestal 3 pass through two plug assemblies 8
Connection, two plug assemblies 8 are forward and backward is symmetrically disposed on pedestal 3 for this.The plug assembly 8 includes being fixedly arranged on pedestal 2 vertically
The mandril 81 and inserted link 82 of bottom, the mandril 81 and inserted link 82 are integrally formed with pedestal 2.The plug assembly 8 further includes
One sliding block 83, spring 84, the second sliding block 85, gag lever post 86 are respectively equipped at the top of the pedestal 3 and are adapted to mandril 81 and inserted link 82
Mandril slot 9 and inserted link slot 10, the mounting hole 11 of a horizontal perforation is equipped between the bottom and inserted link slot 10 of the mandril slot 9.
First sliding block 83 is slidedly arranged on the right end of mounting hole 11, and second sliding block 85 is slidedly arranged on the left part of mounting hole 11, the bullet
Spring 84 is set between the first sliding block 83 and the second sliding block 85, is also set between the left end of first sliding block 83 and the right end of spring 84
There is one first top cover 12, the right end of the spring 84 is butted in the first top cover 12.The right end and spring 84 of second sliding block 85
Left end between be additionally provided with the second top cover 13, the left end of the spring 84 is butted in the second top cover 13, first sliding block 83
Bottom is connected with the first skidding 831, and 85 bottom of the second sliding block is connected with the second skidding 851, first skidding 831 and
Two skidding 851 are slidedly arranged on the bottom surface of mounting hole 11.
Referring to Figure 2 to Figure 4.The pedestal 2 can be used for support and control device ontology 1, keep controller ontology more stable, described
Pedestal 3 can connect in external electricity utilization site or corresponding cabinet body, and then when dismantling controller ontology 1, without dismantling base
Seat 3, is arranged more convenient in this way.There are two the plug assembly 8 is set, and it is set to the forward and backward symmetric position of pedestal 2 and pedestal 3,
Setting is so that the connection of pedestal 2 and pedestal 3 is more firm in this way, therefore controller ontology 1 is also more stable.It the mandril 81 and inserts
Bar 82 is integrally formed with pedestal 2, can be convenient processing in this way, and production efficiency, first top cover 12 and the second top can be improved
The setting of lid 13 can be such that 84 both ends of spring are butted between both, and spring 84 is enable to work normally.First skidding 831 and
The setting of two skidding 851 can make the sliding of the first sliding block 83 and the second sliding block 85 more smooth and effective.
Referring to figs. 1 to Fig. 4.The right end of the gag lever post 86 is pivotably coupled to the left end of the second sliding block 85, and described
One sliding block 83 is equal with the diameter of gag lever post 86, and the middle part of the inserted link 82 is equipped with a limiting slot 821 being adapted to gag lever post 86,
The diametral distance of the depth of the inserted link slot 10 one section of gag lever post 86 at least more than the depth of mandril slot 9,82 bottom end of inserted link
The right end top of the diametral distance of one section of gag lever post 86 at least lower than 81 bottom end of mandril, first sliding block 83 is equipped with to the right
Inclined first inclined-plane 832, the left end lower part of the gag lever post 86 are equipped with the second inclined-plane 861 of inclined upward to the left, the limit
It is arc transition between position 86 left side of bar and the second inclined-plane 861, between 82 right side of inserted link and 821 bottom surface of limiting slot
For arc transition.The lateral surface of the gag lever post 86 is connected with a sliding driving lever 14, sets on the pedestal 3 in 86 outside of gag lever post
There is a sliding slot 15, which includes one section of horizontal concrete chute 151, further includes one section and is connected to the vertical of 151 right end of horizontal concrete chute
Sliding slot 152, the sliding slot 15 can be used for guiding the left and right sliding of sliding driving lever 14 and block sliding driving lever 14, the sliding driving lever 14
The extended sliding slot 15 in front end outside.
Referring to figs. 1 to Fig. 4.The limiting slot 821 can be adapted to gag lever post 86, and then guarantee that pedestal 2 can be effective with pedestal 3
Fixed, the first sliding block of process 83 that the setting on first inclined-plane 832 can be such that mandril 81 moves down can be moved to left sufficiently, and described second tiltedly
The setting in face 861 more mitigates when so that gag lever post 86 is with the cooperation of limiting slot 821, is unlikely to gag lever post 86 too quickly
It is inserted into limiting slot 821, is arranged so safer.Between 86 left side of gag lever post and the second inclined-plane 861, inserted link 82 it is right
Side and limiting slot are arc transition between 821 bottom surface, and setting in this way can further mitigate gag lever post 86 and limiting slot
821 cooperation reduces impact force, has the function of changing into.The sliding driving lever 14 can drive gag lever post 86 to move to left, and the sliding
Driving lever 14 can drive gag lever post 86 to rotate after moving to left on horizontal concrete chute 151, and sliding driving lever 14 is made to be stuck in vertical chute 152
On, and then detent.
Referring to figs. 1 to Fig. 4.Working principle of the utility model is: temperature sensor is (in figure first using the utility model
It is not drawn into) the temperature timing in shell 4 can be transmitted to processor (being not drawn into figure), if it is excessively high temperature in shell 4 occur
When, processor (being not drawn into figure) can control induced draught fan (being not drawn into figure) and extractor fan 6 while run, and then allow outside
Convection current is formed in shell 4, and takes away the heat in shell 4 rapidly, takes the effect of cooling and heat dissipation to.If temperature inductor is (in figure not
Drawing) when being in safe temperature, then temperature sensor (being not drawn into figure) again can be temperature for the temperature that senses in shell 4
Information is transferred to processor (being not drawn into figure), so processor (being not drawn into figure) can synchronously control induced draught fan (in figure not
Draw) and extractor fan 6 be simultaneously stopped operation.The function of not only can achieve radiating and cooling in this way, is in controller ontology
In security context, induced draught fan (being not drawn into figure) and extractor fan 6 can also be controlled in time when temperature is in safety value
It is simultaneously stopped operation, reaches energy-efficient effect, and realize intelligent heat dissipation.Fast Installation can be realized using the utility model and is torn open
It unloads, working efficiency can be greatlyd improve, and time saving and energy saving.Installation process, first pedestal 3 can interlocking in external electricity utilization site or
In the corresponding cabinet body of person, then controller ontology 1 and pedestal 2 are lifted, mandril 81 and inserted link 82 are respectively aligned to insertion mandril
In slot 9 and inserted link slot 10, during decline insertion, 11 left end of mounting hole can be first inserted into and be passed through in the bottom end of inserted link 82 first,
Then 81 lower end of mandril then starts to resist the first inclined-plane 832.The first sliding block of process 83 gradually declined is moved to the left, and pushes the
One top cover 12 moves to left, and spring 84 is promoted to compress, and the compression of spring 84 is then oriented to the second top cover 13, the second sliding block 85 and gag lever post 86
The power that a left side drives.Finally when mandril 81 is inserted into mandril 9 bottom end of slot, inserted link 82 is also inserted into 10 bottom end of inserted link slot, at this point, limit
Bar 86 can be inserted to limiting slot 821 just, and 86 downside of gag lever post is bonded with 821 downside of limiting slot, so i.e.
Complete the controller ontology 1 i.e. installation of pedestal 2.Installing controller ontology 1 and pedestal 2 so left and right will not shake, and also can not
Directly above mention, it is very securely and safe, and installation speed is exceedingly fast, and can greatly improve installation effectiveness.If desired disassembly control
When device ontology 1 is overhauled, sliding driving lever 14 can be pulled to the right first and gag lever post 86 is driven to move to right, keep gag lever post 86 complete
It is detached from limiting slot 821, then carries out rotary stopper by 15 pairs of sliding driving levers 14 of sliding slot.After sliding the limit of driving lever 14, this time limit
Second sliding block 85 and the second top cover 13 are pushed to the right and spring 84 are made to be in compressive state by position bar 86, can will be controlled in this way
Device ontology 1 and pedestal 2 processed above mention.During controller ontology 1 and pedestal 2 above mention, due to mandril 81 to the first inclined-plane 832 not
It contradicts again, spring 84 has the power driven to the right to the first top cover 12 and the first sliding block 83, and such first sliding block 83 is gradually pushed to
The initial position of 11 right end of mounting hole, can be rapidly completed disassembly in this way.
The above is only the specific embodiments of the present invention, but the design concept of the present invention is not limited thereto,
All non-essential modifications to the present invention made by this concept should belong to the row for invading scope of protection of the utility model
For.
Claims (6)
1. a kind of intellectual one or two fused controlling devices, it is characterised in that: including controller ontology, pedestal, pedestal, shell, place
Device, temperature inductor, battery, induced draught fan and extractor fan are managed, the controller ontology is fixedly arranged on the top of pedestal, described outer
Clamshell is external in controller sheet, and outer casing bottom is connected to base top surface periphery, and the processor and temperature inductor are set to
Inner surface of outer cover, is connected to the battery-disassembled chassis outer side face, and the induced draught fan is set to shell front side face and is connected to
The inside and outside portion of shell, the extractor fan are set to shell trailing flank and are connected to the inside and outside portion of shell, which is located at air draught wind
The dead astern of fan, the induced draught fan front end are equipped with a filter screen, the processor and temperature inductor, induced draught fan and exhausting
Fan controls connection, and the processor, temperature inductor, induced draught fan and extractor fan are battery powered, the pedestal
Set on the bottom of pedestal, and pedestal is connect with pedestal by multiple plug assemblies, and the plug assembly includes being fixedly arranged on bottom vertically
The mandril and inserted link of seat bottom, further include the first sliding block, spring, the second sliding block, gag lever post, be respectively equipped at the top of the pedestal with
The mandril slot and inserted link slot of mandril and inserted link adaptation are equipped with the peace of a horizontal perforation between the bottom and inserted link slot of the mandril slot
Hole is filled, first sliding block is slidedly arranged on the right end of mounting hole, and second sliding block is slidedly arranged on the left part of mounting hole, and the spring is set
Between the first sliding block and the second sliding block, it is additionally provided with one first top cover between the left end of first sliding block and the right end of spring,
The right end of the spring is butted in the first top cover, is additionally provided with the second top between the right end of second sliding block and the left end of spring
Lid, the left end of the spring are butted in the second sliding block, and the right end of the gag lever post is pivotably coupled to the left end of the second sliding block,
First sliding block is equal with the diameter of gag lever post, and the middle part of the inserted link is equipped with a limiting slot being adapted to gag lever post, described
The diametral distance of the depth of inserted link slot one section of gag lever post at least more than the depth of mandril slot, the inserted link bottom end is extremely than ejector rod bottom end
The right end top of the diametral distance of few low one section of gag lever post, first sliding block is equipped with inclined first inclined-plane to the right, institute
The left end lower part for stating gag lever post is equipped with as inclined second inclined-plane in upper left side, and the lateral surface of the gag lever post is connected with a sliding and dials
Bar, the pedestal on the outside of the gag lever post are equipped with a sliding slot, which can be used for guiding the left and right sliding of sliding driving lever and block cunning
Dynamic driving lever, outside the extended sliding slot in front end of the sliding driving lever.
2. a kind of intellectual one or two fused controlling devices as described in claim 1, it is characterised in that: the bottom of first sliding block
Portion is connected with the first skidding, and second slider bottom is connected with the second skidding, and first skidding and the second skidding cunning are set
In the bottom surface of mounting hole.
3. intellectual one or two fused controlling devices as described in claim 1 a kind of, it is characterised in that: the mandril and inserted link with
Pedestal is integrally formed.
4. a kind of intellectual one or two fused controlling devices as described in claim 1, it is characterised in that: the gag lever post left side
It is arc transition between the second inclined-plane, is also arc transition between the inserted link right side and limit groove bottom.
5. a kind of intellectual one or two fused controlling devices as described in claim 1, it is characterised in that: the sliding slot includes one section
Horizontal concrete chute further includes one section of vertical chute for being connected to horizontal concrete chute right end.
6. intellectual one or the two fused controlling devices of one kind as described in any one of claim 1-5, it is characterised in that: described
There are two plug assembly is set, and this two plug assemblies are forward and backward is symmetrically disposed on pedestal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822156405.0U CN209563105U (en) | 2018-12-21 | 2018-12-21 | A kind of intellectual one or two fused controlling devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822156405.0U CN209563105U (en) | 2018-12-21 | 2018-12-21 | A kind of intellectual one or two fused controlling devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209563105U true CN209563105U (en) | 2019-10-29 |
Family
ID=68303200
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822156405.0U Active CN209563105U (en) | 2018-12-21 | 2018-12-21 | A kind of intellectual one or two fused controlling devices |
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| Country | Link |
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| CN (1) | CN209563105U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111614007A (en) * | 2020-04-27 | 2020-09-01 | 国网浙江嘉善县供电有限公司 | Integrated packaging type temporarily applied transformer substation |
-
2018
- 2018-12-21 CN CN201822156405.0U patent/CN209563105U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111614007A (en) * | 2020-04-27 | 2020-09-01 | 国网浙江嘉善县供电有限公司 | Integrated packaging type temporarily applied transformer substation |
| CN111614007B (en) * | 2020-04-27 | 2021-11-23 | 国网浙江嘉善县供电有限公司 | Integrated packaging type temporarily applied transformer substation |
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