CN104682297B - Architecture indoor strong power system and construction method - Google Patents
Architecture indoor strong power system and construction method Download PDFInfo
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- CN104682297B CN104682297B CN201510052140.8A CN201510052140A CN104682297B CN 104682297 B CN104682297 B CN 104682297B CN 201510052140 A CN201510052140 A CN 201510052140A CN 104682297 B CN104682297 B CN 104682297B
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Abstract
The invention provides a kind of architecture indoor strong power system and construction method, the system includes distribution box, the strong power system also includes multiple the first ignition distributors for being installed in diverse location, multiple power units, each first ignition distributor includes pcb board and transmission of electricity copper bar, inlet wire port and multigroup Wiring port on the pcb board, and the inlet wire port, Wiring port are electrically connected by copper bar of transmitting electricity；The inlet wire port of first ignition distributor is connected to distribution box by power transmission line；The power unit is connected to the Wiring port of one of them the first ignition distributor by power transmission line.The present invention realizes the power supply of the power unit of multiple different zones by multiple first ignition distributors respectively, so as to simplify house wiring, improves the maintainability of power transmission line, avoids the problem of directly wiring is mixed and disorderly as caused by distribution box connects electricity.
Description
Technical field
The present invention relates to transmission ＆ distribution electrical domain, more specifically to a kind of architecture indoor strong power system and construction method.
Background technology
Electric wiring is a foundation engineering in house decoration, to reach not only safe but also attractive in appearance, traditional wire laying mode
Typically all using the method for notching line-embedding on the wall.
In wiring, first slotted on ground or metope, and spool is embedded in the fluting of ground or metope, then using water
Cement mortar fills up fluting.Cable is located in spool, consequently facilitating the replacing of circuit later.However, in above-mentioned wire laying mode,
It must be slotted on the ground of armored concrete or wall, not only operation is wasted time and energy, and is easily destroyed wall body structure.
Also, in existing house wiring, distribution box is provided with below household electric meter, all cables are all from the distribution box
Interior outlet, cause wiring mixed and disorderly.So, in a certain circuit outlet problem, indoor all circuits are by whole power-off, during maintenance
Full room cable need to be investigated.
In addition, when illuminator is installed, generally use cable is hinged and uses insulating tape to wrap up martingale.In lamp
In tool installation, also have by the way of screw realizes that cable is fixed.When the above-mentioned mode of connection is all relatively complicated, less efficient.
The content of the invention
The technical problem to be solved in the present invention is, for above-mentioned indoor forceful electric power power transmission line be laid out mixed and disorderly, installation safeguard it is numerous
The problem of trivial, there is provided one kind standardization, it is convenient, can rapid construction architecture indoor strong power system and construction method.
The technical scheme that the present invention solves above-mentioned technical problem is to provide a kind of architecture indoor strong power system, including distribution
Case, the strong power system also include multiple the first ignition distributors for being installed in diverse location, multiple power units, each described first point
Electrical equipment includes pcb board and transmission of electricity copper bar, inlet wire port and multigroup Wiring port on the pcb board, and the inlet wire
Port, Wiring port are electrically connected by copper bar of transmitting electricity；The inlet wire port of first ignition distributor is connected to distribution by power transmission line
Case；The power unit is connected to the Wiring port of one of them the first ignition distributor by power transmission line；The power unit is photograph
Bright lamp has and corresponding switch；Wiring port described in each group includes a light fixture port and at least one switch port, and together
Light fixture port and switch port in one group of Wiring port are connected in series between live wire copper bar and zero line copper bar.
In architecture indoor strong power system of the present invention, the transmission of electricity copper bar includes live wire copper bar and zero line copper bar,
And the live wire copper bar and zero line copper bar are formed by the copper foil for being printed in pcb board, the thickness of the copper foil is 50-100um；Institute
State live wire copper bar and be provided with fuse.
In architecture indoor strong power system of the present invention, the pcb board of each first ignition distributor goes out including one
Line end mouth, and the inlet wire port of at least partly the first ignition distributor is connected to the leading-out terminal of other the first ignition distributors by power transmission line
Mouthful, to connect distribution box by other ignition distributors.
In architecture indoor strong power system of the present invention, it is empty that first ignition distributor is installed in furred ceiling cavity, cabinet
Chamber or wall cavity, and from the power transmission line that first ignition distributor picks out via furred ceiling cavity, cabinet cavity and/or wall cavity with
Power unit connects.
In architecture indoor strong power system of the present invention, it is respectively arranged with the light fixture port and switch port fast
The end of the power transmission line of connecting terminal, connection illuminator and switch is connected to the light fixture port of pcb board by fast connecting terminal and opened
Close port；The fast connecting terminal includes bikini shell fragment and handle of taking out stitches, the bikini when handle of taking out stitches is pressed
The bikini shell fragment clamps power transmission line when shell fragment unclamps, decontroled.
In architecture indoor strong power system of the present invention, all fast connecting terminals in same group of Wiring port have phase
Same color and/or label, and the color of the fast connecting terminal of different group Wiring ports is different；Connect the power transmission line of power unit
End has the fast connecting terminal same color and/or the gum cover of label with being connected.
In architecture indoor strong power system of the present invention, the pcb board is provided with warning circuit and buzzer, institute
Warning circuit is stated in the first ignition distributor operation irregularity to buzzer output alarm signal.
In the architecture indoor strong power system of the present invention, the transmission system also includes multiple diverse locations that are installed in
Second ignition distributor and multiple sockets, each second ignition distributor include pcb board and the electric transmission copper on the pcb board
Row, inlet wire port, outlet port and multiple Wiring ports, and the inlet wire port, outlet port and Wiring port pass through it is defeated
Electrolytic copper row's electrical connection；The inlet wire port of second ignition distributor is connected to distribution box or other the second ignition distributors by power transmission line
Outlet port；The socket connects the Wiring port of the second ignition distributor by power transmission line.
The present invention also provides a kind of architecture indoor strong power system construction method, comprises the following steps：
(a) installation site of each power unit and the quantity and peace of the first ignition distributor are determined for different layout structures
Holding position；
(b) according to the installation site of each power unit, the quantity of the first ignition distributor and installation site customized production first
Ignition distributor and power transmission line, each first ignition distributor include pcb board and transmission of electricity copper bar on the pcb board, end of incoming cables
Mouth and multigroup Wiring port, and the inlet wire port, Wiring port pass through copper bar of transmitting electricity and electrically connected；The power unit is photograph
Bright lamp has and corresponding switch；Wiring port described in each group includes a light fixture port and at least one switch port, and together
Light fixture port and switch port in one group of Wiring port are connected in series between live wire copper bar and zero line copper bar；
(c) the inlet wire port of first ignition distributor is directly or indirectly connected to distribution box by power transmission line, and will used
Electric unit is connected to the Wiring port of one of them the first ignition distributor by power transmission line.
The architecture indoor strong power system of the present invention, the electricity consumption of multiple different zones is realized by multiple first ignition distributors respectively
The power supply of unit (such as illuminator), so as to simplify house wiring, the maintainability of power transmission line is improved, avoided directly
The problem of wiring is mixed and disorderly as caused by distribution box connects electricity.Also, the present invention is by furred ceiling cavity, cabinet cavity or wall cavity
Cabling, without embedded spool of being slotted on ground, it can further improve wiring efficiency.In addition, the present invention is also real by fast connecting terminal
Now with the connection of power transmission line, power transmission line wiring is facilitated.
Brief description of the drawings
Fig. 1 is the schematic diagram of architecture indoor strong power system embodiment of the present invention.
Fig. 2 is the schematic diagram that the first ignition distributor is connected with power transmission line in Fig. 1.
Fig. 3 is the schematic diagram of pcb board in Fig. 2.
Fig. 4 is the schematic diagram of fast connecting terminal in Fig. 2.
Fig. 5 is the schematic diagram of the terminals of the power transmission line in Fig. 2.
Fig. 6 is the schematic diagram of the second ignition distributor pcb board.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
As Figure 1-5, it is a kind of schematic diagram of architecture indoor strong power system embodiment of the present invention, it builds available for realization
Build the forceful electric power transmission of electricity of interior.Transmission system in the present embodiment includes distribution box 10, the first ignition distributor 20, multiple illuminators 30
And multiple switches corresponding with illuminator 30.Above-mentioned distribution box 10 may be connected to ammeter (i.e. household electric meter)；Multiple first
Ignition distributor 20 be respectively installed in indoor diverse location (such as parlor install one, each bedroom one, kitchen and toilet are installed
Installation one), and be directly or indirectly connected by power transmission line with distribution box 10；Multiple illuminators 30 and corresponding each company of switch
Being connected to first ignition distributor 20, (such as all illuminators 30 positioned at parlor and corresponding switch are all connected to positioned at parlor
The first ignition distributor 20, all illuminators 30 positioned at bedroom and it is corresponding switch be all connected to first point positioned at the bedroom
Electrical equipment 20).
Certainly, in actual applications, above-mentioned illuminator 30 is also to be other power units.
Above-mentioned every one first ignition distributor 20 includes pcb board 21 and transmission of electricity copper bar on the pcb board, inlet wire port
211st, outlet port 212 and multigroup Wiring port 213, and inlet wire port 211, outlet port 212 and Wiring port 213 are by defeated
Electrolytic copper row's electrical connection.The inlet wire port 211 of first ignition distributor 20 by power transmission line 40 be connected to distribution box 10 or other first
The outlet port 212 of ignition distributor 20.The Wiring port 213 of first ignition distributor 20 is used to connect illuminator 30 by power transmission line 40
And related switch, so as to realize the power supply of illuminator 30.
Especially, in above-mentioned pcb board 21, same group of Wiring port 213 may include a light fixture port and at least one open
Port is closed, is respectively used to the switch for connecting an illuminator 30 and controlling trip the lights to have 30 open and close.Above-mentioned same group of wiring
Light fixture port and switch port in port 213 are connected in series by power transmission line and transmission of electricity copper bar.
Above-mentioned architecture indoor strong power system, realize the illuminating lamp of multiple different zones respectively by multiple first ignition distributors 20
The power supply of tool 30, avoids from distribution box 10 and directly picks out power transmission line to illuminator, so as to simplify house wiring, improve
The maintainability of power transmission line, it can also save power transmission line.
Transmission of electricity copper bar on above-mentioned pcb board 21 includes live wire copper bar and zero line copper bar (may also include ground wire copper bar), and fire
Line copper bar and zero line copper bar (ground wire copper bar) form (live wire copper bar and zero line copper bar point by the copper foil being printed on pcb board 21
The different faces of pcb board 21 are not printed on), the thickness of the copper foil is 50-100um.In addition, Sillim can be also covered on above-mentioned copper foil
Category, privileged sites increase copper metal.Above-mentioned transmission of electricity copper bar can simplify the wiring in the first ignition distributor 20, relative to traditional distribution
Case 10, simplifies internal structure, and operating personnel can complete wiring without any experience.
The inside of above-mentioned first ignition distributor 20 can increase overcurrent protection structure, to tackle the peace such as short circuit, light fixture short circuit
Full hidden danger, improve overall security performance.Specifically, above-mentioned overcurrent protection structure can be the fuse 214 on live wire copper bar,
I.e. at inlet wire port 211, increase fuse 214 is connected to the live wire copper bar in pcb board 21.By overcurrent protection structure,
When a certain region occurs short-circuit, only corresponding first ignition distributor 20 can just stop power supply, the illumination without influenceing other regions
The power supply of light fixture 30.
To reduce fluting when connecting up, above-mentioned first ignition distributor 20 can be installed in furred ceiling, partition wall, cabinet or other cavitys,
And from the power transmission line 40 that first ignition distributor 20 picks out via furred ceiling, partition wall, cabinet and/or other cavitys and illuminator 30,
Switch connection.
For convenience of wiring, fast connecting terminal 22 can be set on the Wiring port 213 of pcb board 21, so as to connect illuminator
30th, the Wiring port 213 of pcb board 21 is electrically connected to by fast connecting terminal 22 to the end of the power transmission line 40 of inductive switch.This connects soon
Terminal 22 can use closed structure, and live part is not exposed, will not get an electric shock during construction, ensure that safety.In addition, this connects end soon
Son 22 can use urea resin shell, so that fast connecting terminal 22 has, have excellent resistance to electric arc to abnormal heating and flame
Ability and fire resistance, hardly because of Electrostatic Absorption dust.
The structure of above-mentioned fast connecting terminal 22 is as shown in Figure 4.The inside of the fast connecting terminal 22 includes bikini shell fragment 221,222
And handle 223 of taking out stitches, bikini shell fragment when bikini shell fragment 221,222 unclamps, decontroled when handle 223 of taking out stitches is pressed
221st, the copper conductor 41 (peelling off the part after insulation rubber) on 222 clamping power transmission line 40 heads.So, connect soon using above-mentioned
When terminal 22 carries out wiring, it need to only press while take out stitches handle 223, power transmission line 40 is inserted into fast connecting terminal 22, then unclamped
Take out stitches handle 223, you can complete wiring, compared with conventional screw terminal, wiring speed is substantially increased, when saving construction
Between, operating efficiency is improved, and do not influenceed by constructor's technical merit and mood, it is difficult for drop-off (when wire-excessive in box
When, can be because of distortion, it is the main reason for causing wire dropout that deformation, which produces and pulls stress)；When taking out stitches, handle of taking out stitches is pressed
While 223, power transmission line 40 is above carried, you can extract, without instrument, greatly save the engineering time.
In above-mentioned architecture indoor strong power system, for ease of identification, the power transmission line 40 of different fast connecting terminals 213 is connected
End has different colours and the gum cover of numbering 42, and same illuminator 30, the terminals to the power transmission line 40 of inductive switch have
There is the gum cover of same color and reference numeral, as long as so as to which color during wiring and numbering correspond direct wiring, simply,
Convenient, fast, layman is also operable.
Warning circuit and buzzer can also be increased on above-mentioned pcb board 21, first point electricity of the warning circuit where it
To buzzer output alarm signal during the operation irregularity of device 20 (such as short circuit, temperature too high), so as to which buzzer sends alarm sound.
As shown in fig. 6, similarly, in above-mentioned architecture indoor strong power system, it is different indoors to may also include multiple installings
The second ignition distributor and multiple sockets of position, every one second ignition distributor include pcb board 21 ' and defeated on the pcb board
Electrolytic copper row, inlet wire port, outlet port and multiple Wiring ports 213 ', and inlet wire port, outlet port and Wiring port
213 ' are electrically connected by copper bar of transmitting electricity；The inlet wire port of second ignition distributor is connected to distribution box or other second point by power transmission line
The outlet port of electrical equipment；Socket connects the Wiring port 213 ' of the second ignition distributor by power transmission line.
By the second ignition distributor, the wiring of architecture indoor socket can be achieved.Certainly, for the wiring of large power-consuming equipment
(such as air conditioner socket etc.), then it can be connected up using existing mode.
The present invention also provides a kind of architecture indoor strong power system construction method, comprises the following steps：
Design phase：Carry out the design of systematization early stage module for different house type features, i.e., it is true for different layout structures
The installation site of fixed each power unit and the quantity and installation site of the first ignition distributor；
Production phase：Batch production processing, and the customized production of ignition distributor, power transmission line, i.e. basis are realized according to design drawing
The installation site of each power unit, the quantity of the first ignition distributor and the ignition distributor of installation site customized production first and power transmission line,
Each first ignition distributor includes pcb board and transmission of electricity copper bar, inlet wire port and multigroup terminals on the pcb board
Mouthful, and the inlet wire port, Wiring port are electrically connected by copper bar of transmitting electricity；
Construction stage：The inlet wire port of first ignition distributor is directly or indirectly connected to distribution box by power transmission line, and will
Power unit is connected to the Wiring port of one of them the first ignition distributor by power transmission line.In the step, marked by peculiar installation
Knowledge system and fast connecting terminal can help worker to realize Fast Installation, avoid maloperation, and reduce the dependence to worker's technical capability.
Said system can use the mounting means of the bright dress of forceful electric power, and using the power transmission line that double-deck PVC is protected by multiple locals
Power network is formed by connecting.The first ignition distributor need to only be connected with illuminator, switch by fast connecting terminal during site operation, without surveying
Measure wire length and cutting wire, it is not required that worker constructs when considering loop.The system can be applied to standardized building, real
Now more fast install exactly, ensure the homogeneity of quality while improving work efficiency.
The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited thereto,
Any one skilled in the art the invention discloses technical scope in, the change or replacement that can readily occur in,
It should all be included within the scope of the present invention.Therefore, protection scope of the present invention should be with scope of the claims
It is defined.
Claims (9)
1. a kind of architecture indoor strong power system, including distribution box, it is characterised in that：The strong power system also includes multiple be installed in not
The first ignition distributor, multiple power units with position, each first ignition distributor include pcb board and on the pcb boards
Transmission of electricity copper bar, inlet wire port and multigroup Wiring port, and the inlet wire port, Wiring port are electrically connected by copper bar of transmitting electricity
Connect；The inlet wire port of first ignition distributor is connected to distribution box by power transmission line；The power unit is connected by power transmission line
To the Wiring port of one of them the first ignition distributor；The power unit is illuminator and corresponding switch；Described in each group
Wiring port includes a light fixture port and at least one switch port, and the light fixture port in same group of Wiring port and switch
Port is connected in series between live wire copper bar and zero line copper bar.
2. architecture indoor strong power system according to claim 1, it is characterised in that：The transmission of electricity copper bar includes live wire copper bar
With zero line copper bar, and the live wire copper bar and zero line copper bar are formed by the copper foil for being printed in pcb board, and the thickness of the copper foil is
50-100um；The live wire copper bar is provided with fuse.
3. architecture indoor strong power system according to claim 1, it is characterised in that：The PCB of each first ignition distributor
Plate includes an outlet port, and the inlet wire port of at least partly the first ignition distributor is connected to other first point of electricity by power transmission line
The outlet port of device, to connect distribution box by other ignition distributors.
4. architecture indoor strong power system according to claim 1, it is characterised in that：First ignition distributor is installed in furred ceiling
Cavity, cabinet cavity or wall cavity, and from the power transmission line that first ignition distributor picks out via furred ceiling cavity, cabinet cavity and/
Or wall cavity is connected with power unit.
5. architecture indoor strong power system according to claim 1, it is characterised in that：On the light fixture port and switch port
Fast connecting terminal is respectively arranged with, the end of connection illuminator and the power transmission line of switch is connected to pcb board by fast connecting terminal
Light fixture port and switch port；The fast connecting terminal includes bikini shell fragment and handle of taking out stitches, and the handle of taking out stitches is pressed
The bikini shell fragment clamps power transmission line when Shi Suoshu bikinis shell fragment unclamps, decontroled.
6. architecture indoor strong power system according to claim 5, it is characterised in that：It is all fast in same group of Wiring port
Connecting terminal has identical color and/or label, and the color of the fast connecting terminal of different group Wiring ports is different；Connect electricity consumption list
The end of the power transmission line of member has the fast connecting terminal same color and/or the gum cover of label with being connected.
7. architecture indoor strong power system according to claim 1, it is characterised in that：The pcb board is provided with warning circuit
And buzzer, the warning circuit is in the first ignition distributor operation irregularity to buzzer output alarm signal.
8. architecture indoor strong power system according to claim 1, it is characterised in that：The transmission system also includes multiple installings
The second ignition distributor and multiple sockets in diverse location, each second ignition distributor include pcb board and positioned at the pcb boards
On transmission of electricity copper bar, inlet wire port, outlet port and multiple Wiring ports, and the inlet wire port, outlet port and wiring
Port is electrically connected by copper bar of transmitting electricity；The inlet wire port of second ignition distributor by power transmission line be connected to distribution box or other
The outlet port of two ignition distributors；The socket connects the Wiring port of the second ignition distributor by power transmission line.
A kind of 9. architecture indoor strong power system construction method, it is characterised in that：Comprise the following steps：
(a) installation site of each power unit and quantity and the installation position of the first ignition distributor are determined for different layout structures
Put；
(b) electricity is divided according to the installation site of each power unit, the quantity of the first ignition distributor and installation site customized production first
Device and power transmission line, each first ignition distributor include pcb board and transmission of electricity copper bar on the pcb board, inlet wire port with
And multigroup Wiring port, and the inlet wire port, Wiring port are electrically connected by copper bar of transmitting electricity, the power unit is illuminating lamp
Tool and corresponding switch；Wiring port described in each group includes a light fixture port and at least one switch port, and same group
Light fixture port and switch port in Wiring port are connected in series between live wire copper bar and zero line copper bar；
(c) the inlet wire port of first ignition distributor is directly or indirectly connected to distribution box by power transmission line, and by electricity consumption list
Member is connected to the Wiring port of one of them the first ignition distributor by power transmission line.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510052140.8A CN104682297B (en) | 2015-01-30 | 2015-01-30 | Architecture indoor strong power system and construction method |
| US14/973,782 US10431966B2 (en) | 2015-01-30 | 2015-12-18 | Heavy-current system and heavy-current distributor used in building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510052140.8A CN104682297B (en) | 2015-01-30 | 2015-01-30 | Architecture indoor strong power system and construction method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104682297A CN104682297A (en) | 2015-06-03 |
| CN104682297B true CN104682297B (en) | 2018-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510052140.8A Active CN104682297B (en) | 2015-01-30 | 2015-01-30 | Architecture indoor strong power system and construction method |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105163459B (en) * | 2015-09-29 | 2018-07-13 | 东莞市万科建筑技术研究有限公司 | Intelligent illuminating system and construction method |
| KR101874435B1 (en) | 2017-05-31 | 2018-08-02 | (주)상건 | Electrical wiring structure arranged a connection point in wall and building construction method |
| CN110086131A (en) * | 2019-05-06 | 2019-08-02 | 上海聚通装饰集团有限公司 | It is a kind of power circuit trend without cross jamming layout stracture and its construction technology |
| CN110492380B (en) * | 2019-08-08 | 2021-03-09 | 白涛 | Expansion method of lighting circuit |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2879485Y (en) * | 2006-02-10 | 2007-03-14 | 梅前明 | Universal electric switch box with wire-distinguishing, stripping and press functions |
| CN201142133Y (en) * | 2007-11-09 | 2008-10-29 | 张万明 | Intelligent switch |
| TWI423550B (en) * | 2011-08-31 | 2014-01-11 | Univ Ishou | Intelligent circuit breaker integrated management system, equipment and intelligent distribution box |
| CN103138211A (en) * | 2011-11-23 | 2013-06-05 | 上海连成（集团）有限公司 | Terminal distribution box |
| CN103606866A (en) * | 2013-11-20 | 2014-02-26 | 苏州金螳螂建筑装饰股份有限公司 | Distribution type two-stage distribution box |
| CN204720917U (en) * | 2015-01-30 | 2015-10-21 | 东莞市万科建筑技术研究有限公司 | Architecture indoor strong power system |
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Inventor after: Chen Qubo Inventor after: Dong Enbo Inventor after: Zhou Yechang Inventor after: Wang Yun Inventor after: Huang Jiangmin Inventor after: Zhou Chaobin Inventor after: Hu Bowen Inventor before: Chen Qubo Inventor before: Dong Enbo Inventor before: Zhou Yechang Inventor before: Wang Yun Inventor before: Huang Jiangmin Inventor before: Zhou Chaobin |
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Free format text: CORRECT: INVENTOR; FROM: CHEN QUBO DONG ENBO ZHOU YECHANG WANG YUN HUANG JIANGMIN ZHOU CHAOBIN TO: CHEN QUBO DONG ENBO ZHOU YECHANG WANG YUN HUANG JIANGMIN ZHOU CHAOBIN HU BOWEN |
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