CN102684040A - Anti-creeping method and anti-creeping connecting device - Google Patents
Anti-creeping method and anti-creeping connecting device Download PDFInfo
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- CN102684040A CN102684040A CN2012101487792A CN201210148779A CN102684040A CN 102684040 A CN102684040 A CN 102684040A CN 2012101487792 A CN2012101487792 A CN 2012101487792A CN 201210148779 A CN201210148779 A CN 201210148779A CN 102684040 A CN102684040 A CN 102684040A
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Abstract
The invention discloses an anti-creeping method and an anti-creeping connecting device. The anti-creeping connecting device comprises two to-be-connected connecting units, wherein each of the connecting units comprises a conductor and an insulating unit. A switching-on/off unit is arranged in at least one of the connecting units. The anti-creeping connection is realized by the two connecting units according to the following steps of: 1) isolating the inner conductor of the connecting unit with the switching-on/off unit from the outside; 2) contacting the insulating units of the two connecting units with each other, thereby forming an airtight insulating space which isolates an external conductive medium from the inner conductor and contact unit; and 3) switching on the switching-on/off unit, and connecting the conductors of the two connecting units in a contact form, thereby realizing electrification. The invention provides an anti-creeping method and a safe and effective connecting mode designed according to the anti-creeping method; all the electric appliances can be connected under an electrified condition in the conductive medium and are free from creeping; no arc is generated when the electric appliances are connected and disconnected; and spark and explosion caused by the connection under inflammable and explosive conditions are avoided.
Description
Technical field
The present invention relates to a kind of anticreep method and anticreep jockey, be used for the energising junction of various electrical appliances, belong to the electric connection technology field.
Background technology
The annual security incident that causes because of the electric leakage of electrical appliance is countless, has wherein accounted for the major part of accident because of the junction electric leakage of electrical appliance.And at present waterproof, anti-creeping interconnection technique adopt to connect the back to twine mode integral body such as insulating tape, gluing airtight, use loaded down with trivial detailsly, must before entry, link airtight.Connection possibly produce spark and blasts under inflammable and explosive environment such as for example colliery, gas station, gas station etc., and is dangerous.
Therefore, existing electrical appliance is not enough below still existing on the interconnection technique:
1. to the airtight deficiency of connecting portion integral sealing;
2. use loaded down with trivial details, difficult in maintenance, some in addition for disposable connection;
3. can not hot line job in water or in the conducting medium.
Summary of the invention
The objective of the invention is to: a kind of anticreep method and jockey are provided; Solve existing plug connector and on power consumption equipment connects, have potential safety hazard; And can not be in water the charged technical problem that connects and break off, thereby can effectively solve the problem that exists in the above-mentioned prior art.
The object of the invention realizes through following technical proposals:
A kind of anticreep method comprises two linkage units to be connected, and linkage unit comprises conductor, insulation unit, and is provided with the break-make unit in one of them linkage unit, and two linkage units are realized anticreep connection through following steps:
The first step: will be isolated from the outside with the inner conductor of the linkage unit of break-make unit;
Second step: the insulation unit contact with two linkage units forms the airtight insulating space that external conductive medium and conductor inside, break-make unit and osculating element are isolated;
The 3rd step: with the break-make cell conduction, make the conductor dbus of two linkage units cross break-make unit and osculating element conducting, realize energising.
As a kind of optimal way, in second step, in airtight insulating space, carry out automatic leakage check, if drawing unsealing, inspection then returns the first step.
As further optimal way, said break-make unit is the switch that votage control switch, magnetic switch or electronic component are formed.
As further optimal way, in second step, the way of contact comprises plug-in type and non-insertion.
As preferably, said plug-in type is for single group plug-in type or organize plug-in type more.
As further optimal way, organize plug-type break-make unit controls mode more and be the unified control of independent control or one-to-many one to one.
As a kind of optimal way, said non-insertion is for single group non-insertion or organize non-insertion more.
As further optimal way, the break-make unit controls mode of organizing non-insertion is the unified control of independent control or one-to-many one to one more.
A kind of anticreep jockey; Comprise two linkage units to be connected; Linkage unit comprises conductor and insulation unit; And be provided with the break-make unit in one of them linkage unit, the insulation unit contact of two linkage units forms the airtight insulating space that external conductive medium and conductor inside, break-make unit and osculating element are isolated.
As further optimal way; Said linkage unit is divided into a linkage unit and No. two linkage units; A said linkage unit comprises an insulation unit, conductor, break-make unit and an osculating element; A said conductor and an osculating element are communicated with through the break-make unit, and the periphery of conductor, break-make unit and an osculating element is located in a said insulation unit; Said No. two linkage units comprise No. two insulation unit and No. two conductors, and the periphery of No. two conductors is located in said No. two insulation unit.
As further optimal way, the conductor of a linkage unit and an installation end join, and the installation end that the conductor of No. two linkage units is corresponding with another joins.
As further optimal way; The connected mode of two linkage units is the conductor conducting that the conductor dbus of a linkage unit is crossed break-make unit and osculating element and another linkage unit, and perhaps the conductor dbus of a linkage unit is crossed the conductor conducting of break-make unit and osculating element and No. two linkage units.
As further optimal way, said break-make unit is the switch that votage control switch, magnetic switch or electronic component are formed.
As further optimal way, the said way of contact comprises plug-in type and non-insertion.
As a kind of optimal way, said plug-in type is for single group plug-in type or organize plug-in type more.
As further optimal way, organize plug-type break-make unit controls mode more and be the unified control of independent control or one-to-many one to one.
As preferably, said non-insertion is for single group non-insertion or organize non-insertion more.
As further optimal way, the break-make unit controls mode of organizing non-insertion is the unified control of independent control or one-to-many one to one more.
The effect of center subdivision is following:
The insulation unit: insulated conductor and osculating element, and play the effect that liquid is isolated.
Break-make unit: play the effect of disconnection or lead-through conductors and osculating element.
Osculating element: match with other conductive pieces for a kind of, the conductive pieces of electric path is provided.
An insulation unit: contact with an insulation unit or No. two insulation unit during connection, airtight insulation, insulated conductor and osculating element, conductor and osculating element can only be communicated with through the break-make unit, connect the back outside conducting medium and inner conductor are isolated.
No. two insulation unit: contact with an insulation unit during connection, airtight insulation is isolated outside conducting medium and inner conductor.
Compared with prior art; Beneficial effect of the present invention: the connected mode safely and effectively that the present invention provides a kind of anticreep method and establishes according to this method, electrical appliance all can chargedly connect in conducting medium, can not leak electricity; There is not electric arc when connection and disconnection; Avoid under the inflammable and explosive environment connection possibly produce spark and blast, specifically, possess following advantage:
1, convenient disassembly, practicality;
2, can be implemented in charged connection or disconnection in water or in the conducting medium;
3, can at high temperature use;
4, can under high pressure use;
5, can repeatedly use repeatedly;
6, whether connector connects in water and can not leak electricity, and can be implemented in chargedly in the water to connect and break off.
Description of drawings
Fig. 1 is the principle schematic of a linkage unit;
Fig. 2 is the principle schematic of No. two linkage units;
Fig. 3 is linkage unit and the anticreep principle schematic that is connected of linkage unit list group plug-in type;
Fig. 4 is that a linkage unit is organized the anticreep principle schematic that is connected of unified control plug-in type with a linkage unit more;
Fig. 5 is that a linkage unit is organized the anticreep principle schematic that is connected of independent control plug-in type with a linkage unit more;
Fig. 6 is linkage unit and No. two anticreep principle schematic that are connected of linkage unit list group plug-in type;
Fig. 7 is that a linkage unit is organized the anticreep principle schematic that is connected of unified control plug-in type with No. two linkage units more;
Fig. 8 is that a linkage unit is organized the anticreep principle schematic that is connected of independent control plug-in type with No. two linkage units more;
Fig. 9 is linkage unit and the anticreep principle schematic that is connected of linkage unit list group non-insertion;
Figure 10 is that a linkage unit and a linkage unit are organized the anticreep catenation principle sketch map of unified control non-insertion more;
Figure 11 is that a linkage unit and a linkage unit are organized the anticreep catenation principle sketch map of independent control non-insertion more;
Figure 12 is linkage unit and No. two anticreep principle schematic that are connected of linkage unit list group non-insertion;
Figure 13 is that a linkage unit and No. two linkage units are organized the anticreep catenation principle sketch map of unified control non-insertion more;
Figure 14 is that a linkage unit and No. two linkage units are organized the anticreep catenation principle sketch map of independent control non-insertion more.
Wherein, 11: numbers insulation unit; 12: numbers conductors; 13: numbers osculating elements; 14: the break-make unit; 5: link; 6: installation end; 21: No. two insulation unit; 22: No. two conductors.
Embodiment
In order to make the object of the invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Disclosed all characteristics in this specification, or the step in disclosed all methods or the process are except the speciality of mutual repulsion and/or the step; All can make up by any way; Only if special narration all can be replaced by other equivalences or the alternative features with similar purpose, promptly; Only if special narration, an embodiment in a series of equivalences of each characteristic or the similar characteristics.
A kind of anticreep method comprises two linkage units to be connected, and linkage unit comprises conductor, insulation unit, and is provided with the break-make unit in one of them linkage unit, and two linkage units are realized anticreep connection through following steps:
The first step: will be isolated from the outside with the inner conductor of the linkage unit of break-make unit, and through break-make unit and osculating element conducting; Said break-make unit is the switch that votage control switch, magnetic switch or electronic component are formed;
Second step: with the insulation unit contact of two linkage units; Form the airtight insulating space that external conductive medium and conductor inside, break-make unit and osculating element are isolated; In airtight insulating space, carry out automatic leakage check, then return the first step if inspection draws unsealing;
The 3rd step: with the break-make cell conduction, make the conductor dbus of two linkage units cross break-make unit and osculating element conducting, realize energising, the said way of contact comprises plug-in type and non-insertion.Said plug-in type is for single group plug-in type or organize plug-in type more; The plug-type break-make unit controls mode of wherein many groups is the unified control of independent control or one-to-many one to one; Said non-insertion is for single group non-insertion or organize non-insertion more, and wherein, the break-make unit controls mode of organizing non-insertion is the unified control of independent control or one-to-many one to one more.
A kind of anticreep jockey; Comprise two linkage units to be connected; Linkage unit comprises conductor and insulation unit; And be provided with the break-make unit in one of them linkage unit, the insulation unit contact of two linkage units forms the airtight insulating space that external conductive medium and conductor inside, break-make unit and osculating element are isolated.
Like Fig. 1, shown in Figure 2; Said linkage unit is divided into a linkage unit and No. two linkage units; A said linkage unit comprises an insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; A said conductor and an osculating element are communicated with through the break-make unit, and the periphery of conductor, break-make unit and an osculating element is located in a said insulation unit; Said No. two linkage units comprise No. two insulation unit 21 and No. two conductors 22, and the periphery of No. two conductors 22 is located in said No. two insulation unit 21; The conductor of a linkage unit and an installation end join, and the installation end that the conductor of No. two linkage units is corresponding with another joins; The connected mode of two linkage units is the conductor conducting that the conductor dbus of a linkage unit is crossed break-make unit and osculating element and another linkage unit, and perhaps the conductor dbus of a linkage unit is crossed the conductor conducting of break-make unit and osculating element and No. two linkage units.
Wherein, said break-make unit is the switch that votage control switch, magnetic switch or electronic component are formed.The said way of contact comprises plug-in type and non-insertion.Said plug-in type is for single group plug-in type or organize plug-in type more; The plug-type break-make unit controls mode of wherein many groups is the unified control of independent control or one-to-many one to one.Said non-insertion is for single group non-insertion or organize non-insertion more, and wherein, the break-make unit controls mode of organizing non-insertion is the unified control of independent control or one-to-many one to one more.
Utilize this anticreep method can adopt multiple connected mode, just list out part embodiment at this:
Embodiment 1
As shown in Figure 3, a said linkage unit and linkage unit list group anticreep a connection of plug-in type.
Linkage unit of a linkage unit and another is connected with the mode of inserting; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is the switch that voltage-controlled, magnetic control or electronic component are formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14, and the periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11; After said one of them linkage unit and another linkage unit are connected with the mode of inserting, outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 are formed the airtight insulating space of isolating; A conductor 12 of two linkage units can connect the different external electric device, according to actual operating position decision.
When linkage unit of one of them linkage unit and another is connected with the mode of inserting; Two osculating elements 13 are in contact with one another; Two insulation unit 11 are in contact with one another; After outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 formed the airtight insulating space of isolating; The switch closure that voltage-controlled, the magnetic control of break-make unit 14 or electronic component are formed makes break-make unit 14 and two osculating element 13 conductings of the switch that two conductors 12 form through two voltage-controlled, magnetic controls or electronic component.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Embodiment 2
As shown in Figure 4, linkage unit and linkage unit are organized unified control more plug-in type are anticreep and be connected.
A plurality of linkage units are connected with the mode of inserting with a plurality of linkage units.A said linkage unit comprises an insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; The switches set that said break-make unit 14 is formed for voltage-controlled, the magnetic control or the electronic component of unified control; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14, and the periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11; After a said a plurality of linkage unit and a plurality of linkage units are connected with the mode of inserting, outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 are formed a plurality of airtight insulating spaces of independently isolating; A conductor 12 of a linkage unit of group more than two can connect the different external electric device, according to actual operating position decision.
When linkage unit of linkage unit of one of them many group and another many groups is connected with the mode of inserting; An osculating element 13 of a linkage unit of group more than two is in contact with one another; Two insulation unit 11 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the unified control of break-make unit 14 or electronic component are formed is closed respectively, a conductor 12 that makes a linkage unit of group more than two respectively through linkage unit of group more than two independently control separately voltage-controlled, magnetic control or electronic component composition switch break-make unit 14 and organizing osculating element 13 conductings of a linkage unit two more.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Embodiment 3
As shown in Figure 5, linkage unit and linkage unit are organized independent control more plug-in type are anticreep and be connected.
A plurality of linkage units are connected with the mode of inserting with a plurality of linkage units; A said linkage unit comprises an insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is voltage-controlled, the magnetic control of independent separately control or the switches set that electronic component is formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14, and the periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11; After a said a plurality of linkage unit and a plurality of linkage units are connected with the mode of inserting, outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 are formed a plurality of airtight insulating spaces of independently isolating; A conductor 12 of a linkage unit of group more than two can connect the different external electric device, according to actual operating position decision.
When linkage unit of linkage unit of one of them many group and another many groups is connected with the mode of inserting; An osculating element 13 of a linkage unit of group more than two is in contact with one another; Two insulation unit 11 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the independent separately control of break-make unit 14 or electronic component are formed is closed respectively, a conductor 12 that makes a linkage unit of group more than two respectively through linkage unit of group more than two independently control separately voltage-controlled, magnetic control or electronic component composition switch break-make unit 14 and organizing osculating element 13 conductings of a linkage unit two more.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Embodiment 4
As shown in Figure 6, a said linkage unit and No. two linkage unit list group anticreep connections of plug-in type.
A linkage unit is connected with the mode of inserting with No. two linkage units; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is the switch that voltage-controlled, magnetic control or electronic component are formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14; The periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11, and No. two linkage units comprise No. two insulation unit 21, No. two conductors 22; A said linkage unit is with after No. two linkage units are connected with the mode of inserting, and outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 are formed the airtight insulating space of isolating; A conductor 12 of a linkage unit and No. two conductors 22 of No. two linkage units can be connected the different external electric device, according to actual operating position decision.
When a linkage unit is connected with the mode of inserting with a linkage unit; An osculating element 13 and No. two conductors 22 are in contact with one another; An insulation unit 11, No. two insulation unit 21 are in contact with one another; After outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 are formed the airtight insulating space of isolating; The switch closure that voltage-controlled, the magnetic control of break-make unit 14 or electronic component are formed makes break-make unit 14 and osculating element 13 conductings through the switch of voltage-controlled, magnetic control or electronic component composition of conductor 12 and No. two conductors 22.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
As shown in Figure 7, a linkage unit and No. two linkage units are organized the anticreep connection side of unified control plug-in type more.
A plurality of linkage units are connected with the mode of inserting with a plurality of No. two linkage units; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; The switches set that said break-make unit 14 is formed for voltage-controlled, the magnetic control or the electronic component of unified control; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14; The periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11, and No. two linkage units comprise No. two insulation unit 21, No. two conductors 22; After a said a plurality of linkage unit and a plurality of linkage units are connected with the mode of inserting, outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 are formed a plurality of airtight insulating spaces of independently isolating; No. two conductors 22 of No. two linkage units of a conductor 12 and many groups of a linkage unit of many groups can be connected the different external electric device, according to actual operating position decision.
When linkage unit of one of them many group is connected with the mode of inserting with No. two linkage units of group more than; No. two conductors 22 of No. two linkage units of an osculating element 13 of a linkage unit of many groups and many groups are in contact with one another; An insulation unit 11, No. two insulation unit 21 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the unified control of break-make unit 14 or electronic component are formed is closed respectively, makes No. two conductors 22 of No. two linkage units of a conductor 12 and many groups of a linkage unit of many groups independently control osculating element 13 conductings of break-make unit 14 with a linkage unit of many groups of the switch that voltage-controlled, magnetic control or electronic component form respectively separately through many groups of linkage units.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
As shown in Figure 8, linkage unit and No. two linkage units are organized independent control more plug-in type are anticreep and be connected.
A plurality of linkage units are connected with the mode of inserting with a plurality of No. two linkage units; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is voltage-controlled, the magnetic control of independent separately control or the switches set that electronic component is formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14; The periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11, and No. two linkage units comprise No. two insulation unit 21, No. two conductors 22; After a said a plurality of linkage unit and a plurality of No. two linkage units are connected with the mode of inserting, outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, a conductor 22 are formed a plurality of airtight insulating spaces of independently isolating; The conductor 22 of No. two linkage units of the conductor 12 of a linkage unit of many groups and many groups can be connected the different external electric device, according to actual operating position decision.
When No. two linkage units of linkage unit of group more than and group more than are connected with the mode of inserting; No. two conductors 22 of No. two linkage units of an osculating element 13 of a linkage unit of many groups and many groups are in contact with one another; An insulation unit 11, No. two insulation unit 21 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the independent separately control of break-make unit 14 or electronic component are formed is closed respectively, makes No. two conductors 22 of No. two linkage units of a conductor 12 and many groups of a linkage unit of many groups independently control osculating element 13 conductings of break-make unit 14 with a linkage unit of many groups of the switch that voltage-controlled, magnetic control or electronic component form respectively separately through many groups of linkage units.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Embodiment 7
As shown in Figure 9, linkage unit and linkage unit list group anticreep a connection of non-insertion.
Linkage unit of a linkage unit and another is connected with the mode of non-insertion; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is the switch that voltage-controlled, magnetic control or electronic component are formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14, and the periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11; After said one of them linkage unit and another linkage unit are connected with the mode of non-insertion, outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 are formed the airtight insulating space of isolating; A conductor 12 of two linkage units can connect the different external electric device, according to actual operating position decision.
When the mode of linkage unit of one of them linkage unit and another with non-insertion is connected; Two osculating elements 13 are in contact with one another; Two insulation unit 11 are in contact with one another; After outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 formed the airtight insulating space of isolating; The switch closure that voltage-controlled, the magnetic control of break-make unit 14 or electronic component are formed makes break-make unit 14 and two osculating element 13 conductings of the switch that two conductors 12 form through two voltage-controlled, magnetic controls or electronic component.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Embodiment 8
Shown in figure 10, linkage unit and linkage unit are organized unified control more non-insertion are anticreep and be connected.
A plurality of linkage units are connected with the mode of a plurality of linkage units with non-insertion; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; The switches set that said break-make unit 14 is formed for voltage-controlled, the magnetic control or the electronic component of unified control; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14, and the periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11; After a said a plurality of linkage unit and a plurality of linkage units are connected with the mode of non-insertion, outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 are formed a plurality of airtight insulating spaces of independently isolating; A conductor 12 of a linkage unit of group more than two can connect the different external electric device, according to actual operating position decision.
When the mode of linkage unit of linkage unit of one of them many group and another many groups with non-insertion is connected; An osculating element 13 of a linkage unit of group more than two is in contact with one another; Two insulation unit 11 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the unified control of break-make unit 14 or electronic component are formed is closed respectively, a conductor 12 that makes a linkage unit of group more than two respectively through linkage unit of group more than two independently control separately voltage-controlled, magnetic control or electronic component composition switch break-make unit 14 and organizing osculating element 13 conductings of a linkage unit two more.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Embodiment 9
Shown in figure 11, linkage unit and linkage unit are organized independent control more non-insertion are anticreep and be connected.
A plurality of linkage units are connected with the mode of a plurality of linkage units with non-insertion; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is voltage-controlled, the magnetic control of independent separately control or the switches set that electronic component is formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14, and the periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11; After a said a plurality of linkage unit and a plurality of linkage units are connected with the mode of non-insertion, outside conducting medium and an inner conductor 12, break-make unit 14, an osculating element 13 are formed a plurality of airtight insulating spaces of independently isolating; A conductor 12 of a linkage unit of group more than two can connect the different external electric device, according to actual operating position decision.
When the mode of linkage unit of linkage unit of one of them many group and another many groups with non-insertion is connected; An osculating element 13 of a linkage unit of group more than two is in contact with one another; Two insulation unit 11 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the independent separately control of break-make unit 14 or electronic component are formed is closed respectively, a conductor 12 that makes a linkage unit of group more than two respectively through linkage unit of group more than two independently control separately voltage-controlled, magnetic control or electronic component composition switch break-make unit 14 and organizing osculating element 13 conductings of a linkage unit two more.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Shown in figure 12, linkage unit and No. two linkage unit list group anticreep connections of non-insertion.
A linkage unit is connected with the mode of No. two linkage units with non-insertion; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is the switch that voltage-controlled, magnetic control or electronic component are formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14; The periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11, and No. two linkage units comprise No. two insulation unit 21, No. two conductors 22; After a said linkage unit and No. two linkage units are connected with the mode of non-insertion, outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 are formed the airtight insulating space of isolating; A conductor 12 of a linkage unit and No. two conductors 22 of No. two linkage units can be connected the different external electric device, according to actual operating position decision.
When a linkage unit is connected with the mode of a linkage unit with non-insertion; An osculating element 13 and No. two conductors 22 are in contact with one another; An insulation unit 11, No. two insulation unit 21 are in contact with one another; After outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 are formed the airtight insulating space of isolating; The switch closure that voltage-controlled, the magnetic control of break-make unit 14 or electronic component are formed makes break-make unit 14 and osculating element 13 conductings through the switch of voltage-controlled, magnetic control or electronic component composition of conductor 12 and No. two conductors 22.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Shown in figure 13, linkage unit and No. two linkage units are organized unified control more non-insertion are anticreep and be connected.
A plurality of linkage units are connected with the mode of a plurality of No. two linkage units with non-insertion; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; The switches set that said break-make unit 14 is formed for voltage-controlled, the magnetic control or the electronic component of unified control; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14; The periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11, and No. two linkage units comprise No. two insulation unit 21, No. two conductors 22; After a said a plurality of linkage unit and a plurality of linkage units are connected with the mode of non-insertion, outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 are formed a plurality of airtight insulating spaces of independently isolating; No. two conductors 22 of No. two linkage units of a conductor 12 and many groups of a linkage unit of many groups can be connected the different external electric device, according to actual operating position decision.
When linkage unit of one of them many group is connected with the mode of No. two linkage units of group more than with non-insertion; No. two conductors 22 of No. two linkage units of an osculating element 13 of a linkage unit of many groups and many groups are in contact with one another; An insulation unit 11, No. two insulation unit 21 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the unified control of break-make unit 14 or electronic component are formed is closed respectively, makes No. two conductors 22 of No. two linkage units of a conductor 12 and many groups of a linkage unit of many groups independently control osculating element 13 conductings of break-make unit 14 with a linkage unit of many groups of the switch that voltage-controlled, magnetic control or electronic component form respectively separately through many groups of linkage units.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
Shown in figure 14, linkage unit and No. two linkage units are organized unified control more non-insertion are anticreep and be connected.
A plurality of linkage units are connected with the mode of a plurality of No. two linkage units with non-insertion; Linkage unit comprises insulation unit 11, conductor 12, break-make unit 14 and an osculating element 13; Said break-make unit 14 is voltage-controlled, the magnetic control of independent separately control or the switches set that electronic component is formed; A said conductor 12 and an osculating element 13 are communicated with through break-make unit 14; The periphery of conductor 12, break-make unit 14 and an osculating element 13 is located in a said insulation unit 11, and No. two linkage units comprise No. two insulation unit 21, No. two conductors 22; After a said a plurality of linkage unit and a plurality of No. two linkage units are connected with the mode of non-insertion, outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, a conductor 22 are formed a plurality of airtight insulating spaces of independently isolating; The conductor 22 of No. two linkage units of the conductor 12 of a linkage unit of many groups and many groups can be connected the different external electric device, according to actual operating position decision.
When the mode of No. two linkage units of linkage unit of group more than and group more than with non-insertion is connected; No. two conductors 22 of No. two linkage units of an osculating element 13 of a linkage unit of many groups and many groups are in contact with one another; An insulation unit 11, No. two insulation unit 21 are in contact with one another; To outside conducting medium and an inner conductor 12, break-make unit 14, osculating element 13, No. two conductors 22 form a plurality of independently isolate airtight insulating space after; The switches set that voltage-controlled, the magnetic control of the independent separately control of break-make unit 14 or electronic component are formed is closed respectively, makes No. two conductors 22 of No. two linkage units of a conductor 12 and many groups of a linkage unit of many groups independently control osculating element 13 conductings of break-make unit 14 with a linkage unit of many groups of the switch that voltage-controlled, magnetic control or electronic component form respectively separately through many groups of linkage units.Thereby realized linkage unit before connection with connection procedure in and be connected the back leakproof.
The above is merely preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of within spirit of the present invention and principle, being done, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (18)
1. anticreep method is characterized in that: comprise two linkage units to be connected, linkage unit comprises conductor, insulation unit, and is provided with the break-make unit in one of them linkage unit, and two linkage units are realized anticreep connection through following steps:
The first step: will be isolated from the outside with the inner conductor of the linkage unit of break-make unit;
Second step: the insulation unit contact with two linkage units forms the airtight insulating space that external conductive medium and conductor inside, break-make unit and osculating element are isolated;
The 3rd step: with the break-make cell conduction, make the conductor dbus of two linkage units cross break-make unit and osculating element conducting, realize energising.
2. anticreep method as claimed in claim 1 is characterized in that: in second step, in airtight insulating space, carry out automatic leakage check, then return the first step if inspection draws unsealing.
3. anticreep method as claimed in claim 2 is characterized in that: said break-make unit is the switch that votage control switch, magnetic switch or electronic component are formed.
4. like the described anticreep method of arbitrary claim in claim 1 or 3, it is characterized in that: in second step, the way of contact comprises plug-in type and non-insertion.
5. anticreep method as claimed in claim 4 is characterized in that: said plug-in type is for single group plug-in type or organize plug-in type more.
6. anticreep method as claimed in claim 5 is characterized in that: organize plug-type break-make unit controls mode more and be the unified control of independent control or one-to-many one to one.
7. anticreep method as claimed in claim 4 is characterized in that: said non-insertion is for single group non-insertion or organize non-insertion more.
8. anticreep method as claimed in claim 7 is characterized in that: the break-make unit controls mode of organizing non-insertion is the unified control of independent control or one-to-many one to one more.
9. anticreep jockey; It is characterized in that: comprise two linkage units to be connected; Linkage unit comprises conductor and insulation unit; And be provided with the break-make unit in one of them linkage unit, the insulation unit contact of two linkage units forms the airtight insulating space that external conductive medium and conductor inside, break-make unit and osculating element are isolated.
10. anticreep jockey as claimed in claim 9; It is characterized in that: said linkage unit is divided into a linkage unit and No. two linkage units; A said linkage unit comprises an insulation unit, conductor, break-make unit and an osculating element; A said conductor and an osculating element are communicated with through the break-make unit, and the periphery of conductor, break-make unit and an osculating element is located in a said insulation unit; Said No. two linkage units comprise No. two insulation unit and No. two conductors, and the periphery of No. two conductors is located in said No. two insulation unit.
11. anticreep jockey as claimed in claim 10 is characterized in that: the conductor of a linkage unit and an installation end join, and the installation end that the conductor of No. two linkage units is corresponding with another joins.
12. anticreep jockey as claimed in claim 11; It is characterized in that: the connected mode of two linkage units is the conductor conducting that the conductor dbus of a linkage unit is crossed break-make unit and osculating element and another linkage unit, and perhaps the conductor dbus of a linkage unit is crossed the conductor conducting of break-make unit and osculating element and No. two linkage units.
13. anticreep jockey as claimed in claim 12 is characterized in that: said break-make unit is the switch that votage control switch, magnetic switch or electronic component are formed.
14. anticreep jockey as claimed in claim 12 is characterized in that: the said way of contact comprises plug-in type and non-insertion.
15. anticreep jockey as claimed in claim 14 is characterized in that: said plug-in type is for single group plug-in type or organize plug-in type more.
16. anticreep jockey as claimed in claim 15 is characterized in that: organize plug-type break-make unit controls mode more and be the unified control of independent control or one-to-many one to one.
17. anticreep method as claimed in claim 14 is characterized in that: said non-insertion is for single group non-insertion or organize non-insertion more.
18. anticreep method as claimed in claim 17 is characterized in that: the break-make unit controls mode of organizing non-insertion is the unified control of independent control or one-to-many one to one more.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210148779.2A CN102684040B (en) | 2012-05-15 | 2012-05-15 | Anti-creeping method and anti-creeping connecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210148779.2A CN102684040B (en) | 2012-05-15 | 2012-05-15 | Anti-creeping method and anti-creeping connecting device |
Publications (2)
| Publication Number | Publication Date |
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| CN102684040A true CN102684040A (en) | 2012-09-19 |
| CN102684040B CN102684040B (en) | 2015-05-13 |
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| CN201210148779.2A Active CN102684040B (en) | 2012-05-15 | 2012-05-15 | Anti-creeping method and anti-creeping connecting device |
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| CN105870736A (en) * | 2016-05-20 | 2016-08-17 | 成都阿尔刚雷科技有限公司 | Intelligent power connecting method and intelligent connector |
| WO2017197633A1 (en) * | 2016-05-20 | 2017-11-23 | 成都阿尔刚雷科技有限公司 | Intelligent power connecting method and intelligent connector |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104409916A (en) * | 2014-09-26 | 2015-03-11 | 林世峰 | Waterproof structure of safety socket |
| CN105870736A (en) * | 2016-05-20 | 2016-08-17 | 成都阿尔刚雷科技有限公司 | Intelligent power connecting method and intelligent connector |
| WO2017197633A1 (en) * | 2016-05-20 | 2017-11-23 | 成都阿尔刚雷科技有限公司 | Intelligent power connecting method and intelligent connector |
| KR20190006565A (en) * | 2016-05-20 | 2019-01-18 | 아강글 테크놀로지 컴퍼니 리미티드 | Intelligent power connection method and intelligent connector |
| CN109301623A (en) * | 2016-05-20 | 2019-02-01 | 成都阿尔刚雷科技有限公司 | A kind of intelligent connector |
| EP3460925A4 (en) * | 2016-05-20 | 2019-06-19 | Argangle Technology Co. Ltd | Intelligent power connecting method and intelligent connector |
| JP2019519888A (en) * | 2016-05-20 | 2019-07-11 | アールガンレイ テクノロジー カンパニー リミテッドＡｒｇａｎｇｌｅ Ｔｅｃｈｎｏｌｏｇｙ Ｃｏ． Ｌｔｄ | Intelligent power connection method and intelligent connector |
| AU2016407566B2 (en) * | 2016-05-20 | 2020-03-05 | Argangle Technology Co., Ltd | Intelligent power connecting method and intelligent connector |
| KR102125345B1 (en) * | 2016-05-20 | 2020-06-22 | 아강글 테크놀로지 컴퍼니 리미티드 | Intelligent power connection method and intelligent connector |
| US11217947B2 (en) * | 2016-05-20 | 2022-01-04 | Argangle Technology Co. Ltd | Intelligent power connecting method and intelligent connector |
| JP6994473B2 (en) | 2016-05-20 | 2022-01-14 | アールガンレイ テクノロジー カンパニー リミテッド | Intelligent power connection method and intelligent connector |
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