CN203180139U - Plane contact device for rapid heavy current conduction - Google Patents
Plane contact device for rapid heavy current conduction Download PDFInfo
- Publication number
- CN203180139U CN203180139U CN 201320135208 CN201320135208U CN203180139U CN 203180139 U CN203180139 U CN 203180139U CN 201320135208 CN201320135208 CN 201320135208 CN 201320135208 U CN201320135208 U CN 201320135208U CN 203180139 U CN203180139 U CN 203180139U
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- pedestal
- fingertip
- conducting
- punching press
- spring
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Abstract
The utility model provides a plane contact device for rapid heavy current conduction. The plane contact device for rapid heavy current conduction comprises a first conductive base and a second conductive base which are mutually communicated, a conductive face of the first conductive base is a plane, a base face of the second conductive base is fixed with an elastic stamping conductive sheet, a top end of the elastic stamping conductive sheet projects out of a surface of the second conductive base, the surface of the second conductive base is provided with a baffle face used for preventing over-pressure on the elastic stamping conductive sheet, and height of the baffle face is lower than an elastic projection face of the elastic stamping conductive sheet. The plane contact device for rapid heavy current conduction is advantaged in that: the elastic stamping conductive sheet is employed to guarantee constant current conduction when mutually-matched conductive faces contact, good conductivity is guaranteed even when shock occurs, the plane contact device is not influenced by a shock environment and really realizes face contact.
Description
Technical field
The utility model relates to the big electric current of a kind of Shockproof type plane contact device, relates in particular to a kind of finger-contact type conduction contact device.
Background technology
The current conduction part of Chang Kaihe generally adopts the plug form, it is contact pin jack type, and in the electrically conducting manner of existing on-fixed type of attachment, employing face contact-type, thereby namely by certain pressure two planes are fitted tightly and realize conducting, fixed current lead-through can adopt the bolt screw formula to compress contact-making surface, also can adopt therein the after-applied extruding force of one or two conducting surface to make its confining force contact, thereby as using spring conducting electric current.Though such connection is convenient and swift, but still there are a lot of shortcomings.Because the plane of conduction reaches the relative fixed contact by the spring extruding, under vibration environment, the vibration that contact plane is not stopped makes and the connective stability variation hit takes place or cause outage, a fox, temperature rise to cross problems such as height because contact-making surface reduces through regular meeting; Smooth in addition contact-making surface causes contact to electrically connect variation because folding contact is repeatedly used in open space and adhered to dust at contact plane easily.
The utility model content
The purpose of this utility model is to solve above-mentioned technical problem, and a kind of big electric current of quick conducting plane contact device of being made up of the multiple spot contact is provided.
The purpose of this utility model is achieved through the following technical solutions:
The shockproof electric installation of finger-contact type, the pedestal that comprises first, second two conductions that can be interconnected, the conducting surface of described first pedestal is a plane, fix flexible punching press conducting strip on the seat surface of described second pedestal, the elastic tip of described elasticity punching press conducting strip protrudes from second base-plates surface, described second base-plates surface is provided with the face of keeping out of avoiding causing the overvoltage of elasticity punching press conducting strip, and described height of keeping out face is lower than the elasticity raised face of elasticity punching press conducting strip.
Preferably, described elasticity punching press conducting strip refers to be watchband fingertip, spring touch finger, line spring fingertip, and described watchband fingertip is bar shaped band shape or integral annular, and described spring touch finger comprises straight shape spring touch finger and ring spring fingertip
Preferably, when described elasticity punching press conducting strip is the watchband fingertip, the described second pedestal conducting surface offers dovetail groove, the elastic stretch end of described watchband fingertip inserts in the dovetail groove and fixes, fixedly there is block the described second pedestal both sides by screw, described block is fixed the two ends in addition of watchband fingertip, and the surface of described dovetail groove and baffle plate has all formed the face of keeping out of watchband fingertip.
Preferably, when described elasticity punching press conducting strip is the watchband fingertip, by screw two copper blocks are arranged fixedly on the described second pedestal conducting surface, the top of described copper block is protruded with the second pedestal conducting surface to a side and is formed dovetail groove, the elastic stretch end of described watchband fingertip inserts in the dovetail groove and fixes, fixedly there is baffle plate the described second pedestal both sides by screw, and described baffle plate is fixed the two ends in addition of watchband fingertip, and the surface of described copper block and baffle plate has all formed the face of keeping out of watchband fingertip.
Preferably, when described elasticity punching press conducting strip is the watchband fingertip, the described second pedestal conducting surface is provided with the beryllium copper plate, described beryllium copper plate is provided with the copper baffle and fixes by screw, one side of described beryllium copper plate is higher than the second pedestal conducting surface, and form dovetail groove with the second pedestal conducting surface, the elastic stretch end of described watchband fingertip inserts in the dovetail groove and fixes, fixedly there is baffle plate the described second pedestal both sides by screw, described baffle plate is fixed the two ends in addition of watchband fingertip, and the surface of described copper baffle has all formed the face of keeping out of watchband fingertip.
Preferably, described elasticity punching press conducting strip is the craspedodrome spring touch finger, offer on described second pedestal for the groove of placing spring touch finger, the cross section of described groove is trapezoidal, the opening bore of described groove is greater than the groove groover rot diameter, and described second base-plates surface is connected with fixation clip by screw, offers opening on the described fixation clip, described spring touch finger is by the outstanding surface that is arranged at fixation clip of opening, and the surface of described fixation clip has formed the face of keeping out of spring touch finger.
Preferably, described elasticity punching press conducting strip is the craspedodrome spring touch finger, offer on described second pedestal for the groove of placing spring touch finger, the cross section of described groove is trapezoidal, the opening bore of described groove is greater than the groove groover rot diameter, described spring touch finger wears wherein and is fixed on second pedestal by fixing steel bar, vertically is provided with gag lever post on the described fixedly steel bar.
Preferably, described elasticity punching press conducting strip is the ring spring fingertip, offers on described second pedestal for the groove of placing the ring spring fingertip, and the middle part diameter of described groove is greater than opening diameter.
Preferably, described elasticity punching press conducting strip is line spring fingertip, described line spring finger mount is located at second base-plates surface, fixedly there is the holder block both sides of described second pedestal, described holder block and holder junction form the notch cuttype opening, described holder block is fixed in the two ends of line spring fingertip on second pedestal, and is provided with the space between openend and the line spring fingertip, and the upper surface of described holder block forms the face of keeping out of line spring fingertip.
The beneficial effects of the utility model are mainly reflected in: adopt elastic conducting strip to guarantee that the conducting surface that cooperatively interacts can have the conducting of electric current all the time when contact, even when being given a shock, also can well conduct electricity, not be subjected to the interference of vibration environment, really realization face contact.
Description of drawings
Below in conjunction with accompanying drawing technical solutions of the utility model are described further:
Fig. 1: the structural representation of embodiment one of the present utility model, also represent the state diagram when two conductive bases do not contact this moment.
Fig. 2: the status architecture schematic diagram during two conductive base contacts.
Fig. 3: the schematic diagram that is subjected to the final contact condition of overvoltage protection.
Fig. 4: the fingertip structural representation among Fig. 1.
Fig. 5: the syndeton schematic diagram of fingertip and conducting surface among Fig. 1.
Fig. 6: the conducting surface perspective view that contains fingertip among Fig. 1.
Fig. 7: the structural representation of watchband fingertip on circular conducting surface the time.
Fig. 8: the structural representation of integral annular watchband fingertip of the present utility model on pedestal.
Fig. 9: another connected mode generalized section of watchband fingertip and conducting surface.
Figure 10: the structure for amplifying schematic diagram of fingertip and conducting surface connected mode among Fig. 6.
Figure 11: the third connected mode cross-sectional view of watchband fingertip and conducting surface.
Figure 12: the structure for amplifying schematic diagram of fingertip and conducting surface connected mode among Fig. 8.
Figure 13: the side structure schematic diagram of spring touch finger on conductive seat the time.
Figure 14: the perspective view that Figure 10 medi-spring fingertip is connected with conductive seat.
Figure 15: the structural representation of spring touch finger and another connected mode of conductive seat.
Figure 16: the conductive seat perspective view with ring spring fingertip.
The side structure schematic diagram of Figure 17: Figure 13.
The cross-sectional view of Figure 18: Figure 13.
Figure 19: the conductive seat perspective view with two ring spring fingertips.
The cross-sectional view of Figure 20: Figure 16.
Figure 21: the perspective view with conductive seat of line spring fingertip.
The left view of Figure 22: Figure 18.
The front view of Figure 23: Figure 18.
Figure 24: the structural representation of the conductive seat that second kind of arrangement mode of line spring fingertip forms.
Figure 25: the structural representation of the conductive seat that the third arrangement mode of line spring fingertip forms.
Embodiment
The utility model has disclosed the shockproof electric installation of a kind of finger-contact type, as shown in Figure 1-Figure 3, comprises the pedestal of first, second two conductions that can be interconnected, and the conducting surface 11 of described first pedestal 1 is a plane.Fix flexible punching press conducting strip on the seat surface of described second pedestal 2, the elastic tip of described elasticity punching press conducting strip protrudes from second base-plates surface, described second base-plates surface is provided with the face of keeping out of avoiding causing the overvoltage of elasticity punching press conducting strip, and described height of keeping out face is lower than the elasticity raised face of elasticity punching press conducting strip, and concrete height arranges according to elasticity punching press conducting strip.When first pedestal 1 presses down, touch elasticity punching press conducting strip, current lead-through at this moment, continues to press down, owing to keep out stopping of face, can not cause the overvoltage of elasticity punching press conducting strip, has namely guaranteed the useful life of elasticity punching press conducting strip.
Described elasticity punching press conducting strip refers to refer to for watch band contact, spring touch finger or line spring fingertip, and described watchband fingertip is bar shaped band shape or integral annular, and described spring touch finger comprises straight shape spring touch finger and ring spring fingertip.Below set forth at different fingertips respectively.
Extremely shown in Figure 7 in conjunction with Fig. 4, when described elasticity punching press conducting strip is watchband fingertip 3, the described second pedestal conducting surface offers dovetail groove 21, the elastic stretch end 32 of described watchband fingertip 3 inserts in the dovetail groove 21 to be fixed, fixedly there is baffle plate 4 the described second pedestal both sides by screw 41, described baffle plate 4 is fixed the two ends in addition of watchband fingertip 3, and the surface of described dovetail groove 21 and baffle plate 4 has all formed the face of keeping out of watchband fingertip.Simultaneously, the conducting surface after offering dovetail groove 22 of second pedestal also with baffle plate 4 levels, can form the face of keeping out equally.
Because the watchband fingertip is tiny, if being not easy to directly offer dovetail groove on second pedestal also can fix by other means, in conjunction with Fig. 9, shown in Figure 10, on described second pedestal, 2 conducting surfaces, by screw 41 two copper blocks 5 are arranged fixedly, the top of described copper block 5 forms projection 51 to a side, form dovetail groove with the second pedestal conducting surface, same, equally with above-mentioned watchband fingertip 3 can fix and form the face of keeping out by the surface of copper block 5.
As shown in Figure 8, when pedestal cross section when being circular, the watchband fingertip also can adopt integral annular to carry out fixing with upper type, and its principle is identical.
As the third fixed form of watchband fingertip, in conjunction with Figure 11, shown in Figure 12, the described second pedestal conducting surface is provided with beryllium copper plate 71, and described beryllium copper plate 71 is provided with copper baffle 8, and described beryllium copper plate 71 all is fixed on second pedestal by screw 41 with copper baffle 8.One side of described beryllium copper plate 71 is higher than the second pedestal conducting surface, and forms dovetail groove with the second pedestal conducting surface, and the fixed form of watchband fingertip is consistent with last two kinds mode, does not repeat them here.
To shown in Figure 15, when described elasticity punching press conducting strip is the spring touch finger 3a that keeps straight on, two kinds have also been introduced with fixed form the utility model of pedestal in conjunction with Figure 13.What dual mode was identical is, offer on described second pedestal 2 for the groove 25 of placing spring touch finger 3, the cross section of described groove 25 is trapezoidal, and the opening bore of described groove 25 makes spring touch finger can have living space when compressed like this and carries out horizontal distortion greater than the groove groover rot diameter.
The fixed form of craspedodrome spring touch finger 3a and second pedestal 2, first kind, by fixing steel bar 72 be located among the spring touch finger 3a and fixedly steel bar 72 be fixed on second pedestal 2, in order to prevent spring touch finger 3a displacement significantly in the horizontal, vertically be provided with gag lever post 73 on the described fixedly steel bar 72.Gag lever post 73 can be directly fixed on fixedly on the steel bar 72, also can be fixed in the groove of pedestal, and offer through hole at gag lever post 73, and fixedly steel bar 72 is fixed after can passing through hole on the gag lever post.At this moment, the surface of second pedestal 2 has just formed the face of keeping out.
Second kind, above described second pedestal 2, be connected with fixation clip 23 by screw 41, offer opening 24 on the described fixation clip 23.Described opening 24 is corresponding with the groove location on second pedestal 2, and described spring touch finger 3a is by the outstanding surface that is arranged at fixation clip 23 of opening, and the surface of described fixation clip has formed the face of keeping out of spring touch finger 3a.
,, connect in order better to realize when described elasticity punching press conducting strip is the ring spring fingertip to shown in Figure 20 in conjunction with Figure 16, it is circular that second pedestal can adopt the cross section.Offer on described second pedestal 2 for the groove 26 of placing ring spring fingertip 3b, in order to make ring spring fingertip 3b well to stretch, the middle part diameter of described groove 26 is greater than opening diameter.Certainly, ring spring fingertip 3b also can carry out quantitative setting as required, shown in Figure 16,17, for having the signal of two ring spring fingertips, at this moment, in order to guarantee not disturb mutually between two springs, can well compress again simultaneously, be equipped with an inner core ring 91 between two spring touch fingers as stopping between two spring touch fingers, the both sides of described inner core ring offer recess respectively.
Extremely shown in Figure 25 as Figure 21, when described elasticity punching press conducting strip is line spring fingertip 3c, described line spring fingertip 3c is set up in second pedestal, 2 surfaces, fixedly there is holder block 27 both sides of described second pedestal 2, described holder block 27 forms the notch cuttype opening with the holder junction, described holder block 27 is fixed in the two ends of line spring fingertip 3c on second pedestal 2, because fingertip is when being under pressure, can produce deformation, so be provided with the space between the openend 28 of holder block 27 and the line spring fingertip 3c, the upper surface of described holder block 27 forms the face of keeping out of line spring fingertip.
Figure 21 and Figure 22 have illustrated the legend of line spring fingertip to lopsidedness, concrete angle of inclination also can be adjusted as required, as shown in figure 22, if line spring fingertip 3c is feasible too perpendicular to second base-plates surface, but in order to add large contact surface, can line spring fingertip 3c arrangement is tighter, but fixed form is consistent, does not repeat them here.
The utility model still has multiple concrete execution mode, and all employings are equal to replacement or equivalent transformation and all technical schemes of forming, all drop within the claimed scope of the utility model.
Claims (9)
1. the quick big electric current of conducting plane contact device, the pedestal that comprises first, second two conductions that can be interconnected, the conducting surface of described first pedestal is a plane, it is characterized in that: fix flexible punching press conducting strip on the seat surface of described second pedestal, the elastic tip of described elasticity punching press conducting strip protrudes from second base-plates surface, described second base-plates surface is provided with the face of keeping out of avoiding causing the overvoltage of elasticity punching press conducting strip, and described height of keeping out face is lower than the elasticity raised face of elasticity punching press conducting strip.
2. the big electric current of quick conducting as claimed in claim 1 plane contact device, it is characterized in that: described elasticity punching press conducting strip refers to be watchband fingertip, spring touch finger, line spring fingertip, described watchband fingertip is bar shaped band shape or integral annular, and described spring touch finger comprises straight shape spring touch finger and ring spring fingertip.
3. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: when described elasticity punching press conducting strip is the watchband fingertip, the described second pedestal conducting surface offers dovetail groove, the elastic stretch end of described watchband fingertip inserts in the dovetail groove and fixes, fixedly there is baffle plate the described second pedestal both sides by screw, described block is fixed the two ends in addition of watchband fingertip, and the surface of described dovetail groove and baffle plate has all formed the face of keeping out of watchband fingertip.
4. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: when described elasticity punching press conducting strip is the watchband fingertip, by screw two copper blocks are arranged fixedly on the described second pedestal conducting surface, the top of described copper block is protruded with the second pedestal conducting surface to a side and is formed dovetail groove, the elastic stretch end of described watchband fingertip inserts in the dovetail groove and fixes, fixedly there is baffle plate the described second pedestal both sides by screw, described baffle plate is fixed the two ends in addition of watchband fingertip, and the surface of described copper block and baffle plate has all formed the face of keeping out of watchband fingertip.
5. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: when described elasticity punching press conducting strip is the watchband fingertip, the described second pedestal conducting surface is provided with the beryllium copper plate, described beryllium copper plate is provided with the copper baffle and fixes by screw, one side of described beryllium copper plate is higher than the second pedestal conducting surface, and form dovetail groove with the second pedestal conducting surface, the elastic stretch end of described watchband fingertip inserts in the dovetail groove and fixes, fixedly there is baffle plate the described second pedestal both sides by screw, described baffle plate is fixed the two ends in addition of watchband fingertip, and the surface of described copper baffle has all formed the face of keeping out of watchband fingertip.
6. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: described elasticity punching press conducting strip is the craspedodrome spring touch finger, offer on described second pedestal for the groove of placing spring touch finger, the cross section of described groove is trapezoidal, the opening bore of described groove is greater than the groove groover rot diameter, described second base-plates surface is connected with fixation clip by screw, offer opening on the described fixation clip, described spring touch finger is by the outstanding surface that is arranged at fixation clip of opening, and the surface of described fixation clip has formed the face of keeping out of spring touch finger.
7. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: described elasticity punching press conducting strip is the craspedodrome spring touch finger, offer on described second pedestal for the groove of placing spring touch finger, the cross section of described groove is trapezoidal, the opening bore of described groove is greater than the groove groover rot diameter, described spring touch finger wears wherein and is fixed on second pedestal by fixing steel bar, vertically is provided with gag lever post on the described fixedly steel bar.
8. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: described elasticity punching press conducting strip is the ring spring fingertip, offer on described second pedestal for the groove of placing the ring spring fingertip, the middle part diameter of described groove is greater than opening diameter.
9. the big electric current of quick conducting as claimed in claim 2 plane contact device, it is characterized in that: described elasticity punching press conducting strip is line spring fingertip, described line spring finger mount is located at second base-plates surface, fixedly there is the holder block both sides of described second pedestal, described holder block and holder junction form the notch cuttype opening, described holder block is fixed in the two ends of line spring fingertip on second pedestal, and be provided with the space between openend and the line spring fingertip, the upper surface of described holder block forms the face of keeping out of line spring fingertip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320135208 CN203180139U (en) | 2013-03-25 | 2013-03-25 | Plane contact device for rapid heavy current conduction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320135208 CN203180139U (en) | 2013-03-25 | 2013-03-25 | Plane contact device for rapid heavy current conduction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203180139U true CN203180139U (en) | 2013-09-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320135208 Expired - Fee Related CN203180139U (en) | 2013-03-25 | 2013-03-25 | Plane contact device for rapid heavy current conduction |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203180139U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103187644A (en) * | 2013-03-25 | 2013-07-03 | 苏州智绿环保科技有限公司 | Plane contact device used for rapidly conducting large current |
| CN111952750A (en) * | 2020-07-06 | 2020-11-17 | 中航光电科技股份有限公司 | End face contact connector for transmitting large current |
-
2013
- 2013-03-25 CN CN 201320135208 patent/CN203180139U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103187644A (en) * | 2013-03-25 | 2013-07-03 | 苏州智绿环保科技有限公司 | Plane contact device used for rapidly conducting large current |
| CN111952750A (en) * | 2020-07-06 | 2020-11-17 | 中航光电科技股份有限公司 | End face contact connector for transmitting large current |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130904 |