CN204391319U - Rail type electrically connects the conductive connection structure of terminal - Google Patents
Rail type electrically connects the conductive connection structure of terminal Download PDFInfo
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- CN204391319U CN204391319U CN201420786222.6U CN201420786222U CN204391319U CN 204391319 U CN204391319 U CN 204391319U CN 201420786222 U CN201420786222 U CN 201420786222U CN 204391319 U CN204391319 U CN 204391319U
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Abstract
The utility model discloses the conductive connection structure that a kind of rail type electrically connects terminal, possessing under the condition that structure simplifies, when providing one can reduce manufacture waste material generation, increase the effect such as stability of radiating effect and operational movement.Comprise one and be fitted in conducting bracket in insulation shell; Conducting bracket is divided into rack body and terminal two parts, and difference is manufactured forms the ㄩ type, C type profiled outline or the shape that set.Terminal assembles a metal clips, is co-located on rack body, those earth leads fetched from machinery equipment of pivot joint.The setting regions of this terminal and metal clips is respectively equipped with scarfing unit, and terminal and metal clips are combined, auxiliary stand main body detention metal clips, and stops metal clips to produce skew situation.
Description
Technical field
The utility model has the conductive connection structure electrically connecting terminal about a kind of rail type; Refer to that a kind of conducting bracket that makes is divided into two setting rack bodies of shapes and terminal, the waste material produced during to reduce manufacture especially; Further, make terminal under the condition with high stiffness, combination metal clips, obtain the novel person of auxiliary fixation and specification metal clips motion path.
Background technology
The metal assembly that application is covered by insulation shell (being that plastic material is made usually) or metal clips suppress the wire entering terminal, form the joint Terminal electrically connected, and make joint Terminal become arrangement kenel be fastened on a ground connection track (or strip conductor), to set up the shared earthing device of an electrical equipment or plant equipment, deriving the remaining voltage of those machines or electrostatic, is be existing skill; Such as, the Patent Case such as Germany DE 20 2,008 015 306 U1, US 2013/0143433A1 " CONNECTION TERMINAL ", US 2014/0127932 A1 " ELECTRICAL CONNECTION TERMINAL ", DE 10 2,012 009 286 A1, US 5362259 " ground connection conducting terminal (GROUND CONDUCTOR TERMINAL) ", provides typical embodiment.
This kind of ground connection conducting terminal comprises an insulation shell, a conducting bracket is fitted with in housing, conducting bracket chain is connected to multiple terminal, and cooperation one is assembled in the metal clips in terminal, and those earth lead formation fetched from machinery equipment of common pivot joint contact or are electrically connected.Metal clips includes a head end, after wire inserts housing, can bite wire, wire can not be departed from and the contact condition of metal clips or insulation shell easily.Unless operating personnel operate other instruments and put in this head end of pushing in housing, the contact condition of wire and metal clips could be removed.
Combining structure electrically connecting terminal about existing rail type is manufacturing and problem in operational applications comprises:
1. existing electrically connect the conducting bracket of terminal complex structure, manufacture comparatively bother, time-consuming, be unfavorable for production capacity, also easily produce waste material.Such as, US 2013/0330985 A1 (namely, CN 103392271 A " metalwork for the jockey of electricity ") Patent Case, there is provided a metal sheet, two end regions of metal sheet stamp out base portion limit pin, contact edge pin, the limit pin that reclines, two sidewalls and two corresponding end regions, four structures such as curved edges, two edge of acute angle, end, recess and protuberances respectively; And make to recline limit pin towards first direction 90-degree bent, recline limit pin and contact edge pin are jointly towards second direction and base portion limit pin 90-degree bent; By sidewall towards first direction 90-degree bent, two edge of acute angle are fitted together to mutually, and make end towards third direction 90-degree bent, the common space forming contained metal clips.US2013/0143433 A1 " CONNECTION TERMINAL " Patent Case also reveal that the conducting bracket of a complicated bending structure.
2. particularly, if existing integrated conducting bracket, terminal select the good copper material of conductivity to make, its rigidity or hardness relatively low, desirable restraining or standardization role cannot be formed to the motion of metal clips; If conducting bracket selects rigidity or higher material (iron, the steel of hardness ... Deng), easily cause the situation that conductivity is undesirable.That is, attempt meets that conductivity is good simultaneously, rigidity or the high effect of hardness, is an awkward problem.
Although prior art has disclosed and a kind ofly applied rigidity or the high steel of hardness, the layers of copper that outside plating conductive is good, described skill has not only made trouble, time-consuming, and cost is higher.
Another combining structure electrically connecting terminal about existing rail type is in the problem manufactured and in operational applications, the structural design being terminal combination metal clips is undesirable, causes metal clips not to be indeed fixed or is positioned at the situation of terminal desired location.
Particularly in the situation that operation uses, when wire inserts housing and terminal, wire first can press down metal clips, and the then elasticity strength of mat metal clips, and terminal is bitten or clipping wire jointly, is formed and electrically connects.During in order to avoid wire insertion housing, because the quantity inserting operation is many and human negligence, the bare metal end of generation wire is inserted and is hindered housing or make metal clips produce beat, scratch the situation such as housing, clipping instability, existing skill has disclosed enclosed terminal structure, can improve described problem.Such as, DE 20 2,008 015 306 U1, US 2013/0143433 A1 " CONNECTION TERMINAL ", DE 10 2,012 009 286 A1, EP 1 353 407 Patent Case such as A1, provide typical embodiment.
But the people haveing the knack of this skill just as those known, the hot type that closed terminal structure not easily allows electric current produce goes out, not only material cost is higher, also easily produce high temperature and high resistance, conductive effect is reduced, and this situation is not desired by us.
Representational, these reference datas show the skill electrically connecting terminal or conducting bracket, terminal, metal clips and correlation combiner design aspect in associated rails type; If the textural association of this conducting bracket, terminal, metal clips is considered in overline design, make it construct and be different from prior art, its use form can be changed, and be different from prior art; In fact, its range of application can also be increased.Such as, change the conducting bracket of joint Terminal, the fixed structure of terminal or syntagmatic, make their structure be easy to make, improve the kenel of existing complicated bending structure, operation bothers the situations such as time-consuming and easy generation waste material; Or make them meeting under rigidity or the higher condition of hardness further, have the effect that conductivity is good; Simultaneously, have under the radiating effect desirable compared with existing structure, obtaining the effect of auxiliary fixing metal shell fragment, and the naked end of prior art wire metals is being inserted hinder housing or make metal clips produce beat, scratch the situation such as housing, clipping instability, all obtain the means such as significantly improvement.And these problems in above-mentioned reference data all not by concrete teaching or exposure.
Utility model content
The technical problems to be solved in the utility model is to provide the conductive connection structure that a kind of rail type electrically connects terminal, is possessing under the condition that structure simplifies, when providing one can reduce manufacture waste material generation, increase the effect such as stability of radiating effect and operational movement.Comprise one and be fitted in conducting bracket in insulation shell; Conducting bracket is divided into rack body and terminal two parts, and difference is manufactured forms the ㄩ type, C type profiled outline or the shape that set.Terminal assembles a metal clips, is co-located on rack body, those earth leads fetched from machinery equipment of pivot joint.The setting regions of this terminal and metal clips is respectively equipped with scarfing unit, and terminal and metal clips are combined, auxiliary stand main body detention metal clips, and stops metal clips to produce skew situation.
Electrically connect the conductive connection structure of terminal according to the utility model rail type, the two ends of this rack body are vertical respectively protrudes a cantilever, makes rack body form ㄩ type section structure or profile.And this terminal is provided with the first limit, connect the 3rd limit of the Second Edge on the first limit and secondary, connection Second Edge is connected the 3rd limit the 4th limit with one respectively; This Second Edge, the 3rd limit and the 4th limit be auxiliary detention metal clips jointly.This secondary and the 4th limit define an opening jointly, and make terminal form C type profiled outline or shape.
Electrically connect the conductive connection structure of terminal according to the utility model rail type, the scarfing unit of this terminal forms groove structure, be separately positioned between Second Edge, the 3rd limit and the 3rd limit, between the 4th limit; The scarfing unit position of corresponding lead joint, the scarfing unit of metal clips is separately positioned on position, both sides, inside the groove structure in order to insertion wire joint scarfing unit, forms fixing or location, auxiliary stand main body detention metal clips, and stop metal clips to produce skew situation.
Accompanying drawing explanation
Below in conjunction with accompanying drawing and embodiment, the present invention is further detailed explanation:
Fig. 1 is the planar structure schematic diagram of the utility model and shell combination; The architectural scenarios of the rack body of conducting bracket, terminal and metal clips combination is shown in figure.
Fig. 2 is STRUCTURE DECOMPOSITION schematic diagram of the present utility model; Depict the structure of the rack body of conducting bracket, terminal and metal clips.
Fig. 3 is textural association schematic diagram of the present utility model; The situation of rack body and terminal enforcement welding Assisted Combinatorial is also show in figure.
Fig. 4 is the textural association schematic diagram of another embodiment of the utility model.
Fig. 5 is the cross-sectional schematic of the textural association of Fig. 4.
Fig. 6 is the textural association schematic diagram of the another embodiment of the utility model.
Fig. 7 is the cross-sectional schematic of the textural association of Fig. 6.
Fig. 8 is the textural association schematic diagram of the utility model embodiment again.
Fig. 9 is the textural association cross-sectional schematic of Fig. 8.
Figure 10 is the textural association schematic diagram of an embodiment of the present utility model.
Figure 11 is the cross-sectional schematic of the textural association of Figure 10.
Figure 12 is the textural association schematic diagram of another embodiment of the utility model.
Figure 13 is the textural association schematic diagram of Figure 12.
Figure 14 is the textural association schematic diagram of the another embodiment of the utility model.
Figure 15 is the textural association schematic diagram of Figure 14.
Description of reference numerals
10 conducting brackets
20 metal clipss
21 first paragraphs
22 second segments
23 head ends
24 tail ends
25 fingers
26 scarfing units
27,59 combination sections
30 insulation shells
40 rack bodies
41 short slots
42 cantilevers
42a inner face
Outside 42b
43 shoulders
44 grooves
46 embedding holes
50 terminals
51 first limits
52 Second Edges
523,534 scarfing units
The embedding portion of 52a, 54a
53 the 3rd limits
54 the 4th limits
55 secondary
56 openings
57 breach
90 welding
95 fixtures
Embodiment
Refer to Fig. 1, Fig. 2 and Fig. 3, the conductive connection structure that the utility model rail type electrically connects terminal comprises the combination of a conducting bracket and a metal clips, generally represents with Ref. No. 10,20 respectively.Conducting bracket 10 and metal clips 20 are fitted in inside an insulation shell 30 jointly, for pivot joint wire and be fastened on a ground connection track (or strip conductor), to set up the shared earthing device (figure does not show) of an electrical equipment or plant equipment.
In adopted preferred embodiment, conducting bracket 10 is divided into rack body 40 and terminal 50 2 parts.The copper material that this rack body 40 selects conductivity good is made; Rack body 40 is provided with a short slot 41, is used for combining this metal clips 20.The two ends of rack body 40 are vertical respectively protrudes a cantilever 42, makes rack body 40 form " ㄩ " type section structure or profile.The inner face 42a of cantilever 42, outside 42b are respectively arranged with a shoulder 43 and groove 44; Shoulder 43 can stop the head end 23 of metal clips 20 to expand cantilever 42 and the terminal 50 of crossing rack body 40.
That is, metal clips 20 comprises a first paragraph 21 and the second segment 22 being connected first paragraph 21.First paragraph 21 has a head end 23, and second segment 22 has a tail end 24; In figure, imaginary line part display tail end 24 is formed with a finger 25, inserts the short slot 41 of rack body 40; Further, head end 23 is made to be pressed against on the shoulder 43 of cantilever 42.
Show groove 44 in figure and can be used to integrated positioning terminal 50.Terminal 50 selects rigidity or higher material (such as, iron, the steel of hardness ... Deng) form the kenel of dull and stereotyped stock, and make terminal 50 make the structure of Fig. 2 display from the kenel of dull and stereotyped stock.Compared to prior art, conducting bracket 10 is divided into rack body 40 and terminal 50 2 parts, not only can make the requirement that the rack body 40 of conducting bracket 10 meets the good condition of conductivity, terminal 50 meets rigidity or hardness is high, also make their structure become simple, relatively reduce the situation that waste material produces.Further, only through once or secondary bending operation, need can complete the structure of rack body 40 and terminal 50, improve that existing skill must be implemented repeatedly, the situation of the bending operation of at least three different directions, and obtain and make easy effect.
Refer to Fig. 2, Fig. 3, terminal 50 comprises the first limit 51, the Second Edge 52 on vertical connection the first limit, the 3rd limit 53 vertically connecting Second Edge 52, vertical the 4th limit 54 connecting the 3rd limit 53; And a secondary 55 vertically connects the first limit 51, and jointly define an opening 56 with the 4th limit 54, and make terminal 50 form one " C " type profiled outline or shape, accommodate this metal clips 20.
In a preferred embodiment, the setting regions of this terminal 50 and metal clips 20 is respectively equipped with scarfing unit 523,534 and 26, and terminal 50 and metal clips 20 are combined, and auxiliary stand main body 40 detains metal clips 20.
Specifically, the scarfing unit 523,534 of this terminal 50 forms groove structure, be separately positioned between Second Edge 52, the 3rd limit 53 and the 3rd limit 53, between the 4th limit 54; Scarfing unit 523,534 position of corresponding lead joint 50, the scarfing unit 26 of metal clips 20 forms tab structures, be separately positioned on the position, both sides of second segment 22, inside groove structure in order to insertion wire joint scarfing unit 523,534, form fixing or location, by terminal 50 together with metal clips 20 fixed Combination.
In adopted embodiment, the upper and lower region that terminal Second Edge 52 shows from figure at least one of them, be formed with a breach 57, and extend to the 3rd limit 53, the 4th limit 54.That is, the width that breach 57 makes the 3rd limit 53, the width on the 4th limit 54 is less than the first limit 51 or Second Edge 52 regional area.Above-mentioned opening 56 and breach 57 make terminal 50 form one (partly) Open architecture, and can provide thermolysis when applying.
Fig. 2, Fig. 3 also illustrate terminal 50 assembling metal shell fragment 20, are co-located on the situation on rack body 40.The groove 44 of terminal first limit 51 (upper limb) splice holder main body 40, and coordinate Second Edge 52 and secondary 55 jointly to surround the cantilever 42 of rack body 40.And terminal Second Edge 52, the 3rd limit 53 and the 4th limit 54 surround the second segment 22 of metal clips 20 jointly, make the head end 23 of first paragraph 21 be pressed against on the shoulder 43 of cantilever 42.Meanwhile, terminal Second Edge 52, the 3rd limit 53 and the 4th limit 54 surround the structure of metal clips second segment 22 jointly, can assist motion that is fixing and specification metal clips 20.
What must be illustrated is, insulation shell 30 and terminal 50 is inserted at wire, when pressing metal clips first paragraph 21 or head end 23, secondary 55 and/or the Second Edge 52 of this terminal 50 can be guided jointly, the motion of specification metal clips 20, stop metal clips 20 to produce skew, draw together the situation of hindering insulation shell 30.
Please refer to Fig. 3, show a feasible embodiment.Terminal the 3rd limit 53 and metal clips second segment 22 implement welding 90 operation, in order to make their combination more really with firm.
Fig. 4, Fig. 5 disclose an embodiment revised.This terminal the 3rd limit 53 and metal clips second segment 22 are respectively equipped with a combination section 59,27, combination section 59,27 forms pore space structure, coordinate fixture 95 (such as, bolt, screw, rivet or its analog) fixed Combination terminal 50 and metal clips 20.
Fig. 4, Fig. 5 also illustrate the scarfing unit 523 being formed with groove structure between terminal Second Edge 52 and the 3rd limit 53; The scarfing unit 534 of groove structure is formed between 3rd limit 53 and the 4th limit 54.Corresponding described scarfing unit 523,534, the both sides of metal clips second segment 22 are formed with scarfing unit 26, and the scarfing unit 523,534 of chimeric terminal 50, by terminal 50 together with metal clips 20 fixed Combination.
Fig. 4,5 the imaginary line part finger 25 that shows metal clips second segment tail end 24 insert inside an embedding hole 46 being arranged on rack body 40; The combining structure of auxiliary fixing metal shell fragment 20 and rack body 40.
Refer to Fig. 6, Fig. 7, show a feasible embodiment.The combination section 27 of this metal clips second segment 22 is hole kenels, and the combination section 59 on terminal the 3rd limit 53 forms convex cylinder, combines with the hole of metal clips combination section 27, fixed Combination metal clips 20 and terminal 50.
Fig. 6, Fig. 7 also illustrate the scarfing unit 523 being formed with groove structure between terminal Second Edge 52 and the 3rd limit 53; The scarfing unit 534 of groove structure is formed between 3rd limit 53 and the 4th limit 54.Corresponding described scarfing unit 523,534, the both sides of metal clips second segment 22 are formed with scarfing unit 26, and the scarfing unit 523,534 of chimeric terminal 50, by terminal 50 together with metal clips 20 fixed Combination.
Fig. 8, Fig. 9, show an embodiment revised.The combination section 27 of this metal clips second segment 22 is pore space structures, and the hole of metal clips combination section 27, towards direction slightly bending one Fin structures on the first limit 51, is inserted, combination fixing metal shell fragment 20 and terminal 50 in the combination section 59 on terminal the 3rd limit 53.
Fig. 8, Fig. 9 also illustrate the scarfing unit 523 being formed with groove structure between terminal Second Edge 52 and the 3rd limit 53; The scarfing unit 534 of groove structure is formed between 3rd limit 53 and the 4th limit 54.Corresponding described scarfing unit 523,534, the both sides of metal clips second segment 22 are formed with scarfing unit 26, and the scarfing unit 523,534 of chimeric terminal 50, by terminal 50 together with metal clips 20 fixed Combination.
Figure 10, Figure 11, show a derivative embodiment.The combination section 27 of this metal clips second segment 22 is pore space structures, and the hole of metal clips combination section 27, towards the outstanding convex pilework in direction on the first limit 51, is inserted, combination fixing metal shell fragment 20 and terminal 50 in the combination section 59 on terminal the 3rd limit 53.
Figure 10, Figure 11 also illustrate the scarfing unit 523 being formed with groove structure between terminal Second Edge 52 and the 3rd limit 53; The scarfing unit 534 of groove structure is formed between 3rd limit 53 and the 4th limit 54.Corresponding described scarfing unit 523,534, the both sides of metal clips second segment 22 are formed with scarfing unit 26, and the scarfing unit 523,534 of chimeric terminal 50, by terminal 50 together with metal clips 20 fixed Combination.
Please refer to Figure 12, Figure 13, show an embodiment revised.The combination section 27 of this metal clips 20 is formed in the recess structure on second segment 22 both sides; The recess structure of corresponding combination section, second segment 22 both sides 27, terminal 50 is respectively equipped with block embedding portion 52a, a 54a on Second Edge 52 and the 4th limit 54, combines, fixing metal shell fragment 20 and terminal 50 with the recess of metal clips combination section 27.
Figure 12, Figure 13 also illustrate the scarfing unit 523 being formed with groove structure between terminal Second Edge 52 and the 3rd limit 53; The scarfing unit 534 of groove structure is formed between 3rd limit 53 and the 4th limit 54.Corresponding described scarfing unit 523,534, the both sides of metal clips second segment 22 are formed with scarfing unit 26, and the scarfing unit 523,534 of chimeric terminal 50, by terminal 50 together with metal clips 20 fixed Combination.
Please refer to Figure 14, Figure 15, show a feasible embodiment.The combination section 27 of this metal clips 20 is formed in the recess structure on second segment 22 both sides; The recess structure of corresponding combination section, second segment 22 both sides 27, terminal 50 is respectively equipped with embedding portion 52a, 54a of a circle pile-type state on Second Edge 52 and the 4th limit 54, combines, fixing metal shell fragment 20 and terminal 50 with the recess of metal clips combination section 27.
Figure 14, Figure 15 also illustrate the scarfing unit 523 being formed with groove structure between terminal Second Edge 52 and the 3rd limit 53; The scarfing unit 534 of groove structure is formed between 3rd limit 53 and the 4th limit 54.Corresponding described scarfing unit 523,534, the both sides of metal clips second segment 22 are formed with scarfing unit 26, and the scarfing unit 523,534 of chimeric terminal 50, by terminal 50 together with metal clips 20 fixed Combination.
Representational, the conductive connection structure that this rail type electrically connects terminal is having under the condition that structure simplifies, and compared to existing technologies, cording has following advantage:
1. the rack body 40 of this conducting bracket 10, terminal 50 and associated component structure are (such as, conducting bracket 10 is divided into rack body 40, terminal 50 2 parts, selects to meet the material that conductivity is good and rigidity is high respectively and make ㄩ type, C type profiled outline or shape; Terminal the 3rd limit 53 vertically connects the 4th limit 54, coordinates Second Edge 52 detention metal clips 20 jointly; Scarfing unit 523, the 3rd limit 53 and the 4th limit 54 are set between Second Edge 52 and the 3rd limit 53 scarfing unit 534 is set, the scarfing unit 26 of corresponding combination position, metal clips second segment 22 both sides; First limit 51 connection arranges secondary 55, and jointly defines opening 56 with the 4th limit 54; Metal clips 20 and terminal 50 arrange the parts such as combination section 27,59 respectively) considered by overline design, make use, operational configurations that it is different from prior art and changes it, and be different from prior art.In fact, also make existing structure complexity, manufacturing operation trouble, the time-consuming and more high situation of cost, obtain and significantly improve.
2. the 4th limit 54 of this terminal 50 and secondary 55 define opening 56 jointly, Second Edge 52 arranges breach 57, terminal 50 is made to form the structure of one (partly) open kenel, not only there is the radiating effect desirable compared with existing structure, Second Edge 52, the common encirclement in the 3rd limit 53 and the 4th limit 54 metal clips second segment 22 of terminal 50 simultaneously, terminal 50 arranges scarfing unit 523,534, correspondence, in conjunction with the scarfing unit 26 etc. of metal clips second segment 22, also can obtain the effect of auxiliary restriction and positioning metal shell fragment 20; Secondary 55 and/or the motion path that Second Edge 52 can be guided jointly, specification metal clips 20 is pressed by wire, also make the naked end of prior art wire metals insert and hinder housing or make metal clips produce beat, scratch the situation such as housing, clipping instability, all obtain and significantly improve.
3. this electrically connects fixed structure or the syntagmatic of the rack body 40 of terminal conducting bracket 10, terminal 50 and metal clips 20, is obviously changed; Them are made to meet rigidity or under hardness is higher, conductivity is good condition, not only make their structure be easy to make, also improve the kenel of the complicated bending structure of prior art, easily produce the situations such as waste material.
Below through the specific embodiment and the embodiment the utility model has been described in detail, but these are not formed restriction of the present utility model.When not departing from the utility model principle, those skilled in the art also can make many distortion and improvement, and these also should be considered as protection range of the present utility model.
Claims (19)
1. rail type electrically connects a conductive connection structure for terminal, it is characterized in that: comprise a conducting bracket; Described conducting bracket is divided into rack body and terminal two part;
A cantilever is protruded at the two ends of rack body respectively, composite conductor joint;
The 4th limit that terminal comprises the first limit, connects the Second Edge on the first limit, connects the 3rd limit of Second Edge, connects the 3rd limit, in order to accommodate a metal clips;
Metal clips comprises a first paragraph and the second segment being connected first paragraph; First paragraph has a head end, and second segment has a tail end;
Between between this terminal Second Edge, the 3rd limit and the 3rd limit, the 4th limit at least one of them is provided with scarfing unit; And
The scarfing unit of corresponding lead joint, metal clips second segment is formed with scarfing unit, the scarfing unit of chimeric terminal.
2. rail type electrically connects the conductive connection structure of terminal as claimed in claim 1, it is characterized in that: the two ends of this rack body are vertical respectively protrudes this cantilever, makes rack body form ㄩ type section structure;
Terminal first limit vertically connects that Second Edge is vertically connected the 3rd limit with a secondary, Second Edge, the 3rd limit vertically connects one the 4th limit, and make the 4th limit and secondary jointly define an opening respectively, makes terminal form a C type profiled outline; Further, secondary is at least made to guide the motion path of metal clips;
The scarfing unit of this terminal is arranged between Second Edge, the 3rd limit, becomes groove structure;
The scarfing unit of this terminal is arranged between the 3rd limit, the 4th limit, becomes groove structure;
The both sides of metal clips second segment form scarfing unit respectively.
3. rail type electrically connects the conductive connection structure of terminal as claimed in claim 2, it is characterized in that: this terminal first limit coordinates Second Edge and secondary jointly to surround the cantilever of rack body; And
Terminal Second Edge, the 3rd limit and the 4th limit surround the second segment of metal clips jointly, and this rack body, terminal and metal clips are assemblied in inside an insulation shell jointly.
4. rail type electrically connects the conductive connection structure of terminal as claimed in claim 2, it is characterized in that: this rack body is provided with one of them of a short slot and an embedding hole, is used for combining this metal clips;
The inner face of cantilever, outside are respectively arranged with a shoulder and groove;
The upper limb engagement grooves on this terminal first limit; Terminal first limit coordinates Second Edge and secondary jointly to surround the cantilever of rack body; And
Terminal Second Edge, the 3rd limit and the 4th limit surround the second segment of metal clips jointly, make the head end of first paragraph be pressed against on the shoulder of cantilever;
The tail end of metal clips second segment is formed with a finger, inserts the short slot of rack body, one of them of embedding hole;
This rack body, terminal and metal clips are assemblied in inside an insulation shell jointly.
5. rail type electrically connects the conductive connection structure of terminal as claimed in claim 1 or 2 or 3 or 4, it is characterized in that: this rack body is that the good metal material of conductivity is made; Terminal is that the metal material that rigidity is high is made; The upper and lower region of terminal Second Edge at least one of them, be formed with a breach, and extend to the 3rd limit, the 4th limit, make terminal form an at least semi open model structure.
6. rail type electrically connects the conductive connection structure of terminal as claimed in claim 1 or 2 or 3 or 4, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; Combination section forms pore space structure, coordinates fixture fixed Combination metal clips and terminal.
7. rail type electrically connects the conductive connection structure of terminal as claimed in claim 5, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; Combination section forms pore space structure, coordinates fixture fixed Combination metal clips and terminal.
8. rail type electrically connects the conductive connection structure of terminal as claimed in claim 1 or 2 or 3 or 4, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; The combination section of this metal clips second segment forms hole kenel, and the combination section on terminal the 3rd limit is a convex cylinder, combines with the hole of metal clips combination section.
9. rail type electrically connects the conductive connection structure of terminal as claimed in claim 5, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; The combination section of this metal clips second segment forms hole kenel, and the combination section on terminal the 3rd limit is a convex cylinder, combines with the hole of metal clips combination section.
10. rail type electrically connects the conductive connection structure of terminal as claimed in claim 1 or 2 or 3 or 4, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; The combination section of this metal clips second segment is a pore space structure, and the combination section on terminal the 3rd limit bends a Fin structures, combines with the hole of metal clips combination section.
11. as claimed in claim 5 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; The combination section of this metal clips second segment is a pore space structure, and the combination section on terminal the 3rd limit bends a Fin structures, combines with the hole of metal clips combination section.
12. as claimed in claim 1 or 2 or 3 or 4 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; The combination section of this metal clips second segment is a pore space structure, and the combination section on terminal the 3rd limit, towards the outstanding convex pilework in direction on the first limit, is combined with the hole of metal clips combination section.
13. as claimed in claim 5 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment and terminal the 3rd limit are respectively equipped with a combination section; The combination section of this metal clips second segment is a pore space structure, and the combination section on terminal the 3rd limit, towards the outstanding convex pilework in direction on the first limit, is combined with the hole of metal clips combination section.
14. as claimed in claim 1 or 2 or 3 or 4 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment is provided with a combination section; The combination section of metal clips is formed in the recess structure on second segment both sides;
The recess structure of corresponding combination section, second segment both sides, terminal is respectively equipped with a block embedding portion on Second Edge and the 4th limit, combines with the recess of metal clips combination section.
15. as claimed in claim 5 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment is provided with a combination section; Metal clips combination section is formed in the recess structure on second segment both sides;
The recess structure of corresponding combination section, second segment both sides, terminal is respectively equipped with a block embedding portion on Second Edge and the 4th limit, combines with the recess of metal clips combination section.
16. as claimed in claim 1 or 2 or 3 or 4 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment is provided with a combination section; The combination section of metal clips is formed in the recess structure on second segment both sides;
The recess structure of corresponding combination section, second segment both sides, terminal is respectively equipped with a circle embedding portion of stake on Second Edge and the 4th limit, combines with the recess of metal clips combination section.
17. as claimed in claim 5 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this metal clips second segment is provided with a combination section; The combination section of metal clips is formed in the recess structure on second segment both sides;
The recess structure of corresponding combination section, second segment both sides, terminal is respectively equipped with a circle embedding portion of stake on Second Edge and the 4th limit, combines with the recess of metal clips combination section.
18. as claimed in claim 1 or 2 or 3 or 4 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this terminal the 3rd side weld connects metal clips second segment.
19. as claimed in claim 5 rail type electrically connect the conductive connection structure of terminal, it is characterized in that: this terminal the 3rd side weld connects metal clips second segment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420786222.6U CN204391319U (en) | 2014-12-11 | 2014-12-11 | Rail type electrically connects the conductive connection structure of terminal |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420786222.6U CN204391319U (en) | 2014-12-11 | 2014-12-11 | Rail type electrically connects the conductive connection structure of terminal |
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| CN204391319U true CN204391319U (en) | 2015-06-10 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107104303A (en) * | 2016-02-19 | 2017-08-29 | 进联电子科技(上海)有限公司 | Electrically connect terminal structure |
| CN107819226A (en) * | 2016-09-13 | 2018-03-20 | 进联电子科技(上海)有限公司 | The combining structure of track terminal |
| CN109216954A (en) * | 2017-07-06 | 2019-01-15 | 进联电子科技(上海)有限公司 | The conductive component structure of conducting wire joint Terminal |
-
2014
- 2014-12-11 CN CN201420786222.6U patent/CN204391319U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107104303A (en) * | 2016-02-19 | 2017-08-29 | 进联电子科技(上海)有限公司 | Electrically connect terminal structure |
| CN107104303B (en) * | 2016-02-19 | 2020-05-12 | 进联电子科技(上海)有限公司 | Electric connection terminal structure |
| CN107819226A (en) * | 2016-09-13 | 2018-03-20 | 进联电子科技(上海)有限公司 | The combining structure of track terminal |
| CN107819226B (en) * | 2016-09-13 | 2020-01-14 | 进联电子科技(上海)有限公司 | Combined structure of track terminal |
| CN109216954A (en) * | 2017-07-06 | 2019-01-15 | 进联电子科技(上海)有限公司 | The conductive component structure of conducting wire joint Terminal |
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