CN208422566U - Inductor module and Modular UPS including it - Google Patents
Inductor module and Modular UPS including it Download PDFInfo
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- CN208422566U CN208422566U CN201820627308.2U CN201820627308U CN208422566U CN 208422566 U CN208422566 U CN 208422566U CN 201820627308 U CN201820627308 U CN 201820627308U CN 208422566 U CN208422566 U CN 208422566U
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Abstract
The utility model provides a kind of inductor module and the Modular UPS including it, and the inductor module includes the first inductor cabinet, has multiple first electric connection terminals on the side of the first inductor cabinet；And multiple inductors corresponding and separating setting with the multiple first electric connection terminal, the multiple inductor is located at the first inductor interior of equipment cabinet, and one end of the conducting wire of each of the multiple inductor is electrically connected to one in the multiple first electric connection terminal.The installation of the Modular UPS of the utility model is time saving and energy saving, maintenance cost is low.
Description
Technical field
The utility model relates to uninterruptible power supply fields, and in particular to inductor module and including its modularization it is uninterrupted
Power supply.
Background technique
Uninterruptible power supply generally includes multiple inductors, such as the rectifier inductor and inverter that connect with rectifier connect
The inversion inductor device connect, and the power sense cell device being connect with battery.Multiple inductors in uninterruptible power supply are usually all only
Vertical component, each inductor need separately installed, and the installation of multiple inductors is time-consuming and laborious.
Electronic circuit based on uninterruptible power supply, rectifier inductor, inversion inductor device and power sense cell device and uninterrupted
The electronic components such as capacitor, power switch tube in power supply mix installation, and thus multiple inductors are fixed peace respectively
It mounted in the different places of non intermittented power source machine cabinet, causes structure chaotic, and influences manufacturing time, be not easy to in uninterruptible power supply
Multiple inductors be managed and safeguard.And non intermittented power source machine cabinet needs for each inductor reserved space, thus
The space utilization rate of non intermittented power source machine cabinet is not high, causes non intermittented power source machine cabinet volume larger.
Utility model content
For above-mentioned technical problem of the existing technology, the utility model provides a kind of inductor module, comprising:
First inductor cabinet has multiple first electric connection terminals on the side of the first inductor cabinet；And
Multiple inductors that are corresponding with the multiple first electric connection terminal and separating setting, the multiple inductor position
In the first inductor interior of equipment cabinet, one end of the conducting wire of each of the multiple inductor is electrically connected to the multiple
One in one electric connection terminal.
Preferably, the first inductor cabinet is in frame structure comprising:
The top plate and bottom plate of parallel arrangement；
Two side plates of parallel arrangement, described two side plates are fixedly connected with the top plate and bottom plate；And
Separating device, the separating device are located at the first inductor interior of equipment cabinet, are used for first inductor
Interior of equipment cabinet is separated into multiple accommodation spaces for accommodating the multiple inductor.
Preferably, the separating device includes the first partition and second partition parallel with the bottom plate, described first every
Plate and second partition are all fixedly connected with described two side plates.
Preferably, the multiple first electric connection terminal is fixedly connected with described two side plates, and the multiple first is electrically connected
A part of connecting terminal is arranged in first row, and another part is arranged in second row, multiple first electric connecting terminals in first row
Sub to be oppositely arranged with the first partition, multiple first electric connection terminals in second row are opposite with the second partition to be set
It sets.
Preferably, the multiple inductor specifically includes three rectifier inductors and three inversion inductor devices, and described three
Rectifier inductor is located on the bottom plate, first partition and second partition, and three inversion inductor devices are located at institute
It states on bottom plate, first partition and second partition.
Preferably, one end of three inversion inductor devices is respectively and in multiple first electric connection terminals in first row
One electrical connection, one end of three rectifier inductors respectively and in second row multiple first electric connection terminals in
One electrical connection.
Preferably, it is respectively arranged with input marking object on the conducting wire side wall of three rectifier inductors, described three inverse
Output token object is respectively arranged on the conducting wire side wall of varindor.
Preferably, the inductor module further includes the second inductor cabinet, on the side of the second inductor cabinet
With the second electric connection terminal, and positioned at the power sense cell device of the second inductor interior of equipment cabinet, the power sense cell device
One end of conducting wire be electrically connected to second electric connection terminal.
Preferably, the second inductor cabinet frame structure in a rectangular parallelepiped shape has with the first inductor cabinet
There is identical height, the second inductor cabinet is in contact or is formed one with the first inductor cabinet.
The present invention also provides a kind of Modular UPSs, comprising:
Inductor module as described above；
The side of the phase power module being oppositely arranged with the first inductor cabinet, the phase power module has and institute
State the compatible third electric connection terminal of multiple first electric connection terminals；
The battery module being oppositely arranged with the second inductor cabinet, the side of the battery module have and described the
Compatible 4th electric connection terminal of two electric connection terminals；And
Input/output interface board, the conducting wire of each of multiple inductors of the first inductor interior of equipment cabinet it is another
End is configured to be electrically connected to the input/output interface board, and the other end of the conducting wire of the power sense cell device is configured as being electrically connected
It is connected to the input/output interface board.
Preferably, phase power module includes the first phase power module, the second phase power module and third phase of arranged in parallel
Power module, there are two electric connection terminals for each of which side being oppositely arranged with the first inductor cabinet tool.
Preferably, the width of the first phase power module, the second phase power module, third phase power module and battery module
Degree the sum of be equal to the first inductor cabinet and the second inductor cabinet the sum of length, and the first inductor cabinet,
The height phase of second inductor cabinet, the first phase power module, the second phase power module, third phase power module and battery module
Together.
All inductors in Modular UPS are fixedly mounted in inductor cabinet, compact-sized, small in size.
It, can be easily by its in the inductor and uninterruptible power supply in inductor module it is thus achieved that modularized design and manufacture
He connects circuit module, and installation is time saving and energy saving, maintenance cost is low.
Detailed description of the invention
The utility model embodiment is described further referring to the drawings, in which:
Fig. 1 is the stereoscopic schematic diagram of the Modular UPS of preferred embodiment according to the present utility model.
Fig. 2 is the floor map that Modular UPS shown in FIG. 1 is seen along arrow A.
Fig. 3 is the floor map that Modular UPS shown in FIG. 1 is seen along arrow B.
Fig. 4 is the exploded view of Modular UPS shown in FIG. 1.
Fig. 5 is the floor map that the first inductor module in Fig. 4 is seen along arrow C.
Fig. 6 is the floor map that the first inductor module in Fig. 4 is seen along arrow B.
Fig. 7 is the floor map that the second inductor module in Fig. 4 is seen along arrow C.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, pass through tool below in conjunction with attached drawing
The utility model is further described in body embodiment.
Fig. 1 is the stereoscopic schematic diagram of the Modular UPS of preferred embodiment according to the present utility model.Such as Fig. 1 institute
Show, Modular UPS 1 includes the first phase power module 11, the second phase power module 12, third that arranged in parallel is placed
Phase power module 13 and battery module 14；First inductor module 15 and the second inductor module 16, the two are respectively relative to
One phase power module 11, the second phase power module 12 and third phase power module 13 and battery module 14 are arranged and are staggered certain
Distance；And input/output interface board 17.First phase power module 11, the second phase power module 12, third phase power module 13
Identical, each of them includes rectifier and inverter (Fig. 1 is not shown), is become for realizing AC-DC-exchange
It changes.Battery module 14 includes DC-DC converter, for realizing DC-dc conversion.
First phase power module 11, the second phase power module 12, third phase power module 13 and battery module 14 are generally
In a rectangular parallelepiped shape.The first phase power module 11, the second phase power module 12 and the third phase power module 13 of arranged in parallel and
One inductor module 15 is oppositely arranged, and battery module 14 is oppositely arranged with the second inductor module 16.
First inductor module 15 is including the first inductor cabinet 151 of frame structure in a rectangular parallelepiped shape and is located at the first electricity
Three rectifier inductors and three inversion inductor devices inside sensor cabinet 151.Second inductor module 16 includes in cuboid
Second inductor cabinet 161 of shape frame structure and two power sense cell devices 163 inside the second inductor cabinet 161.
Three rectifier inductors, three inversion inductor devices and two power sense cell devices 163 and the first phase power module 11, the second phase power supply
Electrical connection between module 12, third phase power module 13 and battery module 14 is described in detail below in conjunction with Fig. 4-7.
Fig. 2 is the floor map that Modular UPS shown in FIG. 1 is seen along arrow A.Wherein Fig. 2 illustrates only
A part and input/output interface board of one phase power module 11, the first inductor module 15, the second inductor module 16
17.The side of first phase power module 11 has a Quick connector plug 112,113, the side of the first inductor module 15 have with
The corresponding quick connection socket 152,153 of Quick connector plug 112,113, and Quick connector plug 112,113 is inserted into respectively
Quickly in connection socket 152,153.The side of first inductor module 15 also have there are four quickly connection socket (below with reference to
Fig. 4-6 is discussed in detail).
Fig. 3 is the floor map that Modular UPS shown in FIG. 1 is seen along arrow B.As shown in figure 3, the first electricity
Sensor module 15, the second inductor module 16, the first phase power module 11, the second phase power module 12, third phase power module
13 and the height having the same of battery module 14.Three rectifier inductors and three inversion inductors in first inductor module 15
Input/output interface board 17, and the second electricity are stretched out and are electrically connected to inside the first inductor cabinet 151 in one end of the conducting wire of device
One end of the conducting wire of two power sense cell devices 163 in sensor module 16 is stretched out and is electrically connected inside the second inductor cabinet 161
It is connected to input/output interface board 17.
Fig. 4 is the exploded view of Modular UPS shown in FIG. 1.First phase power module 11 includes substantially in rectangular
The the first phase power supply cabinet 111 and Quick connector plug 112,113 of body shape, Quick connector plug 112,113 are solid by screw
Dingan County is on the side wall of the first phase power supply cabinet 111.Quick connector plug 112,113 is respectively and in the first phase power module 11
Rectifier and inverter (Fig. 4 is not shown) electrical connection.With the identical position of the first phase power module 11 at, the second phase power supply
Module 12 has Quick connector plug 124,125, and third phase power module 13 has Quick connector plug 136,137.
Battery module 14 includes battery cabinet 141 substantially in a rectangular parallelepiped shape, is oppositely arranged with the second inductor module 16
Two Quick connector plugs 142 (Fig. 4 only shows one), two Quick connector plugs 142 are fixedly mounted on battery by screw
On the side wall of cabinet 141.Two of DC-DC converter (Fig. 4 is not shown) in two Quick connector plugs 142 and battery module 14
A input terminal electrical connection.
Second inductor cabinet 161 of the second inductor module 16 includes the top plate 1611 and bottom plate 1612 of parallel arrangement,
The side plate 1613,1614 of parallel arrangement, side plate 1613,1614 is fixedly connected with top plate 1611 and bottom plate 1612, and is defined and be in
The accommodation space of cuboid.Second inductor cabinet 161 further includes partition 1615 on its interior, partition 1615 and side plate
1613, it 1614 is fixedly connected, and the second inductor cabinet 161 is separated into two layers, a battery is fixedly installed on each layer
Inductor 163.
First inductor cabinet 151 of the first inductor module 15 includes the top plate 1511 and bottom plate 1512 of parallel arrangement,
The side plate 1513,1514 of parallel arrangement, side plate 1513,1514 is fixedly connected with top plate 1511 and bottom plate 1512, and is defined and be in
The accommodation space of cuboid.First inductor cabinet 151 further includes first partition 1515 and second partition on its interior
1516, first partition 1515 and second partition 1516 are fixedly connected with side plate 1513,1514, and by the first inductor cabinet 151
Totally 3 layers of bottom, middle layer and top layer are separated into, there are two inductors for fixed installation on each layer.
The side of first inductor module 15 has the quick connection socket being oppositely arranged with Quick connector plug 112,113
152,153, and be oppositely arranged with Quick connector plug 124,125,136,137 four quickly connect socket (referring specifically to
Shown in Fig. 5).
Fig. 5 is the floor map that the first inductor module in Fig. 4 is seen along arrow C.As shown in figure 5, the first inductor
Module 15 includes rectifier inductor 152 ', 154 ', 156 ' and inversion inductor device 153 ', 155 ', 157 '.Wherein inductor rectifier
Device 156 ' and inversion inductor device 157 ' are located on bottom plate 1512, rectifier inductor 154 ' and inversion inductor device 155 ' positioned at first every
On plate 1515, rectifier inductor 152 ' and inversion inductor device 153 ' are located on second partition 1516.
First inductor module 15 further includes being oppositely arranged with the Quick connector plug 124,125 of the second phase power module 12
Quick connection socket 154,155, with the Quick connector plug 136,137 of third phase power module 13 be oppositely arranged quickly connect
Combination hub 156,157.Wherein quickly connection socket 153,155,157 is arranged in a row, and orientation is parallel to bottom plate 1512.
Quickly connection socket 153,155,157 be fixed by screws between the bottom and middle layer of the first inductor cabinet 151 and with
First partition 1515 is oppositely arranged.Quickly connection socket 152,154,156 is arranged in a row, and orientation is parallel to bottom plate
1512.Quickly connection socket 152,154,156 is fixed by screws between the middle layer and top layer of the first inductor cabinet 151
And it is oppositely arranged with second partition 1516.
Fig. 6 is the floor map that the first inductor module in Fig. 4 is seen along arrow B.As shown in fig. 6, rectifier inductor
152 ', 154 ', 156 ' and inversion inductor device 153 ', 155 ', 157 ' one end respectively with quickly connect socket 152,154,156,
153, it 155,157 is fixedly connected, the other end is configured to be electrically connected to input/output interface board 17.
Fig. 7 is the floor map that the second inductor module in Fig. 4 is seen along arrow C.As shown in fig. 7, the second inductor
Module 16 further includes that two be oppositely arranged with two Quick connector plugs 142 of battery module 14 quickly connect socket 162, and two
A quick connection socket 162 is fixedly mounted on side plate 1613,1614 by screw.One end of power sense cell device 163 with quickly connect
Combination hub 162 is fixedly connected, and the other end is configured to be electrically connected to input/output interface board 17.
After three-phase alternating-current supply is electrically connected to the three-phase input connecting terminal on input/output interface board 17, the electricity of formation
Flow path is as follows: three-phase alternating current distinguish be transmitted to after rectified inductor 156 ', 154 ' and 152 ' quickly connect socket 156,
154,152, then be transmitted separately to the Quick connector plug 136 of third phase power module 13, the second phase power module 12 it is quick
The Quick connector plug 112 of connection plug 124 and the first phase power module 11.Again respectively by third phase power module 13
Rectifier in rectifier and inverter, the rectifier in the second phase power module 12 and inverter, the first phase power module 11
With Quick connector plug 137,125,113 is transmitted to after inverter.It is transmitted separately to again quick on the first inductor module 15
Connect socket 157,155,153.The inversion inductor device 157 ', 155 ', 153 ' being transmitted separately in the first inductor module 15 again
One end.The three-phase output of input/output interface board 17 is transmitted to using the other end of inversion inductor device 157 ', 155 ', 153 '
On connecting terminal.
After rechargeable battery to be electrically connected to the positive and negative anodes on input/output interface board 17, the current path of formation is as follows:
The positive and negative anodes of rechargeable battery are transmitted to quickly connection socket 162 after passing through power sense cell device 163, then are transmitted to battery module 14
Two Quick connector plugs 142, on positive and negative direct current bus after the DC-DC converter in battery module 14, by
Quick connector plug is transmitted to after one phase power module 11, the second phase power module 12, the inverter in third power module 13
137,125,113.The quick connection socket 157,155,153 being transmitted separately on the first inductor module 15 again.It passes respectively again
Transport to one end of the inversion inductor device 157 ', 155 ', 153 ' in the first inductor module 15.Using inversion inductor device 157 ',
155 ', 153 ' other end is transmitted on the three-phase output wiring terminal of input/output interface board 17.
Referring again to FIGS. 4, the installation process of the Modular UPS 1 of the utility model is summarized below.
First phase power module 11, the second phase power module 12, third phase power module 13 and battery module 14 are arranged
It is in a row.The quick connection socket 152,153,154,155,156,157 of first inductor module 15 is electric with the first phase respectively
The Quick connector plug 112,113 of source module 11, the Quick connector plug 124,125 of the second phase power module 12, third phase electricity
The Quick connector plug 136,137 of source module 13 aligns, and along arrow B by the first inductor module 15 and the first phase power supply
Module 11, the second phase power module 12 and third phase power module 13 are electrically connected.It is fast by two of the second inductor module 16 again
Speed connection socket 162 and two Quick connector plugs 142 of battery module 14 align, and along arrow B by the second inductor
Module 16 is electrically connected with battery module 14.Finally by three rectifier inductors and inversion inductor in the first inductor module 15
The other end of device and the power sense cell device 163 in the second inductor module 16 is respectively connected on input/output interface board 17
On corresponding connecting terminal, the Modular UPS after assembling is as shown in Figure 1.
User can assemble Modular UPS 1, installation process letter using above-mentioned mounting means in a relatively short period of time
It is single, convenient, time saving.
In this embodiment, the sum of length of the first inductor cabinet 151 and the second inductor cabinet 161 is equal to the first phase
Power module 11, the second phase power module 12, third phase power module 13 and battery module 14 width (i.e. along the side of arrow A
To size) the sum of, and the first inductor cabinet 151, the second inductor cabinet 161, the first phase power module 11, two phase electricity
Source module 12, third phase power module 13 are identical with the height of battery module 14.Thus the Modular UPS 1 after assembling
Generally in rectangular-shape, space utilization rate is high, compact-sized.
In another embodiment of the utility model, the first inductor module 15 further include cover, bond or be wrapped in
Marker on the conducting wire side wall of rectifier inductor 156 ', 154 ', 152 ' and inversion inductor device 157 ', 155 ', 153 '.Rectified current
Input marking object on the conducting wire side wall of sensor 156 ', 154 ', 152 ' is respectively formed in " R ", " S ", the coating of " T ", groove
Or protrusion, or in " A ", " B ", the coating of " C ", groove or protrusion.On the conducting wire side wall of inversion inductor device 157 ', 155 ', 153 '
Output token object be respectively formed in " U ", " V ", the coating of " W ", groove or protrusion.Thus uninterruptedly electric in assembling modularization
During source 1, it is only necessary to by the three-phase input connecting terminal on input/output interface board 17 respectively with have " R ", " S ",
" T ", or with " A ", " B ", " C " input marking object conducting wire electrical connection, and it is the three-phase on input/output interface board 17 is defeated
Connecting terminal is electrically connected with the conducting wire of the output token object with " U ", " V ", the groove of " W " or protrusion respectively out.Thus
The mistake assembly of the conducting wire of inductor is avoided, and further reduces assembly time.
In another embodiment of the utility model, the position of rectifier inductor 152 ', 154 ', 156 ' respectively with inversion
The position of inductor 153 ', 155 ' and 157 ' is exchanged.
In another embodiment of the utility model, the position of socket and corresponding Quick connector plug is quickly connected
Mutually exchange.
In another embodiment of the utility model, the first inductor cabinet 151 is divided into upper layer and lower layer, wherein whole
Layer, inversion inductor device 153 ', 155 ' and 157 ' are fixedly mounted on it to the fixed installation of galvanic electricity sensor 152 ', 154 ', 156 ' on it
Lower layer.
In the other embodiments of the utility model, the side plate 1514 of the first inductor cabinet 151 and the second inductor machine
The side plate 1613 of cabinet 161 is staggered after certain distance and is fixedly connected to form one；Or first inductor cabinet 151 1514 He of side plate
The side plate 1613 of second inductor cabinet 161 forms one after being aligned, that is, forms a frame cabinet in a rectangular parallelepiped shape.
The inductor module of the utility model is not limited to for can be also used for modularization in Modular UPS
In single-phase uninterruptible power supply.Another aspect according to the present utility model, the single-phase uninterruptible power supply of modularization and modularization are uninterrupted
Power supply 1 is essentially identical, and difference is, including a phase power module, and there are two inductor, inductance for the inside tool of inductor cabinet
The side of device cabinet have with two Quick connector plugs of phase power module are oppositely arranged two quickly connect socket, and it is defeated
Enter includes single-phase input connecting terminal and single-phase output connecting terminal on output interface plate.
Although the utility model has been described by means of preferred embodiments, the utility model is not limited to this
In described embodiment, further include made various changes and change in the case where not departing from the scope of the utility model
Change.
Claims (12)
1. a kind of inductor module characterized by comprising
First inductor cabinet has multiple first electric connection terminals on the side of the first inductor cabinet；And
Multiple inductors that are corresponding with the multiple first electric connection terminal and separating setting, the multiple inductor are located at institute
The first inductor interior of equipment cabinet is stated, one end of the conducting wire of each of the multiple inductor is electrically connected to the multiple first electricity
One in connection terminal.
2. inductor module according to claim 1, which is characterized in that the first inductor cabinet is in frame structure,
Comprising:
The top plate and bottom plate of parallel arrangement；
Two side plates of parallel arrangement, described two side plates are fixedly connected with the top plate and bottom plate；And
Separating device, the separating device are located at the first inductor interior of equipment cabinet, are used for the first inductor cabinet
Inside is separated into multiple accommodation spaces for accommodating the multiple inductor.
3. inductor module according to claim 2, which is characterized in that the separating device includes parallel with the bottom plate
First partition and second partition, the first partition and second partition be all fixedly connected with described two side plates.
4. inductor module according to claim 3, which is characterized in that the multiple first electric connection terminal and described two
A side plate is fixedly connected, and a part of the multiple first electric connection terminal is arranged in first row, and another part is arranged in second
Row, multiple first electric connection terminals in first row are oppositely arranged with the first partition, and multiple first in second row
Electric connection terminal is oppositely arranged with the second partition.
5. inductor module according to claim 4, which is characterized in that the multiple inductor specifically includes three rectifications
Inductor and three inversion inductor devices, three rectifier inductors are located at the bottom plate, first partition and second partition
On, three inversion inductor devices are located on the bottom plate, first partition and second partition.
6. inductor module according to claim 5, which is characterized in that one end of three inversion inductor devices respectively with
One in multiple first electric connection terminals in first row electrical connection, one end of three rectifier inductors respectively with place
An electrical connection in multiple first electric connection terminals of second row.
7. inductor module according to claim 5, which is characterized in that on the conducting wire side wall of three rectifier inductors
It is respectively arranged with input marking object, is respectively arranged with output token object on the conducting wire side wall of three inversion inductor devices.
8. inductor module according to any one of claim 1 to 7, which is characterized in that the inductor module also wraps
It includes the second inductor cabinet, there is the second electric connection terminal on the side of the second inductor cabinet, and be located at described the
The power sense cell device of two inductor interior of equipment cabinet, one end of the conducting wire of the power sense cell device are electrically connected to second electrical connection
Terminal.
9. inductor module according to claim 8, which is characterized in that the second inductor cabinet frame in a rectangular parallelepiped shape
Frame structure, with the first inductor cabinet height having the same, the second inductor cabinet and first inductance
Device cabinet is in contact or is formed one.
10. a kind of Modular UPS characterized by comprising
Inductor module as claimed in claim 8 or 9；
The phase power module being oppositely arranged with the first inductor cabinet, the side of the phase power module have with it is described more
The compatible third electric connection terminal of a first electric connection terminal；
The battery module being oppositely arranged with the second inductor cabinet, the side of the battery module have and second electricity
Compatible 4th electric connection terminal of connection terminal；And
Input/output interface board, the other end quilt of the conducting wire of each of multiple inductors of the first inductor interior of equipment cabinet
It is configured to be electrically coupled to the input/output interface board, the other end of the conducting wire of the power sense cell device is configured to be electrically connected to
The input/output interface board.
11. Modular UPS according to claim 10, which is characterized in that phase power module includes arranged in parallel
The first phase power module, the second phase power module and third phase power module, each of which and the first inductor cabinet
There are two electric connection terminals for the side tool being oppositely arranged.
12. Modular UPS according to claim 11, which is characterized in that the first phase power module,
The sum of width of two-phase power module, third phase power module and battery module is equal to the first inductor cabinet and the second electricity
The sum of the length of sensor cabinet, and the first inductor cabinet, the second inductor cabinet, the first phase power module, the second phase
Power module, third phase power module are identical with the height of battery module.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820627308.2U CN208422566U (en) | 2018-04-27 | 2018-04-27 | Inductor module and Modular UPS including it |
| TW108114454A TW201945893A (en) | 2018-04-27 | 2019-04-25 | Inductor module and a modular uninterrupted power supply including the same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820627308.2U CN208422566U (en) | 2018-04-27 | 2018-04-27 | Inductor module and Modular UPS including it |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208422566U true CN208422566U (en) | 2019-01-22 |
Family
ID=65116454
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820627308.2U Active CN208422566U (en) | 2018-04-27 | 2018-04-27 | Inductor module and Modular UPS including it |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN208422566U (en) |
| TW (1) | TW201945893A (en) |
-
2018
- 2018-04-27 CN CN201820627308.2U patent/CN208422566U/en active Active
-
2019
- 2019-04-25 TW TW108114454A patent/TW201945893A/en unknown
Also Published As
| Publication number | Publication date |
|---|---|
| TW201945893A (en) | 2019-12-01 |
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