CN207517900U - The conductive component structure of Electricity Federation connecting terminal - Google Patents
The conductive component structure of Electricity Federation connecting terminal Download PDFInfo
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- CN207517900U CN207517900U CN201721403593.1U CN201721403593U CN207517900U CN 207517900 U CN207517900 U CN 207517900U CN 201721403593 U CN201721403593 U CN 201721403593U CN 207517900 U CN207517900 U CN 207517900U
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Abstract
A kind of conductive component structure of Electricity Federation connecting terminal, the effects that stability of an increase conductive effectiveness and composite conductor is provided.The conductive component includes a plate-like body and the limitation body being arranged on ontology；And limitation body has a base portion, the first segment for connecting base portion, the second segment for connecting first segment and the free segment for connecting second segment, and make limitation body that there is an elastic reaction jointly.When conducting wire insertion touches conductive component, the conductive contact blade of one of cooperation conductive component is directed to wire end, is compressed on ontology between limitation body, formed and fixed；To improve prior art conducting wire easily because deviating or shaking during external force, contact built on the sand, the situations such as electrical efficiency and safety are influenced.
Description
Technical field
The utility model relates to a kind of conductive component structure of Electricity Federation connecting terminal；A kind of conductive component is particularly related to set
Restricted body, to（Auxiliary）The utility model of fixed conducting wire.
Background technology
Using being covered by insulation shell（Usually it is that plastic material is made）Interior metal assembly（Or conductive component）With
Shrapnel conductor（Or metal clips）Suppressing or be coupled the conducting wire into terminal, forming electrically connection or discharging the terminal of conducting wire
Device or pressure line terminal, aforementioned is the prior art.
This kind of electric connection terminal, which includes providing, is plugged on circuit board（Such as PC circuit boards）Kenel（For example, CN
102204015 A " electric connection terminal ", 29,915,515 2325947 Patent Cases such as A1 of U1, EP of DE）And make to electrically connect end
Son into arrangement kenel fastening grounding rail（Or strip conductor）Kenel, to establish the shared ground connection of an electric appliance or mechanical equipment
Device, to export the voltage or electrostatic of those machines remaining（For example, 20 2,008 015 306 U1, US 2013/ of Germany DE
0143433 A1“CONNECTION TERMINAL”、US 2014/0127932 A1“ELECTRICAL CONNECTION
TERMINAL ", 10 2,012 009 286 A1, US 5362259 of DE " are grounded conducting terminal（GROUND CONDUCTOR
TERMINAL）" etc. Patent Cases）, both provide typical embodiment.
This kind of Electricity Federation connecting terminal（Or rail type Electricity Federation connecting terminal）Generally include an insulation shell；Housing has line-entering hole,
Conducting wire is allowed to can be inserted into enclosure interior.Housing has also defined a chamber, to be equipped with conducting bracket（Or conductive component）And metal clips,
Make the conducting wire in metal clips and the above-mentioned insertion housing of conductive component compacting, form contact or be electrically connected.Unless personnel operate
Other tools, which are put in, pushes metal clips in housing, could release conducting wire and metal clips, conductive component electrically connecting or contacting
State.
One composite structure in relation to prior art Electricity Federation connecting terminal includes in the subject of structurally and operationally application aspect：
In the use situation for being pivotally connected big line footpath conducting wire in certain Electricity Federation connecting terminals, it may occur that metal clips and conductive component pressure
The strength of conducting wire processed is inadequate, the unsteady situation of compacting, makes conducting wire easy（Or because personnel carelessly touch）It generates and rotates, partially
It moves, shake, cause the safety problem of loose contact.
In order to improve above-mentioned compacting strength and conductive security or efficiency situation, the prior art has revealed that a kind of using screwed lock
The means or application double-level-metal shrapnel of conducting wire processed or the structure kenel for increasing metal clips, conductive component thickness, to improve it
Compacting strength.
But just as those one well-known in the art technical staff known, using screwed lock conducting wire or release conducting wire behaviour
It makes comparisons trouble, it is also relatively time-consuming.And increase metal clips, the quantity of conductive component or thickness, not only manufacture it is of high cost, and
Operation is laborious.And these situations are not that we are desired.
For representative, these bibliography show related Electricity Federation connecting terminal in Structure Combination Design and application aspect
Technical matters；If redesigning the structure combination for considering the conductive component, metal clips or shrapnel conductor, make its construction not
The prior art is same as, by its changeable use form, and is had any different in the prior art；Substantially, its application can also be increased
Range.
We realize the structure kenel of a more satisfactory arrangements of terminal or conductive component, it has to be possible to overcome or improve
Above-mentioned discussed subject；Following several designs should also be included to consider, including：
1. under conditions of the thickness of conductive component and/or metal clips is not increased, their fit structure allows for
Enough compacting strength is provided, and allows to apply the occasion for being pivotally connected big line footpath conducting wire in certain Electricity Federation connecting terminals；And improve
Conventional construction compacting conducting wire strength not enough, compacting built on the sand, conducting wire is easy（Or because personnel carelessly touch）It generates offset, shake
It is dynamic, cause the situations such as the safety of loose contact.
2. old law application screwed lock conducting wire must be removed, troublesome in poeration, time-consuming structure kenel is caused or because increasing gold
Belong to the quantity or thickness of shrapnel, conductive component, improve manufacture cost, operate the situations such as laborious.
3. provide it is a kind of can assistant metal shrapnel compacting conducting wire conductive component structure, having it has guiding conducting wire and auxiliary
The effect of fixed conducting wire is helped, rotation, offset, the situation shaken are generated to reduce conducting wire.
And these subjects are not disclosed specifically in above-mentioned reference data.
Utility model content
Therefore, the main purpose of the utility model is that providing a kind of conductive component structure of Electricity Federation connecting terminal, one is provided
The effects that stability of increase conductive effectiveness and composite conductor.The conductive component includes a plate-like body and is arranged on ontology
Limit body；And limitation body has a base portion, the first segment for connecting base portion, the second segment for connecting first segment and connection second segment
Free segment, and make jointly limitation body have an elastic reaction.Conducting wire insertion touch conductive component when, cooperation conductive component it
One conductive contact blade is directed to wire end, is compressed on ontology between limitation body, formed and fixed；To improve the prior art
Conducting wire easily deviate or shake due to external force, contact built on the sand, influence electrical efficiency and safety etc. situations.
According to the conductive component structure of the utility model Electricity Federation connecting terminal, have between the second segment and free segment of the limitation body
Have one（Acute angle）Angle angle or angle region make free segment be tilted towards the direction of ontology and first segment and extend, in free segment and
An opening is defined between conductive contact blade, after allowing conducting wire by opening, by conductive contact blade and limitation body（Elasticity）Clipping is consolidated
It is fixed.
According to the conductive component structure of the utility model Electricity Federation connecting terminal, have between the second segment and free segment of the limitation body
Have one（Acute angle, right angle or obtuse angle）Angle angle or angle region make free segment first be tilted towards the direction of ontology and first segment and prolong
It stretches, forms head end, and extension is bent towards the direction of conductive contact blade, and form tail end；And make to form one between head end, tail end
The bent area protruded towards ontology and first segment direction arc.When conducting wire is inserted into ontology, conducting wire is made to be guided by conductive contact blade, and
And the bent area of crimping free segment, and formed and fixed.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model.
Fig. 2 is the structural decomposition diagram of Fig. 1；Show ontology, metal clips and the architectural scenarios for limiting body.
Fig. 3 is one of the utility model composite conductor section structure diagram；It depicts ontology, limit body composite conductor
Imaginary line part shows the situation of conductive component configuration elastomer in situation and figure.
Fig. 4 is a kind of dimensional structure diagram of amendment embodiment of the utility model.
Fig. 5 is the section structure diagram of the conductive component composite conductor of Fig. 4；Depict ontology, limitation body composite conductor
Situation and figure in imaginary line part show conductive component configuration elastomer situation.
Fig. 6 is a kind of stereochemical structure decomposing schematic representation of derivative embodiment of the utility model.
Fig. 7 is the section structure diagram of the conductive component composite conductor of Fig. 6；Depict ontology, limitation body composite conductor
Situation.
Fig. 8 is a kind of dimensional structure diagram of possible embodiments of the utility model.
Fig. 9 is the structural decomposition diagram of Fig. 8；Show the structure feelings of ontology, metal clips and limitation body, secondary limitation body
Shape.
Figure 10 is the section structure diagram of the conductive component composite conductor of Fig. 8；Depict ontology, limitation body, secondary limitation
The situation of body composite conductor.
Figure 11 is a kind of dimensional structure diagram of amendment embodiment of the utility model.
Figure 12 is the structural decomposition diagram of Figure 11；Show the knot of conductive component, metal clips, limitation body and elastomer
Structure situation.
Figure 13 is the section structure diagram of the conductive component composite conductor of Figure 11；Depict ontology, limitation body combination is led
The respective outer side edges situation of line and elastomer.
Figure 14 is a kind of dimensional structure diagram of possible embodiments of the utility model.
Figure 15 is the structural decomposition diagram of Figure 14；Show the knot of conductive component, metal clips, limitation body and elastomer
Structure situation.
Figure 16 is the section structure diagram of the conductive component composite conductor of Figure 14；Depict ontology, limitation body combination is led
The respective outer side edges situation of line and elastomer.
Reference sign.
10 ontologies
11 middle areas
12 border areas
13 conductive contact blades
14 endpieces
15 oral areas
16 positioning regions
17 secondary positioning regions
18 carriers
18a frames
18b side walls
18c upper walls
18d side walls
18e bottom walls
18f alcoves
19 openings
20 limitation bodies
21 first segments
21a loads portion
22 second segments
23 free segments
23a head ends
23b tail ends
23c bent areas
23d pairs portion
23e linking parts
23f pair sections
24th, 64 angle region
25 base portions
25a bows portion
26th, 66 combination section
27 positioning sides
28 secondary positioning sides
29 recess portions
30 metal clips
31 first
32 second
33 tail portions
34 engaging portions
35 bending edges
36 secondary engaging portions
40 elastomers
50 conducting wires
60 secondary limitation bodies
61 first areas
62 second areas
63 free zones
65 base areas
69 Gong Bu areas.
Specific embodiment
Please refer to Fig.1,2 and 3, the utility model provide a kind of conductive component structure of Electricity Federation connecting terminal include ontology and
The combination of body is limited, is represented respectively with Ref. No. 10,20.Conductive component（Or ontology 10, limitation body 20）Optionally match
Metal clips 30 etc. is closed, is installed in housing made of insulating materials（Figure is not shown）It is interior, to form Electricity Federation connecting terminal.
Assume to mention top, top, lower part, lower section, vertical, level, outside, inside etc. in following explanation, be to scheme in
The direction of display is reference direction.
In the embodiment adopted, ontology 10 selects conductive material that plate body structure is made, and has a U-shaped middle area
11st, position is in at least one end of middle area 11（Connect middle area 11）Border area 12.In following embodiment, consider with ontology 10 to
The border area 12 at few single end is used as explanation.
The border area 12 of show ontology 10 is formed with an oral area 15, the connection oral area 15 of endpiece 14 and one for connecting oral area 15 in figure
Conductive contact blade 13；Conductive contact blade 13 tilts extension towards lower section in figure and 11 direction of middle area, and forms one and protruded from oral area 15
Folded edges.Endpiece 14 is towards top in figure and far from middle area 11（Or oral area 15）Direction tilt extension, in favor of operation
Conducting wire 50 enters oral area 15；Conductive contact blade 13 is towards lower section and middle area 11 in figure（Or oral area 15）Direction tilt extension, can be auxiliary
Assistant director of a film or play's guide line 50 and the contact area for increasing ontology 10, conducting wire 50.
Therefore, ontology oral area 15 and/or conductive contact blade 13, the structure kenel of endpiece 14, it may have prevent conducting wire 50 because of behaviour
Make insertion housing, and stab or cut, scratch the effect of housing.
Fig. 2,3 also illustrate the region that limitation body 20 is arranged between ontology middle area 11 and conductive contact blade 13；Limit body
20 optional hardness greater than, equal to or less than ontology 10 conduction（Or metal）Material is made；And limitation body 20 can integrally into
The kenel of type or combination settings on ontology 10.
In the embodiment adopted, limitation body 20 includes a base portion 25, the first segment 21 for connecting base portion 25, connection first segment
21 second segment 22 and the free segment 23 of connection second segment 22, and make limitation body 20 that there is an elasticity jointly（Press conducting wire 50）Make
With.
Show that base portion 25 is equipped with the combination section 26 of pore space structure in figure, corresponding combination is determined in the convex pilework of one of ontology 10
Position portion 16 makes limitation body 20 be fixed on ontology 10, forms a whole kenel.The positioning region 16 of above-mentioned ontology 10 is arranged on centre
On region between area 11 and oral area 15.
In a feasible embodiment, the base portion 25 of body 20 is limited towards lower section direction bending extension in figure, and forms the
One section 21；First segment 21 bends extension towards the direction of ontology conductive contact blade 13, and forms second segment 22；Second segment 22 is towards ontology mouth
Portion 15 and the bending of the direction of first segment 21 tilt extension, form free segment 23, make have one between second segment 22 and free segment 23
（Acute angle, right angle or obtuse angle）Angle angle or angle region 24；Also, make to define jointly between free segment 23 and conductive contact blade 13
Go out an opening 19, to allow conducting wire 50 after oral area 15 is by opening 19, by conductive contact blade 13 and limitation body 20（Elasticity）Clipping
It is fixed（For example, the 3rd discribed situation of figure）.
Preferably, angle region 24 of the limitation body 20 between second segment 22 and free segment 23, is formed with a recess portion 29, uses
To increase the stability of limitation body clipping conducting wire 50 and conductive contact area.
Ontology 10 is also illustrated in figure and combines the structure kenel for having metal clips 30.Ontology middle area 11 is configured with a shoulder
The secondary positioning region 17 of structure；And the base portion 25 of limitation body 20 is connected with one towards the positioning side of lower section direction bending extension in figure
The secondary positioning side 28 of top direction bending extension in 27 and Chao Tu, and the metal clips 30 of generally " ㄥ " type of common combination one.
Specifically, metal clips 30 includes position first 31 in figure in vertical direction, connection first 31 and court
The bending of 13 direction of conductive contact blade tilts second 32 and connection second 32 of extension, towards the bending extension of 14 direction of ontology endpiece
Tail portion 33；And first 31 engaging portion 34 for being equipped with a cavernous structure.
Therefore, Fig. 3 shows 17 backstop metal clips of ontology pair positioning region first 31, and the positioning side 27 of limitation body 20 is detained
Metal clips engaging portion 34 is closed, secondary positioning side 28 is made to crimp metal clips first 31, is formed and fixed.
Fig. 3 also illustrates the specification that conducting wire 50 coordinates ontology endpiece 14, through oral area 15 along conductive contact blade 13 guiding into
Enter opening 19, complexed metal shrapnel tail portion 33 and limitation body 20 from middle area 11（Or inside in figure）Towards border area 12（Or in figure
Outside）Direction crimping lead wire 50, and（With conductive contact blade 13）Collectively form the mechanism that conducting wire 50 is fixed in multiple spot clipping position；Improve
Known conducting wire is easily deviated or is shaken due to external force, contacts built on the sand, influences the situations such as electrical efficiency and safety.
The imaginary line part display limitation body 20 of Fig. 3 sets or combines the kenel of an elastomer 40.The elastomer 40
Helical spring, leaf spring or its similar structures may be selected, be arranged on ontology middle area 11 and limit the position between body first segment 21；
To increase the active force of 20 elasticity compacting conducting wire 50 of limitation body, the situation that limitation body 20 is deformed is reduced.
Fig. 4,5 disclose a modified embodiment.Limit the angle area between the second segment 22 of body 20 and free segment 23
Domain 24 can form acute angle, right angle or obtuse angle angle.
It shows that free segment 23 is first tilted towards the direction of ontology 10 and first segment 21 in figure to extend, forms head end 23a, and court
The direction bending extension of conductive contact blade 13, and form tail end 23b；And make to form one towards this between head end 23a, tail end 23b
The bent area 23c that body 10 and 21 direction arc of first segment protrude, and recess portion 29 is made to be formed on the 23c of bent area.
Therefore, when conducting wire 50 is inserted into ontology 10, conducting wire 50 is guided by conductive contact blade 13, and the tail of complexed metal shrapnel
Portion 33 forces conducting wire 50 to be crimped on the bent area 23c of conductive contact blade 13 and free segment 23（Or recess portion 29）On, and formed and fixed.
The embodiment is to make the free segment 23 of limitation body 20 from border area 12（Or outside in figure）Direction is towards middle area 11（It is or interior in figure
Side）The structure kenel of direction crimping lead wire 50.
The free segment 23 of the imaginary line part display limitation body 20 of Fig. 5 sets or combines the kenel of flexible body 40.It is described
Elastomer 40 can push free segment 23 towards the direction of first segment 21, crimping lead wire 50.
Fig. 6,7 disclose a derivative embodiment.The endpiece 14 of ontology 10 connects oral area 15, towards separate middle area 11
Direction extends.The combination section 26 of body base portion 25 is limited into convex cylinder, combination connects ontology 10, between base portion 25 and first segment 21
It is formed with one（Arc）Bow portion 25a, to increase the elastic reaction of limitation body 20.And first 31 shape of metal clips 30
Into a bending edge 35 and be arranged on bending edge 35, into the secondary engaging portion 36 of pore space structure, make metal clips 30 bending edge 35,
The ontology 10 of line-styled structure and positioning region 16 are fixed in the secondary engagement of engaging portion 36.
Fig. 8,9 and 10 show a feasible embodiment；Limitation body 20 is combined with a secondary limitation body 60, to increase
Limit the elastic acting force of body 20.Pair limitation body 60 include base area 65, the first area 61, connect the first area 61 the second area 62,
It connects the free zone 63 in the second area 62 and is arranged between base area 65, the first area 61（Arc）Gong Bu areas 69.And secondary limit
The base area 65 of body 60 processed is equipped with the combination section 66 of pore space structure, and corresponding combination makes secondary limitation on the positioning region of ontology 10 16
Body 60 is fixed on ontology 10, forms a whole kenel.
In the embodiment adopted, pair limitation body 60 forms Gong Bu areas 69 towards top direction in figure and connects base area 65, bow
Lower section direction tilts the first area 61 of extension during area of portion 69 is connected towards figure, and at least regional area in the first area 61 is made to touch limit
Body first segment 21 processed；First area 61 bends extension towards the direction of conductive contact blade 13, and forms the second area 62, and make the second area 62
At least regional area touch limitation body second segment 22；The direction in the second area 62 towards 15 and first area 61 of ontology oral area, which is bent, to be tilted
Extension forms free zone 63, makes have one between the second area 62 and free zone 63（Acute angle, right angle or obtuse angle）Angle angle or folder
Angular zone 64；Also, make free zone 63（And/or angle region 64）At least regional area touches limitation body free segment 23（And/or
Angle region 24）.For example, the 10th discribed situation of figure.
Figure 10, which also illustrates Gong Bu areas 69, can assist the motion range of specification metal clips 30, and metal clips 30 is prevented to grasp
Make（It moves back line or withdraws from conducting wire 50）Process generates the situation of overflexing；And Gong Bu areas 69 also provide auxiliary increase metal
Shrapnel 30 suppresses the active force of conducting wire 50.
1,12 and 13 are please referred to Fig.1, limitation body 20 is provided with the knot of elastomer 40 between first segment 21 and free segment 23
Configuration state.
Specifically, the combination section 26 of limitation body base portion 25 is entrenched in ontology 10 into the positioning region 16 of cavernous structure.Limitation
The positioning of body 20 at 27 and secondary positioning 28 towards top direction bending extension in figure, and common combination metal clips 30.Metal elastic
Piece has engaging portion 34 and chimeric ontology pair positioning region 17 for first 31（It is poroid）Secondary engaging portion 36 detains limitation body positioning side 27
Metal clips engaging portion 34 is closed, pair positioning side 28 crimps metal clips first 31, and is formed and fixed.And limitation body first
Section 21 is equipped with " L " type load portion 21a, links ontology 10, and the effect of elastomer 40 is supported to reinforcement first segment 21.
In the embodiment adopted, limitation body free segment 23 connects or is provided with a pair portion 23d, and position is in free segment 23 and the
Region between one section 21；Secondary portion 23d forms a frame structure, to accommodate or fix elastomer 40.
In feasible embodiment, secondary portion 23d has the linking part 23e of a connection free segment 23；Linking part 23e is to make certainly
By section 23 towards second segment 22（Or lower section in figure）Direction bending extends and is formed, and free segment 23 can be assisted to generate larger elasticity and made
Firmly and support elastomer 40 effect.
4,15 and 16 are please referred to Fig.1, depicts the structure kenel that limitation body free segment 23 combined or set elastomer 40.
Specifically, limitation body base portion 25 is into " L " type body,（One）Engage first segment 21；Limit the combination of body base portion 25
Portion 26 is entrenched in the positioning region 16 of ontology 10.It limits the positioning of body 20 and 28 prolongs at 27 and secondary positioning towards top direction bending in figure
It stretches, and common combination metal clips 30.Metal clips has the secondary knot of engaging portion 34 and chimeric ontology pair positioning region 17 for first 31
Conjunction portion 36 makes limitation body positioning side 27 fasten metal clips engaging portion 34, and pair positioning side 28 crimps metal clips first 30, and
It is formed and fixed.And limitation body first segment 21（One）The load portion 21a extended towards 11 direction of ontology middle area is connected with, is carried
Portion 21a links the positioning region 16 of ontology 10 or chimeric ontology 10 again, and the effect of elastomer 40 is supported to reinforcement limitation body 20.
In the embodiment adopted, limitation body free segment 23 is formed with towards ontology 10 and 21 direction arc of first segment and protrudes
Bent area 23c, and after free segment 23 is made to form bent area 23c, towards far from middle area 11（Or the right or originally external in figure
Side）Extension is bent with the direction of second segment 22, and forms a pair section 23f.
Ontology 10 is also illustrated in figure equipped with a carrier 18 extended towards 13 direction of conductive contact blade, carrier 18 can link centre
Area 11；Carrier 18 at least one end is bent to form a frame 18a, makes frame 18a towards the direction of middle area 11, have side wall 18b,
Upper wall 18c, the side wall 18d of side wall 18b and the bottom wall 18e of connection side wall 18d are connected, and defines an alcove 18f jointly, is coordinated
Free segment 23（Or secondary section 23f）, accommodate or fix elastomer 40, to increase the elastic reaction of 23 crimping lead wire 50 of free segment
Power.
It is apprehensible to be, reach be combined with each other or fixed function under conditions of, above-described embodiment disclose cavernous structure,
Convex pilework（Or convex cylinder）It is interchangeable combination.
It is with following excellent for the conductive component structure of this Electricity Federation connecting terminal is compared to old law for representative
Point：
1. the ontology 10 of the conductive component, limitation body 20, metal clips 30, elastomer 40 and associated component structure, by
Overline design considers.For example, the border area 12 at 10 both ends of ontology is made to form the oral area 15 and conductive contact blade that can assist guiding conducting wire 50
13；Limitation body 20 is made to include base portion 25, first segment 21, second segment 22, free segment 23 and/or pair portion 23d, secondary section 23f；Or it provides
The pair limitation combination limitation body 20 of body 60, makes secondary limitation body 60 set base area 65, the first area 61, the second area 62,63 and of free zone
40 grade parts of Gong Bu areas 69 and 20 combined elastic body of limitation body, hence it is evident that different from practising user, also change known arrangements of terminal
Conductive structure or syntagmatic, its use, operational configurations is made to be different from old law.
2. the ontology 10, limitation 20 combined elastic body 40 of body, come increase limitation body 20 elastic acting force, make ontology 10,
20 complexed metal shrapnel of body, 30 grade parts are limited, plural number is formed or multiple spot clipping fixes the mechanism of conducting wire 50, hence it is evident that increase and lead
Electrical component and/or metal clips 30 suppress the strength of conducting wire 50 and conductive contact area, and allow to apply and be electrically connected certain
Terminal is pivotally connected the occasion of big line footpath conducting wire, improve the strength of conventional construction compacting conducting wire not enough, compacting built on the sand, influence conduction
Efficiency and conducting wire are easy（Or because personnel carelessly touch or assembling work）It generates rotation, offset and shakes, cause loose contact
Safety etc. situations.
Particularly, which, which provides one kind, makes 20 auxiliary body 10 of limitation body guiding conducting wire 50 be inserted into operation and auxiliary
The structure of the fixed conducting wire 50 of the compacting of aided metal shrapnel 30；Also, as prior art application screwed lock conducting wire, cause operation fiber crops
The situations such as tired, time-consuming all obtain apparent improve.
The utility model provides the conductive component structure of an effective Electricity Federation connecting terminal, and space kenel is different from existing
Technology, and have the advantages that incomparable in the prior art, there is significant progress, meet the condition of utility model patent.
The above is only the possible embodiments of the utility model, is not used for limiting the model of the utility model implementation
It encloses, i.e., all equivalent variations made according to present utility model application the scope of the claims and modification, is all that the utility model patent is protected
Range.
Claims (37)
1. a kind of conductive component structure of Electricity Federation connecting terminal, which is characterized in that including plate-like body made of a conductive material and
It is arranged on the combination of the limitation body on ontology；
Ontology definition has position in the border area of ontology one end；Border area is formed with oral area and conductive contact blade；
Limiting body has a base portion, the first segment for connecting base portion, the second segment for connecting first segment and the free segment for connecting second segment,
And make limitation body that there is an elastic reaction jointly.
2. the conductive component structure of Electricity Federation connecting terminal as described in claim 1, which is characterized in that the ontology is into "-" type structure
With middle area into one of U-shaped structure；Border area is formed with the endpiece of a connection oral area, and endpiece is towards the direction far from middle area
Extension and upward one of inclination extension；Conductive contact blade downward with middle area direction tilt extend, and formed one from
The folded edges of oral area protrusion；
Limitation body is arranged on the region between ontology middle area and conductive contact blade；And limitation body is integrated molding and combines at this
One of on body.
3. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, which is characterized in that the ontology definition has company
The middle area in edge fit area, ontology are provided with ㄥ shape metal clips；
Metal clips include position in vertical direction first, connection first and bent towards conductive contact blade direction and tilt extension
Second and the connection tail portion of second, make tail portion cooperation conductive contact blade and limitation body free segment, be pressed through oral area jointly
Conducting wire.
4. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, which is characterized in that the limitation body base portion is set
There is combination section, limitation body combination section is one of pore space structure and convex cylinder；It limits body combination section and corresponds to combination at this
On one of body positioning region, a whole kenel is formed；Ontology positioning region is arranged on the region between middle area and oral area, is convex stake
One of structure and cavernous structure；
The base portion direction bending extension downward of body is limited, and forms first segment；The direction of first segment towards ontology conductive contact blade is curved
Folding extension, and form second segment；Second segment bends towards the direction of ontology oral area and first segment and tilts extension, forms free segment, makes
There is an angle region between second segment and free segment；Angle region forms one of acute angle, right angle, obtuse angle, makes freedom
An opening is defined jointly between section and conductive contact blade；
The angle region of limitation body is formed with a recess portion；Ontology middle area is configured with a secondary positioning region, and secondary positioning region is into shoulder knot
One of structure and convex cylinder；
The position between body first segment and ontology middle area is limited, is provided with an elastomer.
5. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 3, which is characterized in that the limitation body base portion is equipped with group
Conjunction portion, limitation body combination section is one of pore space structure and convex cylinder；Limit body combination section correspond to combination ontology it
On one positioning region, a whole kenel is formed；Ontology positioning region is arranged on the region between middle area and oral area, is convex pilework
One of with cavernous structure；
The base portion direction bending extension downward of body is limited, and forms first segment；The direction of first segment towards ontology conductive contact blade is curved
Folding extension, and form second segment；Second segment bends towards the direction of ontology oral area and first segment and tilts extension, forms free segment, makes
There is an angle region between second segment and free segment；Angle region forms one of acute angle, right angle, obtuse angle, makes freedom
An opening is defined jointly between section and conductive contact blade, makes direction crimping lead wire of the limitation body from middle area towards border area；
The angle region of limitation body is formed with a recess portion；Ontology middle area is configured with a secondary positioning region, and secondary positioning region is into shoulder knot
One of structure and convex cylinder；
The position between body first segment and ontology middle area is limited, is provided with an elastomer.
6. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, which is characterized in that the base portion of the limitation body
A positioning is connected with while with secondary positioning；Side is positioned upward one of with lower section direction, bending extension；Pair positioning side court
Above and below to one of, bending extension；
A bow portion is formed between limitation body base portion and first segment.
7. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 3, which is characterized in that the metal clips first is set
There is engaging portion, engaging portion is one of cavernous structure and convex cylinder；
The base portion of limitation body is connected with a positioning while with secondary positioning；Side is positioned upward one of with lower section direction, it is curved
Folding extension；Pair positioning side is upward one of with lower direction, bending extension；The positioning side for limiting body fastens metal clips knot
Conjunction portion makes secondary positioning side crimping metal clips first, is formed and fixed；
A bow portion is formed between limitation body base portion and first segment.
8. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 4, which is characterized in that the base portion connection of the limitation body
There is a positioning while with secondary positioning；Side is positioned upward one of with lower section direction, bending extension；Pair positioning side is upward
One of with lower direction, bending extension；
A bow portion is formed between limitation body base portion and first segment.
9. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 5, which is characterized in that the metal clips first is set
There is engaging portion, engaging portion is one of cavernous structure and convex cylinder；
The base portion of limitation body is connected with a positioning while with secondary positioning；Side is positioned upward one of with lower section direction, it is curved
Folding extension；Pair positioning side is upward one of with lower direction, bending extension；Make ontology pair positioning region backstop metal clips
One, the positioning side for limiting body fastens metal clips engaging portion, and pair positioning side crimping metal clips first is formed and fixed；Gold
Belong to shrapnel tail portion and limitation body from middle area towards border area direction crimping lead wire；
A bow portion is formed between limitation body base portion and first segment.
10. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, it is characterised in that the limitation body base portion is set
There is combination section, limitation body combination section is one of pore space structure and convex cylinder；It limits body combination section and corresponds to combination at this
On one of body positioning region, a whole kenel is formed；Ontology positioning region is one of convex pilework and cavernous structure；
The base portion direction bending extension downward of body is limited, and forms first segment；The direction of first segment towards ontology conductive contact blade is curved
Folding extension, and form second segment；Free segment is first tilted towards the direction of ontology and first segment to be extended, and forms head end, and touch towards conduction
The direction bending extension of piece, and form tail end；And make to be formed one between head end, tail end towards ontology and first segment traversing arc
The bent area that shape protrudes, bent area is formed with recess portion；
The free segment of limitation body is provided with elastomer, and elastomer can push direction of the free segment towards first segment.
11. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 3, which is characterized in that the limitation body base portion is equipped with
Combination section, limitation body combination section is one of pore space structure and convex cylinder；It limits body combination section and corresponds to combination in ontology
One of on positioning region, form a whole kenel；Ontology positioning region is arranged on the region between middle area and oral area, is convex stake knot
One of structure and cavernous structure；
The base portion direction bending extension downward of body is limited, and forms first segment；The direction of first segment towards ontology conductive contact blade is curved
Folding extension, and form second segment；Free segment is first tilted towards the direction of ontology and first segment to be extended, and forms head end, and touch towards conduction
The direction bending extension of piece, and form tail end；And make to be formed one between head end, tail end towards ontology and first segment traversing arc
The bent area that shape protrudes, bent area is formed with recess portion；The tail portion of complexed metal shrapnel makes conductor compression jointing in conductive contact blade and freedom
On the bent area of section, and formed and fixed；The free segment of limitation body is from border area direction towards middle area direction crimping lead wire；
The free segment of limitation body is provided with elastomer, and elastomer can push direction of the free segment towards first segment, crimping lead wire.
12. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 6, which is characterized in that the limitation body base portion is equipped with
Combination section, limitation body combination section is one of pore space structure and convex cylinder；It limits body combination section and corresponds to combination in ontology
One of on positioning region, form a whole kenel；Ontology positioning region is one of convex pilework and cavernous structure；
The base portion direction bending extension downward of body is limited, and forms first segment；The direction of first segment towards ontology conductive contact blade is curved
Folding extension, and form second segment；Free segment is first tilted towards the direction of ontology and first segment to be extended, and forms head end, and touch towards conduction
The direction bending extension of piece, and form tail end；And make to be formed one between head end, tail end towards ontology and first segment traversing arc
The bent area that shape protrudes, bent area is formed with recess portion；
The free segment of limitation body is provided with elastomer, and elastomer can push direction of the free segment towards first segment.
13. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 7, which is characterized in that the limitation body base portion is equipped with
Combination section, limitation body combination section is one of pore space structure and convex cylinder；It limits body combination section and corresponds to combination in ontology
One of on positioning region, form a whole kenel；Ontology positioning region is arranged on the region between middle area and oral area, is convex stake knot
One of structure and cavernous structure；
The base portion direction bending extension downward of body is limited, and forms first segment；The direction of first segment towards ontology conductive contact blade is curved
Folding extension, and form second segment；Free segment is first tilted towards the direction of ontology and first segment to be extended, and forms head end, and touch towards conduction
The direction bending extension of piece, and form tail end；And make to be formed one between head end, tail end towards ontology and first segment traversing arc
The bent area that shape protrudes, bent area is formed with recess portion；The tail portion of complexed metal shrapnel makes conductor compression jointing in conductive contact blade and freedom
On the bent area of section, and formed and fixed；The free segment of limitation body is from border area direction towards middle area direction crimping lead wire；
The free segment of limitation body is provided with elastomer, and elastomer can push direction of the free segment towards first segment, crimping lead wire.
14. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, which is characterized in that limitation body combination has
One secondary limitation body；Pair limitation body include base area, the firstth area, connect the firstth area the secondth area, connect the secondth area free zone and
The Gong Buqu being arranged between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on one of ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；Ontology positioning region is convex
One of pilework and cavernous structure；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
15. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 3, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on one of ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；Ontology positioning region is set
It is one of convex pilework and cavernous structure on region between middle area and oral area；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
16. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 4, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
17. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 5, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
18. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 6, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on one of ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；Ontology positioning region is convex
One of pilework and cavernous structure；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
19. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 7, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on one of ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；Ontology positioning region is set
It is one of convex pilework and cavernous structure on region between middle area and oral area；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
20. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 8, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
21. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 9, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
22. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 10, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；Pair limits body direction upward
Gong Bu areas connection base area is formed, direction tilts the firstth area of extension to the connection of Gong Bu areas downward, and makes the firstth area at least
Regional area touches limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade, and forms the secondth area, and makes the
At least regional area in 2nd area touches limitation body second segment；Secondth area is tilted towards the bending of the direction in ontology oral area and the firstth area to prolong
It stretches, forms free zone, make that there is an angle region between the secondth area and free zone, the angle in pair limitation body angle region is sharp
One of angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body free segment.
23. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 11, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
24. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 12, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
25. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 13, which is characterized in that limitation body combination has one
Pair limitation body；Pair limitation body includes base area, the firstth area, the secondth area for connecting the firstth area, the free zone for connecting the secondth area and sets
Put the Gong Buqu between base area, the firstth area；
The base area of pair limitation body is equipped with combination section, and base area combination section is one of pore space structure and convex cylinder, right
It should combine on ontology positioning region, secondary limitation body is made to be fixed on ontology, form a whole kenel；
Direction forms Gong Bu areas connection base area to pair limitation body upward, and direction tilts the first of extension to the connection of Gong Bu areas downward
Area, and at least regional area in the firstth area is made to touch limitation body first segment；Firstth area bends extension towards the direction of conductive contact blade,
And the secondth area is formed, and at least regional area in the secondth area is made to touch limitation body second segment；Secondth area is towards ontology oral area and
The direction bending in one area tilts extension, forms free zone, makes have an angle region between the secondth area and free zone, pair limitation body
The angle in angle region is one of acute angle, right angle, obtuse angle；Also, free zone at least regional area is made to touch limitation body
Free segment.
26. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, which is characterized in that the limitation body is first
Between section and free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
27. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 3, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
28. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 6, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
29. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 7, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
30. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 10, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
31. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 11, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
32. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 12, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
33. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 13, which is characterized in that the limitation body is in first segment
Between free segment, it is provided with elastomer；
It limits body first segment and is equipped with a L-type load portion, link ontology；
It limits body free segment and is equipped with a pair portion, region of the position between free segment and first segment；Secondary portion forms a frame structure；It is secondary
Portion has the linking part that a connection limits body free segment, and linking part is that free segment is made to bend extension towards second segment direction and be formed.
34. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 1 or 2, which is characterized in that the limitation body free segment
It is provided with elastomer；
Body base portion l-shaped body is limited, engages first segment；Limitation body base portion has a combination section, is entrenched in one of ontology positioning region, this
Body positioning region is one of convex pilework and cavernous structure；
Limitation body has positioning while with secondary positioning, upward direction bending extension；
Limitation body first segment is connected with the load portion extended towards ontology middle area direction, and load portion is fitted into ontology positioning region again；
Limitation body free segment is formed with the bent area towards ontology and first segment direction arc protrusion, and it is curved to form free segment
Behind folding area, extension is bent towards the direction far from middle area and second segment, and forms a secondary section；
Ontology is equipped with a carrier extended towards conductive contact blade direction, and carrier can link middle area；Carrier at least one end is bent to form
One frame makes direction of the frame towards middle area, has side wall, the upper wall for connecting side wall, side wall and the bottom wall for connecting side wall, and
An alcove is defined jointly.
35. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 3, which is characterized in that the limitation body free segment is set
It is equipped with elastomer；
Body base portion l-shaped body is limited, engages first segment；Limitation body base portion has a combination section, is entrenched in one of ontology positioning region；This
Body positioning region is arranged on the region between middle area and oral area, is one of convex pilework and cavernous structure；
Limitation body has positioning while with secondary positioning, upward direction bending extension；
Limitation body first segment is connected with the load portion extended towards ontology middle area direction, and load portion is fitted into ontology positioning region again；
Limitation body free segment is formed with the bent area towards ontology and first segment direction arc protrusion, and it is curved to form free segment
Behind folding area, extension is bent towards the direction far from middle area and second segment, and forms a secondary section；
Ontology is equipped with a carrier extended towards conductive contact blade direction, and carrier can link middle area；Carrier at least one end is bent to form
One frame makes direction of the frame towards middle area, has side wall, the upper wall for connecting side wall, side wall and the bottom wall for connecting side wall, and
An alcove is defined jointly.
36. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 6, which is characterized in that the limitation body free segment is set
It is equipped with elastomer；
Body base portion l-shaped body is limited, engages first segment；Limitation body base portion has a combination section, is fitted into one of ontology positioning region, ontology
Positioning region is one of convex pilework and cavernous structure；
Limitation body has positioning while with secondary positioning, upward direction bending extension；
Limitation body first segment is connected with the load portion extended towards ontology middle area direction, and load portion is fitted into ontology positioning region again；
Limitation body free segment is formed with the bent area towards ontology and first segment direction arc protrusion, and it is curved to form free segment
Behind folding area, extension is bent towards the direction far from middle area and second segment, and forms a secondary section；
Ontology is equipped with a carrier extended towards conductive contact blade direction, and carrier can link middle area；Carrier at least one end is bent to form
One frame makes direction of the frame towards middle area, has side wall, the upper wall for connecting side wall, side wall and the bottom wall for connecting side wall, and
An alcove is defined jointly.
37. the conductive component structure of Electricity Federation connecting terminal as claimed in claim 7, which is characterized in that the limitation body free segment is set
It is equipped with elastomer；
Body base portion l-shaped body is limited, engages first segment；Limitation body base portion has a combination section, is fitted into one of ontology positioning region；Ontology
Positioning region is arranged on the region between middle area and oral area, is one of convex pilework and cavernous structure；
Limitation body has positioning while with secondary positioning, upward direction bending extension；
Limitation body first segment is connected with the load portion extended towards ontology middle area direction, and load portion is fitted into ontology positioning region again；
Limitation body free segment is formed with the bent area towards ontology and first segment direction arc protrusion, and it is curved to form free segment
Behind folding area, extension is bent towards the direction far from middle area and second segment, and forms a secondary section；
Ontology is equipped with a carrier extended towards conductive contact blade direction, and carrier can link middle area；Carrier at least one end is bent to form
One frame makes direction of the frame towards middle area, has side wall, the upper wall for connecting side wall, side wall and the bottom wall for connecting side wall, and
An alcove is defined jointly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721403593.1U CN207517900U (en) | 2017-10-27 | 2017-10-27 | The conductive component structure of Electricity Federation connecting terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721403593.1U CN207517900U (en) | 2017-10-27 | 2017-10-27 | The conductive component structure of Electricity Federation connecting terminal |
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| Publication Number | Publication Date |
|---|---|
| CN207517900U true CN207517900U (en) | 2018-06-19 |
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ID=62536476
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721403593.1U Active CN207517900U (en) | 2017-10-27 | 2017-10-27 | The conductive component structure of Electricity Federation connecting terminal |
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| Country | Link |
|---|---|
| CN (1) | CN207517900U (en) |
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2017
- 2017-10-27 CN CN201721403593.1U patent/CN207517900U/en active Active
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