CN107565298A - Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly - Google Patents
Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly Download PDFInfo
- Publication number
- CN107565298A CN107565298A CN201610506762.8A CN201610506762A CN107565298A CN 107565298 A CN107565298 A CN 107565298A CN 201610506762 A CN201610506762 A CN 201610506762A CN 107565298 A CN107565298 A CN 107565298A
- Authority
- CN
- China
- Prior art keywords
- mentioned
- bar
- power transmission
- foregoing
- transmission bus
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Abstract
A kind of busbar assembly for having power transmission bus-bar plug assembly and having the device, includes for any local shunt current with bus-bar to electrical equipment, the busbar assembly：With a section power transmission bus-bar；One power transmission bus-bar plug assembly, including：One dividing cell, the electric current transmitted in bus-bar is shunted, two fastener units, firm to be overlapped on bus-bar, and power supply is shunted as corresponding electric equipment；To make the efficient assembling of bus system, fix and connect by plug-in type conducting device between adjacent bus-bar, the conducting device includes：One guide-connecting units form conducting loop, two pairs of fastener units, and stably fastening guide-connecting units reach the convenience of operation in bus-bar, the above-mentioned device with fastener unit because meeting the operation order of Human Engineering.
Description
Technical field
A kind of power transmission bus-bar, the plug assembly especially combined with inserting mode, plug-in type conducting device, and
Has the busbar assembly of the plug assembly.
Background technology
Because social development is quick, volume of industrial production is big, and the cable in numerous factories is required for transmitting high current, slightly not
Careful, fire risk is just substantially improved, and to ensure safety during user's operation, and is effective arrangement cable, convenient electrical equipment
The erection installation of equipment, therefore a kind of power transmission bus-bar for transmitting high current is developed, because of power transmission bus-bar outer layer bag
A cladding housing is covered, is also mutually completely cut off with insulating materials between cable, and cabling can make appropriate cloth according to the spatial framework of factory
Put, be the most common power transmission mode of modern plant.
However, when existing equipment will be converted into other positions or production line change will add equipment, just must be again
Power transmission bus-bar is arranged, such engineering, which not only dismounts, to be not easy, and is more troublesomely to need to shut down and expend the activity duration, meaningless
Increase cost loss.A kind of grafting dress for coordinating bus-bar using upper convenience, is developed in factory at present in order to increase
Put, the plug assembly can in any one grafting of power transmission bus-bar, and can the hot plug in the case where not powering off,
Not only allow user more convenient, safer, and lift machines installation, the efficiency of transition.
A kind of existing bus structures are as shown in figure 11, are to soar aloft to set up one group of bus-bar 6 in factory building, in factory
Power transmission, and being moved towards along bus-bar 6, in the opening 61 of the strip formed below of bus-bar 6, for plug assembly 5
Insertion section 50 enter.Because more conducting strips 63 in bus-bar 6 are laid with horizontal direction parallel, each 63 phases of conducting strip
Mutually insulation, insertion section 50 and with the corresponding horizontally arranged structure of multilayer wire-connecting 51, and upward along schema Z-direction
After grafting, rotated further along schema X-Y plane direction so that the wire-connecting 51 in insertion section 50 is please also refer to such as Figure 12
It is shown, correspond to connect to the conducting strip 63 in bus-bar 6 respectively, thereby reach hot plug.
But due in the bus-bar of said structure, it is necessary to retain the rotation space for allowing plug assembly rotated ninety degrees,
Undoubtedly force bus-bar volume to increase, cause the space waste in factory, also unnecessarily increase the cumulative volume and weight of bus-bar；
Stretched out in addition, wire-connecting must be switched to vertical direction by insertion section by horizontal direction, cause that structure is increasingly complex again, not only expend
Material cost, more make it that the support body of the high bus-bar of support frame must be sturdy therewith and more, strong, the region shared by support body is also entered
One step limits the space that can be freely used in factory.Especially consider plug assembly has constant weight in itself, and operating personnel must
Head must be faced upward and be inserted into bus-bar upwards, also need to keep the posture of act and rotate horizontally plug assembly, and rotated to specific
After angle, then locking penetrated with screw, when not meeting ergonomics quite in installation process, and causing installation operation personal services
Arduously.
On the other hand, the people of the known drainage technique that confluxes more can apparent, for carry and it is easy to assembly, bus-bar must limit
Each section of length is made, is one section every such as three, five meters, then combined with adjacent bus-bar, the knot between two sections of bus-bars
Close, on the one hand to consider that machinery positioning does not have deviation, another aspect will then ensure that electric power connects and not miss.If in installation process
Middle engagement is not slightly accurate, allows between the corresponding conducting strip of conducting strip and adjacent bus-bar, produces a little gap, will result in meaningless
Impedance, especially consider the high current on conducting strip, bus-bar overheat will occur, not only the transmitted electric energy of meaningless loss, sternly
Severe one even causes the risk caught fire, even if being equiped with the safety device of open circuit, it is also necessary to extra consumption manpower, exclude bus-bar
Breaking problem, idle cost during which is also nothing difficult.
Inventor solves the above problems, also it has been suggested that the Patents of some bus-bar joint modules, it is ensured that electricity
Good and excellent waterproof effect is connected between power transmission bus-bar, still, these designs are still such that the device of linking part
Construction complicates, and also allows installation process laborious, therefore leave the space further improved.
Therefore, the present invention will attempt, and first, ensuring that the engagement between power transmission bus-bar and plug assembly must be close
And it is firm under the conditions of, how effectively to guide installation procedure and meet ergonomics, thereby the convenience of erection ＆ lift；And letter
Change plug assembly and change the opposed configuration design of bus-bar, reduce manufacturing cost, also further ensure that plug assembly is assembled
To the assembling yield and reliability during bus-bar.Second, above-mentioned plug assembly is slightly modified, forms the grafting dress that structure simplifies
Put, the mechanism that allows between bus-bar and it is conductive link more easy, it is time saving and energy saving thereby to reach bus-bar erection process, and reduces
The probability of loss and ensure the safety of electricity consumption, it is synchronous solve the problems, such as it is above-mentioned.
The content of the invention
The main object of the present invention, it is that providing a kind of operation meets Human Engineering so that assembling is convenient, efficiency is carried
The power transmission bus-bar plug assembly risen.
It is another object of the present invention to provide a kind of power transmission bus-bar with preliminary guide effect to be filled with grafting
Put, improve convenience during assembling, use lifting assembling yield.
It is a further object of the present invention to provide a kind of power transmission busbar assembly with plug assembly, by letter
Just bus-bar design, reduces overall manufacturing cost.
It is still a further object of the present invention is to provide a kind of power transmission bus-bar group with plug assembly simple in construction
Part, by overall volume is reduced, reduce the occupancy for hall space.
The another object again of the present invention, it is to provide a kind of power transmission bus-bar for assembling and easily there is plug assembly
Component, make disassembling, assembling and replacing easy, be more easily performed hot plug.
A further object again of the present invention, is to provide a kind of plug-in type conducting device, replicates above-mentioned plug assembly structure, letter
It is single to link two sections of adjacent power transmission bus-bars, the effect of reaching simplified joint module.
The more purpose again of the present invention, it is to provide a kind of quick plug-in type conducting device of assembling, lifting assembling electric power
Transmit the speed and reliability of busbar assembly.
A kind of power transmission bus-bar plug assembly that the present invention discloses, it is a kind of electricity for being plugged in and being grown along one to extension
The high current on power transmission bus-bar and transmitted power transmission bus-bar is diverted to the plug assembly of electric equipment, and the electric power passes
Defeated bus-bar is included with plug assembly：One dividing cell, there is a plug outer container, at least one pair of parallel to above-mentioned length to and
It is connected in the affixed wall of foregoing plug outer container opposite sides, and plural number is respectively arranged at foregoing plug outer container and confession corresponds to respectively
The conductive port of each patch conductor is connected, causes the dividing cell to connect position and one above one along a gravity direction
Moved between the disengaging configuration of lower section, and when the dividing cell is located at the top and connects position, above-mentioned conductive port system corresponds to lead respectively
It is connected to above-mentioned patch conductor；And at least two fastener units for being correspondingly pivotally connected with above-mentioned affixed wall along a pivot respectively, Mei Yiqian
It is to extend along parallel to above-mentioned length to direction to state pivot, and each foregoing fastener unit includes at least one along above-mentioned pivot respectively
The driving arm for being connected above-mentioned affixed wall and one parallel are articulated in blocking handle of the driving arm away from above-mentioned affixed wall；Wherein should
Driving arm has more one when the dividing cell is located at above-mentioned top and connects position, for the cladding against power transmission bus-bar
The location division of housing, and the blocking handle further include it is at least one when the location division is resisted against above-mentioned cladding housing, for overlap joint
The card tip that blocking is fixed.
Due to the power transmission bus-bar plug assembly of this case, after power transmission bus-bar is from bottom to top bonded to,
It need to only be fixed with fastener unit by side, wherein more because fastener unit includes blocking handle and anti-loose convex eaves so that
When plug assembly contacts power transmission bus-bar, anti-loose convex eaves can prevent driving arm from departing from and reach preliminary guiding positioning
Effect, comply fully with Human Engineering, thus be assembled aspect it is rapider, not only mobility lifted, work also more have
Efficiency.
Also, bus-bar, the one kind for just turning into this case have corresponding to plug assembly is arranged in pairs or groups by above-mentioned power transmission bus-bar
There is the busbar assembly of power transmission bus-bar plug assembly, including：One power transmission bus-bar, it is to be grown along one to extension,
And including plural number patch conductor insulated from each other, and the cladding housing of a foregoing patch conductor of cladding, the foregoing encasement bodily form
The conduit of foregoing patch conductor is housed into there is plural number to insulate respectively, and at least one set of distributary base socket, foregoing distributary base socket
Formed with the plural number perforation downwards for corresponding to above-mentioned patch conductor one by one respectively；And at least one power transmission bus-bar is filled with grafting
Put including a dividing cell, there is a plug outer container, at least one pair of parallel to above-mentioned length to and be connected in outside foregoing plug
The affixed wall of case opposite sides, and plural number are respectively arranged at foregoing plug outer container and connect above-mentioned each sheet for corresponding to respectively and lead
The conductive port of body, the dividing cell is caused to connect position and a lower section disengaging configuration above one along a gravity direction
Between move, and when the dividing cell is located at the top and connects position, above-mentioned conductive port is corresponding to be respectively connected to above-mentioned sheet
Conductor；And at least two fastener units for being correspondingly pivotally connected with above-mentioned affixed wall along a pivot respectively, each foregoing pivot is edge
Extend parallel to above-mentioned length to direction, each foregoing fastener unit includes at least one above-mentioned affixed along the linking of above-mentioned pivot respectively
The driving arm of wall and one parallel are articulated in blocking handle of the driving arm away from above-mentioned affixed wall；Wherein the driving arm has more
One when the dividing cell is located at above-mentioned top and connects position, for against the location division of above-mentioned cladding housing, and the blocking
Handle further includes at least one when the location division is resisted against above-mentioned cladding housing, to be fixed for overlap joint blocking card tip.
Because the patch conductor in power transmission bus-bar is downward exposure, plug assembly inserts installation directly up, no
Need as known technology will also retain rotation or screw lock position, the structure of power transmission bus-bar thus simplify, volume is so as to significantly
Reduce, weight mitigates therewith, and especially installation process meets ergonomics, and installing process is more convenient, and assembling yield also can be in the lump
Lifting；And when being laid in factory building, meaningless space hold can be effectively reduced, the heavy burden of lower section support body can also be mitigated, together
When lower power transmission bus-bar in itself and supported underneath support body cost, reach this case above-mentioned purpose at one stroke.
Another plug-in type conducting device that the present invention discloses, it is to supply to be plugged in two adjacent power transmission bus-bars, and will
Electric current is conducted in another power transmission bus-bar by a power transmission bus-bar, causes power transmission to be extended, the insertion
Formula conducting device includes：One guide-connecting units, there is a plug outer container, at least one pair of parallel to above-mentioned length to and be connected in preceding
The affixed wall of plug outer container opposite sides is stated, and is respectively arranged at two groups of conduction ports of foregoing plug outer container, foregoing two groups are led
Electric port corresponds to each patch conductor connected in above-mentioned two adjacent power transmission bus-bars respectively, causes to be somebody's turn to do when the guide-connecting units are located at
During cohesive position, above-mentioned two groups of conduction ports are that the corresponding above-mentioned sheet for being connected to above-mentioned two sections of power transmission bus-bars is led respectively
Body, and the above-mentioned patch conductor in above-mentioned two sections of power transmission bus-bars is corresponded and connected；And at least two pairs of fastener lists
Member, each pair fastener unit is correspondingly pivotally connected with above-mentioned affixed wall along a pivot respectively, and the foregoing fastener unit of each pair corresponds to respectively
One of power transmission bus-bar is stated, each foregoing pivot is to extend along parallel to above-mentioned length to direction, each foregoing fastener list
Member include respectively it is at least one along above-mentioned pivot be connected above-mentioned affixed wall driving arm and one parallel to be articulated in the driving arm remote
From the blocking handle of above-mentioned affixed wall；Wherein the driving arm supplies with more one when the guide-connecting units are located at above-mentioned cohesive position
Against it is above-mentioned it is corresponding cladding housing location division, and the blocking handle further include it is at least one when the location division be resisted against it is above-mentioned
During corresponding cladding housing, for the card tip of overlap joint blocking fixation.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the first preferred embodiment power transmission busbar assembly of the invention, for illustrating electric power
Transmit the relativeness of bus-bar and plug assembly.
Fig. 2 is the perspective bottom view of the first preferred embodiment power transmission bus-bar of the invention, for illustrating power transmission
Bus structures.
Fig. 3 is the schematic perspective view of the first preferred embodiment power transmission bus-bar plug assembly of the invention.
Fig. 4 is the partial cutaway view schematic of Fig. 1 embodiments, for illustrating that power transmission bus-bar plug assembly is located at
When side connects position and lower section disengaging configuration, the relative joining relation with power transmission bus-bar.
Fig. 5 to 6 is the schematic cross-sectional view of Fig. 1 embodiments, illustrates the process of power transmission bus-bar plug assembly installation.
Fig. 7 be Fig. 1 embodiments schematic cross-sectional view and its magnified partial view, for illustrate anti-loose convex eaves with it is anti-loose convex
Gutter function and position.
Fig. 8 is the schematic perspective view of the second preferred embodiment power transmission bus-bar plug assembly of the invention.
Fig. 9 is the schematic cross-sectional view with the electric power busbar assembly embodiment of Fig. 8 plug assemblys.
Figure 10 is the schematic perspective view of the preferred embodiment of plug-in type conducting device first of the present invention, illustrates plug-in type conducting dress
Put and how to bridge adjacent power transmission bus-bar, there is provided the function and its relative position of transmission.
Figure 11 is the schematic perspective view of known technology power transmission busbar assembly, illustrates the installation process of plug assembly.
Figure 12 is the Z-Y plane partial cutaway view schematic of known technology power transmission busbar assembly, illustrates plug assembly
Syntagmatic between power transmission bus-bar.
Symbol description
1st, 1 ' ... power transmission bus-bar plug assembly 11,11 ' ... dividing cells
111st, 111 ' ... plug outer containers 113,113 ' ... affixed walls
The conductive port of 115 ... copper folder 115 ', 115 " ...
116 ... dielectric plug 117 ... sealing shells
13rd, 13 ', 13 " ... fastener units 131,131 ' ... driving arms
132nd, the anti-loose convex eaves in 132 ' ... location divisions 133 ...
134th, 134 ' ... blocking handles 135,135 ' ... the card tips
Frame is protected in 136 ... force sections 137 ...
138 ..., which narrow, operates the longitudinal lateral margin of apical margin 139 ...
2 ... power transmission bus-bar 2 ' ... both upstream powers transmit bus-bar
2 " ... downstream powers transmission bus-bar 20 ... lower section insulating element
21st, 21 ' ... patch conductor 22 ... top shield members
23 ... conduits 25,25 ' ... distributary base sockets
27 ... cladding housings 29,29 ' ... necks
3 ... plug-in type conducting device 31 ... guide-connecting units
311 ... block switch 312 ... display
313 ... temperature inductor 314 ... attention devices
5 ... plug assembly 50 ... insertion sections
51 ... wire-connecting 6 ... bus-bars
61 ... opening 63 ... conducting strips
7 ... anti-loose convex gutter 8 ... auxiliary pivots
9th, 9 ' ... pivots
Embodiment
For the present invention foregoing and other technology contents, feature and effect, in the preferable of following cooperation Figure of description
In the detailed description of embodiment, it can clearly appear from；In addition, in embodiments, identical element is by with similar label table
Show.
To ask the structure and volume of simplified power transmission bus-bar, the power transmission bus-bar that the present invention first is preferably implemented
Component is as shown in figure 1, the power transmission bus-bar of top by power transmission bus-bar plug assembly 1, can be inserted by lower section
2, electric current guiding is diverted and used as the power supply of electric equipment in factory, power transmission bus-bar 2 is equally along pre-
Fixed planning, soar aloft to set in factory, for ease of illustration for the sake of, only capture wherein one section in this example and illustrate, and by electricity
Power transmission bus-bar 2 bearing of trend be defined as it is one long to.
Please with reference to shown in Fig. 2, the power transmission bus-bar 2 in this example be exemplified by it can provide the power supply of three-phase,
Therefore include five conductive copper sheets along above-mentioned length to extension and outermost it is narrower two panels ground connection conducting strip, in this example
Middle five conductive copper sheets by center are referred to as patch conductor 21, in this example, are formed by the upper surface of lower section insulating element 20 a plurality of
Conduit 23, fixed every strip of sheet conductor 21 is put for corresponding to respectively at each interval, the top of lower section insulating element 20, is then arranged in pairs or groups
Example is interpreted as the top shield member 22 of aluminium alloy jointly around an accommodation space is gone out, and it is strong to provide more preferably machinery by aluminium alloy
Degree, it is ensured that the fastness of power transmission bus-bar 2.More seal to fill with insulating resin in this example, in accommodation space and isolate each sheet
Conductor 21, it is ensured that security of the power transmission bus-bar 2 when transmitting high current.
For ease of illustration it is herein cladding housing by lower section insulating element 20 and the common definition of top shield member 22 for the sake of
27, and in multigroup distributary base socket 25 formed below of lower section insulating element 20, in this example, be with one group of socket under
The mode of one group of socket is closely molded, and at any one group of distributary base socket 25, is installed the plug assembly of this case additional, is used offer
The excellent use elasticity of user, installing motor platform of powering.Each group of distributary base socket 25 includes five and each corresponded to respectively
The perforation of above-mentioned five strip of sheet conductor 21.The both sides of cladding housing 27 are then provided with a pair of necks 29, and dovetail groove is interpreted as in this example.
Power transmission bus-bar then refer to shown in Fig. 1 and Fig. 3 with plug assembly 1, mainly include：One centrally located
Dividing cell 11, and two groups of fastener units 13 in the both sides of dividing cell 11.Wherein, dividing cell 11 is included outside a plug
Sheet in 111, five conduits 23 for being arranged substantially in plug outer container 111 and corresponding to respectively above-mentioned power transmission bus-bar of case
The conductive port of conductor 21, conductive port is interpreted as copper folder 115 in this example, and the outside of each copper folder 115 is all by corresponding insulative dielectric
Plug 116 coats, and to ensure the security of installation personnel, does not have the risk of electric shock.Similarly, plug outer container in this example
111 be also that the sealing shell 117 by aluminium alloy and the insulative dielectric plug 116 positioned at top are collectively formed, by aluminium alloy
Casing provides preferable mechanical strength and shield effectiveness.In this example, a pair of affixed walls 113 are to be fixed in such as screwed lock outside plug
Two opposite sides of case 111.
Structure based on conductive port is simple Z axis trend, is not required to any extra bending so that the structure of this case dividing cell
It is substantially simpler than known technology, it can not only reduce the volume and weight of dividing cell, can also further reduce electric power biography
The volume and weight of defeated bus-bar, and reduce both manufacturing costs and lift the competitiveness of product in market.
Please also refer to Fig. 2, above-mentioned two groups of fastener units 13 then include respectively：One is connected above-mentioned affixed along pivot 9
The driving arm 131 of wall 113, above-mentioned driving arm 131 is obstructed away from upper for 132, one against the location division of cladding housing 27 a pair
State the parallel blocking handle for being connected auxiliary pivot 8 and being articulated in the driving arm 131 of anti-loose convex eaves 133, one of cladding housing 27
134, the card tip 135 of neck 29 is fixed in one section of overlap joint blocking, and one is extended auxiliary by the card tip 135 and mitigates the force section to exert a force
136, each above-mentioned affixed wall 113 upwardly extends the shield frame 137 formed including a position by pivot 9 respectively, for ease of saying
Bright, each shield frame 137 is further divided into the longitudinal lateral margin 139 and one of two upwardly extended and connected parallel to above-mentioned length to extension
The operation apical margin 138 that narrows of foregoing longitudinal lateral margin 139.
For ease of illustration for the sake of, Fig. 4 is refer to, when dividing cell 11 is located at the initial state shown in dotted line, is not yet contacted
During to distributary base socket 25, it is lower section disengaging configuration to define the position.Then, operator resists gravity direction, by dividing cell
11 push up so that and as shown by the solid line, and conductive port therein is respectively aligned to corresponding distributary base socket 25 to dividing cell 11,
And when inserting and being connected with patch conductor 21, it is defined as top and connects position.Therefore, when operator carries out grafting installation, it is only necessary to
Power transmission bus-bar is first moved to top by lower section disengaging configuration with plug assembly and connects position, you can copper is pressed from both sides 115 Hes
The good contact of patch conductor 21, the electric current transmitted is allowed in patch conductor 21 to be transmitted via copper folder 115 to dividing cell 11.
Then, Fig. 5 and 6 be refer to, when power transmission bus-bar with plug assembly 1 when top connects position, now detain
Has unit 13 then on the separation point position, operating personnel can be with the hands respectively by two driving arms 131 along the turn of pivot 9, pivot
The location division 132 connect on arm 131 is resisted against neck 29；Smoothly reinforce in force section 136, now change to aid in pivot 8 as axle again
The heart, the revotating card tip 135, which is overlapped, to be fixed in neck 29.For purposes of illustration only, define now fastener unit 13 and neck 29
Relative position is blocking position, because the card tip 135 has deeply been equipped in neck 29, increase power transmission bus-bar 2 and electric power
Transmit firm combination of the bus-bar with plug assembly 1.
Due to integrated operation step only need in fact on both hands derive connect and two handwheel streams forward two steps are fixed in clinching
Suddenly, and two steps manual direction it is completely corresponding, operation order meets Human Engineering, and convenience is relative to be strengthened, and not only may be used
With the efficiency of lifting assembling, the correctness and firm stable of assembling can also be further ensured that, allows security to be substantially improved.
Please also refer to Fig. 3 and Fig. 7, link due to there is shield frame 137 to protect the blocking of blocking handle 134 and driving arm 131
Position, during general operation, operator can not touch even turn driving arm 131 easily, avoid power transmission from converging completely
Stream row is dropped or come off by mistake touching accidentally with plug assembly 1, it is ensured that its security.Relatively, power transmission remittance is unloaded
Row is flowed with plug assembly 1, then must be stretched out one's hand and apply especially by width Y-direction the narrow operation apical margin 138 narrow compared with shield frame 137
Power portion 136 could be dismantled.In order to improve processing safety, exerted a force when with after force section 136 by blocking handle 134 by blocking
When position turn is to separation point position, anti-loose convex eaves 133 is also further inconsistent with the anti-loose convex gutter 7 that is formed on pivot 9,
During such as operator to blocking 134 misoperation of handle, driving arm 131 can be lived by the anti-loose convex blocking of eaves 133, avoid fastener unit 13
Come off to form work peace problem.
Certainly, as being familiar with, the art personage is readily appreciated, and the framework of this case above-described embodiment not limits to, example
, can be as shown in Fig. 8 and the preferred embodiments of Fig. 9 second such as the locking mode of fastener unit, its basic structure is similar to first case,
Power transmission bus-bar plug assembly 1 ' equally includes：One dividing cell 11 ' and such as two fastener units 13 '.Shunting
Unit 11 ' equally includes plug outer container 111 ', affixed wall 113 ', and is arranged at plug outer container 111 ' and corresponds to conduit inner sheet respectively
The conductive port 115 ' of shape conductor；Main Differences are, are articulated in along pivot 9 ' in the fastener unit 13 ' of affixed wall 113 ', pivot joint
Arm 131 ', which no longer fastens, is equipped in above-mentioned dividing cell 11 ', but by a pair of location divisions 132 ', blocking handle 134 ', and the card tip
135 ', blocking handle 134 ' and the card tip 135 ' are lapped one another fixation by operating personnel, increase the fortune of power transmission busbar assembly
With elasticity.
Furthermore it is good and anti-to connect between bus-bar and bus-bar during working as plant construction bus system in the past
The joint module of water, which is done, to be linked, but the link device that also therefore formation one is complicated, installation steps are more, and the present invention utilizes upper
The primary structure for stating plug assembly slightly changes, and forms the preferred embodiment of plug-in type conducting device 3 as shown in Figure 10, insertion
Formula conducting device 3 has the guide-connecting units 31 of a responsible grafting and conducting, and at least two pairs of fastener units 13 ", two make-ups
Tool unit 13 " is each responsible for snapping into two adjacent bus-bars, improves the stability of combination.Especially in the present embodiment, connect
Unit 31 can also further comprise blocking switch 311, so as to when needing breaking, adjacent bus-bar is offline, and still tie up
Hold the power supply of upstream bus-bar.Not only in the process for changing bus-bar or board more efficiently, sliver can also be greatly reduced and stop
The loss of work.
Necessary special declaration, is by top volume of the power transmission bus-bar at both ends in the present embodiment for purposes of illustration
The distributary base socket 25 ' upwardly opened is provided with outside, but is familiar with the art personage to be readily appreciated that, plug-in type conducting dress
Put in the 3 distributary base sockets that can also be plugged on below power transmission bus-bar both ends, shoulder two adjacent power transmissions of conducting
The effect of bus-bar.And be two adjacent power transmission bus-bars of difference, the special direction with power transmission is divided into both upstream power and passed
Defeated bus-bar 2 ' and downstream power transmission bus-bar 2 ".
In the assembling process of this example, the plug-in type conducting device 3 with plug outer container is corresponded into both upstream power first and passed
The top of defeated bus-bar 2 ' and the downstream power transmission intersection of bus-bar 2 ", two groups of plugs (non-label) then correspond to and aim at two respectively
The distributary base socket 25 ' that is formed at the upper surface of end of section bus-bar, then by plug outer container by ready position be downwardly into
One cohesive position, two groups of plugs are made to complete to combine with corresponding distributary base socket 25 ' respectively.Now, two groups are located in plug
Conductive port 115 " will correspond to the patch conductor 21 ' connected in two groups of distributary base sockets 25 ' respectively.Due to plug-in type conducting device 3
Two groups of conduction ports 115 " be to correspond conducting each other, thereby can by both upstream power transmit bus-bar 2 ' sheet lead
Body 21 ', the corresponding patch conductor 21 ' connected in downstream power transmission bus-bar 2 " is corresponded to one by one, promotes both upstream power to transmit
Bus-bar 2 ' forms conducting loop with downstream power transmission bus-bar 2 ".
After plug-in type conducting device 3 is plugged in power transmission bus-bar, operating personnel can take advantage of a situation one pair of which fastener
Unit 13 " pushes internal buckle, the card tip is equipped in the neck 29 ' of such as both upstream power transmission bus-bar 2 ', finally again by another pair
Fastener unit 13 " according to previous clinching step be equipped in downstream power transmission bus-bar 2 " neck 29 ', make two sections of bus-bars and
Plug-in type conducting device 3 can form stable earth-current transmission environment.Certainly, the sequencing of above-mentioned two pairs of fastener buckles not limits
Condition processed, can freely it be adjusted according to situation.
In addition, for the safety coefficient in lifting factory, in the bus system of transmission high current, more can further exist
An inductor is added in guide-connecting units 31, is by taking temperature inductor 313 as an example in this example, measures in plug-in type conducting device 3
Temperature regime, and measured temperature is shown on a built-in display 312 via being for example wirelessly transferred, for management
Personnel monitor control at any time, and when temperature exceedes security value (s) at this, it will start example and be interpreted as including warning lamp and alarm bell
Attention device 314, warning lamp starts to flash, and alarm bell then sends the sound and warned, and reminds administrative staff to go to disposal rapidly, further
The effectively security of lifting working environment.
Only as described above, only presently preferred embodiments of the present invention, it is impossible to the scope that the present invention implemented is limited with this,
Every simple equivalent changes and modifications made according to the present patent application claims and description, all should still belong to this hair
In the range of bright patent covers.
Claims (13)
1. a kind of power transmission bus-bar plug assembly, it is for being plugged in a power transmission bus-bar, the wherein power transmission
Bus-bar is to be grown along one to extension, and including plural number patch conductor insulated from each other, and the bag of a foregoing patch conductor of cladding
Housing is covered, foregoing encasement body insulate respectively formed with plural number houses the conduit of foregoing patch conductor, and at least one set of shunting
Seat socket, foregoing distributary base socket is formed with the plural number perforation downwards for corresponding to above-mentioned patch conductor one by one respectively, it is characterised in that
The power transmission bus-bar is included with plug assembly：
One dividing cell, there is a plug outer container, at least one pair of parallel to above-mentioned length to and be connected in foregoing plug outer container
The affixed wall of opposite sides, and insulation set connects above-mentioned each sheet to plural number in foregoing plug outer container and for corresponding to respectively respectively
The conductive port of conductor, the dividing cell is caused to connect position and a lower section above one along a gravity direction and depart from position
Moved between putting, and when the dividing cell is located at the top and connects position, above-mentioned conductive port is corresponding to be respectively connected to sheet above
Shape conductor；And
At least two are correspondingly pivotally connected with the fastener unit of above-mentioned affixed wall along a pivot respectively, and each foregoing pivot is along parallel
Extend in above-mentioned length to direction, each foregoing fastener unit is connected above-mentioned affixed wall including at least one along above-mentioned pivot respectively
Driving arm and one parallel are articulated in blocking handle of the driving arm away from above-mentioned affixed wall；Wherein the driving arm has more one
When the dividing cell, which is located at above-mentioned top, connects position, for against the location division of above-mentioned cladding housing, and the blocking handle is more
Including at least one when the location division is resisted against above-mentioned cladding housing, for the card tip of overlap joint blocking fixation.
2. power transmission bus-bar plug assembly as claimed in claim 1, it is characterised in that wherein above-mentioned driving arm more wraps
One is included when above-mentioned location division is against above-mentioned cladding housing, obstructs above-mentioned driving arm away from the anti-loose convex of above-mentioned cladding housing
Eaves.
3. power transmission bus-bar plug assembly as claimed in claim 1 or 2, it is characterised in that wherein above-mentioned blocking
Handle further includes one by the extension of the above-mentioned card tip and the force section away from above-mentioned driving arm.
4. power transmission bus-bar plug assembly as claimed in claim 1 or 2, it is characterised in that each of which is above-mentioned solid
Connect wall and upwardly extend the shield frame formed including a position by above-mentioned pivot respectively, and each foregoing shield frame has two respectively
Longitudinal lateral margin and an operation apical margin that narrows parallel to above-mentioned length to the foregoing longitudinal lateral margin of extension connection.
5. power transmission bus-bar plug assembly as claimed in claim 1 or 2, it is characterised in that wherein, above-mentioned electric power passes
The cladding housing both sides of defeated bus-bar are more respectively formed with least together along above-mentioned length to the neck of extension, are supported for above-mentioned location division
Lean on, and foregoing corresponding neck is equipped in for above-mentioned card tip overlap joint, be thereby fixed to above-mentioned fastener unit and dividing cell above-mentioned
Power transmission bus-bar.
6. power transmission bus-bar plug assembly as claimed in claim 1 or 2, it is characterised in that outside wherein above-mentioned plug
Case, which further comprises being fixed in the dielectric plug and secure bond shielding at above-mentioned conductive port by outside insulating wrapped for one, to be given an account of
The sealing shell of plug.
A kind of 7. busbar assembly with power transmission bus-bar plug assembly, it is characterised in that including：
One power transmission bus-bar, is to be grown along one to extension, and including plural number patch conductor insulated from each other, and a cladding before
The cladding housing of patch conductor is stated, foregoing encasement body insulate respectively formed with plural number houses the conduit of foregoing patch conductor, with
And at least one set of distributary base socket, foregoing distributary base socket are worn downwards formed with the plural number for corresponding to above-mentioned patch conductor one by one respectively
Hole；And
At least one plug assembly includes：
One dividing cell, there is a plug outer container, at least one pair of parallel to above-mentioned length to and be connected in foregoing plug outer container
The affixed wall of opposite sides, and insulation set connects above-mentioned each sheet to plural number in foregoing plug outer container and for corresponding to respectively respectively
The conductive port of conductor, the dividing cell is caused to connect position and a lower section above one along a gravity direction and depart from position
Moved between putting, and when the dividing cell is located at the top and connects position, above-mentioned conductive port is corresponding to be respectively connected to sheet above
Shape conductor；And
At least two are correspondingly pivotally connected with the fastener unit of above-mentioned affixed wall along a pivot respectively, and each foregoing pivot is along parallel
Extend in above-mentioned length to direction, each foregoing fastener unit is connected above-mentioned affixed wall including at least one along above-mentioned pivot respectively
Driving arm and one parallel are articulated in blocking handle of the driving arm away from above-mentioned affixed wall；Wherein the driving arm has more one
When the dividing cell, which is located at above-mentioned top, connects position, for against the location division of above-mentioned cladding housing, and the blocking handle is more
Including at least one when the location division is resisted against above-mentioned cladding housing, for the card tip of overlap joint blocking fixation.
8. there is the busbar assembly of power transmission bus-bar plug assembly as claimed in claim 7, it is characterised in that its
In above-mentioned power transmission bus-bar further include a pair of necks along above-mentioned length to extension.
9. there is the busbar assembly of power transmission bus-bar plug assembly as claimed in claim 7, it is characterised in that its
In above-mentioned cladding housing include the lower section insulating element to form above-mentioned conduit, and affixed cladding aforesaid lower insulating element
Top shield member, aforesaid lower insulating element and foregoing top shield member are inoculated with insulating around going out an internal envelope jointly
The accommodation space of resin.
10. there is the busbar assembly of power transmission bus-bar plug assembly as claimed in claim 7, it is characterised in that
The above-mentioned affixed wall of each of which upwardly extends the shield frame formed including a position by above-mentioned pivot respectively, and each foregoing
Shield frame has two longitudinal lateral margins and an operation apical margin that narrows parallel to above-mentioned length to the foregoing longitudinal lateral margin of extension connection respectively.
11. a kind of power transmission bus-bar plug-in type conducting device, it is to supply to connect two sections of adjacent power transmission bus-bars, its
In each above-mentioned power transmission bus-bar grown along one to extension, and include plural number patch conductor insulated from each other respectively, and one
The cladding housing of the individual foregoing patch conductor of cladding, foregoing encasement body house the groove of foregoing patch conductor formed with plural number respectively
Road, and at least three groups of distributary base sockets, foregoing distributary base socket is formed with the plural number for corresponding to above-mentioned patch conductor one by one respectively
Above-below direction is perforated, it is characterised in that the power transmission bus-bar plug-in type conducting device includes：
One guide-connecting units, there is a plug outer container, at least one pair of parallel to above-mentioned length to and be connected in foregoing plug outer container
The affixed wall of opposite sides, and two groups of conduction ports of foregoing plug outer container are respectively arranged at, foregoing two groups of conduction ports are right respectively
Each patch conductor in above-mentioned two adjacent power transmission bus-bars should be connected, is caused when the guide-connecting units are located at the cohesive position
When, above-mentioned two groups of conduction ports are the corresponding above-mentioned patch conductors for being connected to above-mentioned two sections of power transmission bus-bars, and will be upper respectively
State the above-mentioned patch conductor in two sections of power transmission bus-bars and correspond and connect；And
At least two pairs of fastener units, each pair fastener unit is correspondingly pivotally connected with above-mentioned affixed wall along a pivot respectively, and each pair is foregoing
Fastener unit corresponds to one of above-mentioned power transmission bus-bar respectively, and each foregoing pivot is that edge is prolonged parallel to above-mentioned length to direction
Stretch, each foregoing fastener unit includes at least one driving arm along the above-mentioned affixed wall of above-mentioned pivot linking respectively and one flat
Row is articulated in blocking handle of the driving arm away from above-mentioned affixed wall；Wherein the driving arm has more one when the guide-connecting units are located at
During above-mentioned cohesive position, for further including at least one work as against the location division of above-mentioned corresponding cladding housing, and the blocking handle
When the location division is resisted against above-mentioned corresponding cladding housing, for the card tip of overlap joint blocking fixation.
12. power transmission bus-bar plug-in type conducting device as claimed in claim 11, it is characterised in that wherein this is connected
What unit further included power transmission between an above-mentioned two sections of power transmission bus-bar of control blocks switch.
13. the power transmission bus-bar plug-in type conducting device as described in claim 11 or 12, it is characterised in that wherein should
Guide-connecting units further include a display, a temperature inductor and one when the temperature that foregoing temperature inductor is sensed surpasses
When crossing predetermined value, the attention device of warning is sent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610506762.8A CN107565298A (en) | 2016-06-30 | 2016-06-30 | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610506762.8A CN107565298A (en) | 2016-06-30 | 2016-06-30 | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107565298A true CN107565298A (en) | 2018-01-09 |
Family
ID=60969727
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610506762.8A Pending CN107565298A (en) | 2016-06-30 | 2016-06-30 | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107565298A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI745091B (en) * | 2020-09-21 | 2021-11-01 | 巴斯威爾股份有限公司 | Electric transmission busway |
Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6196874B1 (en) * | 1998-06-02 | 2001-03-06 | Hon Hai Precision Ind. Co., Ltd. | Plug connector having additional power plug for transmitting high rated power |
| TW491430U (en) * | 2000-10-20 | 2002-06-11 | Unelectra Internat Corp | Improved electrical bus and connector structure |
| WO2005020387A1 (en) * | 2003-08-18 | 2005-03-03 | Moir, Michael, Christopher | Electrical plug and busbar system |
| TWM274665U (en) * | 2004-10-29 | 2005-09-01 | Taiwan Busway Co Ltd | Power-source leading-out apparatus of electric power transmission bus |
| CN201178199Y (en) * | 2008-03-05 | 2009-01-07 | 富士康(昆山)电脑接插件有限公司 | Pluggable module group |
| CN101521335A (en) * | 2008-02-29 | 2009-09-02 | 鸿富锦精密工业（深圳）有限公司 | Connector and socket thereof |
| CN201319453Y (en) * | 2008-10-20 | 2009-09-30 | 香港商安费诺(东亚)有限公司 | Universal cylinder manifold connector |
| CN103066442A (en) * | 2012-11-30 | 2013-04-24 | 重庆富士特电控有限公司 | Plug and socket in surface contact |
| CN103997003A (en) * | 2013-02-14 | 2014-08-20 | Ls电线有限公司 | Part flow device for bus duct |
| CN206004109U (en) * | 2016-06-30 | 2017-03-08 | 巴斯威尔股份有限公司 | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly |
-
2016
- 2016-06-30 CN CN201610506762.8A patent/CN107565298A/en active Pending
Patent Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6196874B1 (en) * | 1998-06-02 | 2001-03-06 | Hon Hai Precision Ind. Co., Ltd. | Plug connector having additional power plug for transmitting high rated power |
| TW491430U (en) * | 2000-10-20 | 2002-06-11 | Unelectra Internat Corp | Improved electrical bus and connector structure |
| WO2005020387A1 (en) * | 2003-08-18 | 2005-03-03 | Moir, Michael, Christopher | Electrical plug and busbar system |
| TWM274665U (en) * | 2004-10-29 | 2005-09-01 | Taiwan Busway Co Ltd | Power-source leading-out apparatus of electric power transmission bus |
| CN101521335A (en) * | 2008-02-29 | 2009-09-02 | 鸿富锦精密工业（深圳）有限公司 | Connector and socket thereof |
| CN201178199Y (en) * | 2008-03-05 | 2009-01-07 | 富士康(昆山)电脑接插件有限公司 | Pluggable module group |
| CN201319453Y (en) * | 2008-10-20 | 2009-09-30 | 香港商安费诺(东亚)有限公司 | Universal cylinder manifold connector |
| CN103066442A (en) * | 2012-11-30 | 2013-04-24 | 重庆富士特电控有限公司 | Plug and socket in surface contact |
| CN103997003A (en) * | 2013-02-14 | 2014-08-20 | Ls电线有限公司 | Part flow device for bus duct |
| CN206004109U (en) * | 2016-06-30 | 2017-03-08 | 巴斯威尔股份有限公司 | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI745091B (en) * | 2020-09-21 | 2021-11-01 | 巴斯威爾股份有限公司 | Electric transmission busway |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104600528B (en) | Power supply distribution device | |
| CN105144520B (en) | Power inverter and terminal box | |
| TWI607610B (en) | Plug connector device, plug-in conduction device and bus bar assembly with plug connector for power transmission busbar | |
| CN107565298A (en) | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly | |
| CN206004109U (en) | Electric power bus-bar plug assembly, plug-in type conducting device and busbar assembly | |
| CN204424472U (en) | Wire connection wire clamp | |
| CN206480263U (en) | A kind of low-voltage collecting meter reading failure training set | |
| CN207490602U (en) | A kind of emergency power supply system for large-size thermal power plant | |
| CN106384921B (en) | Intelligence plugs the disconnected module that declines | |
| CN206148822U (en) | Portable centrally connected power source switching box | |
| CN202695895U (en) | Bus-duct electricity getting device | |
| CN205863847U (en) | The orientable bus duct of safety that a kind of power equipment is special | |
| CN205452058U (en) | Return circuit is opened with blade formula terminal in overload protection device tripping operation position | |
| CN204538607U (en) | Master station wiring terminal box in transformer station | |
| CN215870140U (en) | Novel multidirectional rotatable safe wiring board | |
| CN203734555U (en) | Output panel for communication power supply and communication power supply | |
| CN207304026U (en) | intelligent garment hanging system | |
| CN202384529U (en) | Portable bolt socket | |
| WO2015051579A1 (en) | Safe dc combiner box | |
| CN201837707U (en) | Tester of central cabinet circuit breaker | |
| CN201515185U (en) | Bus bar slot inserting device | |
| CN204992268U (en) | High voltage direct current converge box and equipment | |
| CN113690646B (en) | Intelligent remote low-voltage line quick grounding device | |
| CN105575685B (en) | A kind of protective relaying device trip position open entry loop blade type terminal | |
| CN217656550U (en) | Safe type converter casing convenient to wiring |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination |