CN207442016U - Floatation style connector and its conducting terminal - Google Patents
Floatation style connector and its conducting terminal Download PDFInfo
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- CN207442016U CN207442016U CN201721263359.3U CN201721263359U CN207442016U CN 207442016 U CN207442016 U CN 207442016U CN 201721263359 U CN201721263359 U CN 201721263359U CN 207442016 U CN207442016 U CN 207442016U
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Abstract
The utility model discloses floatation style connector and its conducting terminals.A kind of floatation style connector includes grafting cavity and multiple conducting terminals.Grafting cavity includes roof and the two side walls positioned at opposite side, and each side wall is equipped with multiple holding parts.Multiple conducting terminals are respectively arranged in multiple holding parts of grafting cavity, the one-piece construction that each conducting terminal is one of the forming and comprising being arranged at contact-segment, bending section, elastic force section and fixed section.Contact-segment is arranged in grafting chamber body, and bending section one end is connected in contact-segment, the other end is fixed on corresponding holding parts, and elastic force section is located at fixed section outside grafting cavity, and the both ends of elastic force section are respectively connected with the other end and fixed section in bending section.Grafting chamber physical efficiency is moved compared with multiple fixed sections, so that multiple elastic force sections suffer oppression and provide restoring force to grafting cavity.Whereby, floatation style connector is by the structure design of conducting terminal, and can provide preferable shockproof effect.
Description
Technical field
The utility model is related to a kind of connector more particularly to a kind of floatation style connectors and its conducting terminal.
Background technology
Existing floatation style connector includes a grafting cavity and is installed on multiple conducting terminals of above-mentioned grafting inside cavity,
Above-mentioned grafting chamber physical efficiency generates movement compared with conducting terminal, and provides cushion effect via conducting terminal, to reach shockproof effect
Fruit.However, the conductive terminal structure in existing floatation style connector designs and can not further promote its shockproof effect.Again
The fit system of person, conducting terminal and grafting cavity is (such as：Conducting terminal is arranged at grafting inside cavity, and conducting terminal is in its bullet
Grafting cavity is all fixed in the both sides of power section) also limit the efficiency of conducting terminal.
Then, it is that spy concentrates on studies and coordinates the utilization of the principles of science, finally inventors believe that drawbacks described above can improve
It proposes a kind of design rationally and is effectively improved the utility model of drawbacks described above.
Utility model content
The utility model embodiment is to provide a kind of floatation style connector and its conducting terminal, can effectively improve existing
Floatation style connector institute there may be the defects of.
The utility model embodiment discloses a kind of floatation style connector, including：One insulation shell, comprising slotting in elongated one
Cavity is connect, grafting cavity defines a length direction and includes a roof and the two side walls positioned at opposite side, each side wall
Outer surface be equipped with multiple holding parts, multiple holding parts on each side wall are away from roof and line up one along its length
Row；And multiple conducting terminals, it is respectively arranged in multiple holding parts of grafting cavity and is arranged in two row in parallel length direction,
One-piece construction that each conducting terminal is one of the forming and comprising：One contact-segment is inserted in grafting chamber along a short transverse
In vivo；One bending section, one end are connected in contact-segment, and the other end of bending section is fixed on corresponding holding parts；An and elastic force section
With a fixed section, outside grafting cavity, and the both ends of elastic force section are respectively connected with the other end and fixed section in bending section；
Wherein, multiple conducting terminals correspond to grafting cavity and are set in mirror symmetry, the root edge position of the fixed section of multiple conducting terminals
In in a plane, and grafting cavity is mutually separated with a distance with plane；Insulation shell can be moved compared with multiple fixed sections, so that
Multiple elastic force sections suffer oppression and provide a restoring force to insulation shell.
Preferably, insulation shell includes two positioning cavities for being located at grafting cavity opposite end respectively, floating type company
It connects device and further comprises that, there are two positioning column, two positioning columns are movably inserted in respectively in two positioning cavities, and it is every
The root edge of a positioning column be pierced by positioning cavity and with the fixed section root edge of each conducting terminal, jointly being fixed on a circuit board
On.
Preferably, among each positioning column and its positioning cavity plugged, positioning column includes a limiting section and phase
It is connected in a support portion of limiting section, positioning cavity is formed with a big opening and a small opening in two opposite sides position, limiting section
Sectional area is more than small opening and less than big opening, and the sectional area of support portion is less than small opening, and the part of support portion is pierced by positioning chamber
The small opening of body, limiting section are limited in positioning cavity.
Preferably, each contact-segment has an Extendible flake and extends what is formed from the bending of Extendible flake two opposite sides edge respectively
Two clamping pieces, and each Extendible flake is flatted against in the inner surface of corresponding side wall；Roof, which is formed with, to be corresponded respectively to
Multiple interfaces of multiple conducting terminals, and the end edge of each clamping piece of each conducting terminal and Extendible flake are to be located at
Outside the region passed through along corresponding interface along short transverse orthographic projection.
Preferably, the inner surface of each side wall is formed with multiple grooves away from roof, and each bending section, which has, to be connected in
One inside portion of contact-segment and the outside portion for being fixed on corresponding holding parts, each inside portion respectively for a groove,
So that each inside portion is set in distance with corresponding side wall.
Preferably, in each conducting terminal, elastic force section takes the shape of the letter U, and the center line of each elastic force section is and height side
To mutually accompanying an acute angle, and each acute angle is between 30~60 degree.
Preferably, in each conducting terminal, one first angle that elastic force section is formed with bending section is compared to elastic force section
Both one second angles formed with fixed section are differed in the range of 5 degree, and the first angle is between 120~150 degree.
The utility model embodiment also discloses a kind of floatation style connector, including：One grafting cavity, include a roof and
Two side walls positioned at opposite side, each side wall are equipped with multiple holding parts；And multiple conducting terminals, it is respectively arranged in grafting chamber
Multiple holding parts of body, and one-piece construction that each conducting terminal is one of the forming and comprising：One contact-segment is arranged at slotting
It connects in cavity；One bending section, one end are connected in contact-segment, and the other end of bending section is fixed on corresponding holding parts；An and bullet
Power Duan Yuyi fixed sections, outside grafting cavity, and the both ends of elastic force section are respectively connected in the other end of bending section and solid
Determine section；Wherein, grafting chamber physical efficiency is moved compared with multiple fixed sections, so that multiple elastic force sections suffer oppression and provide a restoring force extremely
Grafting cavity.
The utility model embodiment separately discloses a kind of conducting terminal of floatation style connector, the single-piece structure being one of the forming
Make and including：One contact-segment；One bending section, takes the shape of the letter U, and one end of bending section is connected in contact-segment；An and elastic force Duan Yuyi
Fixed section, the both ends of elastic force section are respectively connected with the other end and fixed section in bending section；Wherein, elastic force section takes the shape of the letter U, and elastic force
The center line of section is mutually to accompany an acute angle with the center line of bending section；Wherein, the contact-segment position of neighbouring bending section is to bend certainly
Section is formed along first direction extension, and the fixed section position of neighbouring elastic force section is prolonged from elastic force section along a second direction
It stretches to be formed, first direction is parallel and reversely with each other with second direction.
Preferably, one first angle that elastic force section and bending section are formed formed compared to elastic force section and fixed section one
Both second angles are differed in the range of 5 degree, and the first angle is between 120~150 degree.
In conclusion floatation style connector and its conducting terminal disclosed in the utility model embodiment, pass through conducting end
The structure design of son, and preferable shockproof effect can be provided.And the cooperation of the grafting cavity of conducting terminal and insulation shell, energy
Insulation shell is avoided to generate the limitation in performance to conducting terminal, effectively to promote the shockproof effect of floatation style connector.
For that can be further understood that the feature of the utility model and technology contents, refer to below in connection with the utility model
Detailed description and attached drawing, but these explanations are only used for illustrating the utility model rather than the protection to the utility model with attached drawing
Scope makees any limitation.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of the utility model floatation style connector.
Fig. 2 is the decomposition diagram of Fig. 1.
Fig. 3 is the decomposition diagram at another visual angles of Fig. 1.
Fig. 4 is the conducting terminal stereoscopic schematic diagram of the utility model floatation style connector.
Fig. 5 is the floor map of Fig. 4.
Fig. 6 is schematic cross-sectional views of the Fig. 1 along hatching line VI-VI.
Fig. 7 is the schematic cross-sectional view that the utility model floatation style connector is installed on circuit board.
Fig. 8 is schematic cross-sectional views of the Fig. 1 along III-V III of hatching line V.
Fig. 9 is schematic cross-sectional views of the Fig. 1 along hatching line IX-IX.
Specific embodiment
It please refers to Fig.1 to Fig. 9, is the embodiment of the utility model, need to first illustrate, the present embodiment respective figure is carried
And correlated measure and external form, be only used for specifically describing the embodiment of the utility model, in order to understand the utility model
Content rather than for limiting to the scope of protection of the utility model.
As shown in Figure 1 to Figure 3, the present embodiment discloses a kind of floatation style connector 100, can be used for and an object connector
(not shown) grafting is simultaneously applied in a mobile object (such as：Automobile) on.Wherein, when floatation style connector 100 and object connect
When connecing device generation relative movement, floatation style connector 100 can steadily keep the electric connection between above-mentioned object connector.
The floatation style connector 100 of the present embodiment includes an insulation shell 1, multiple conductions mounted on insulation shell 1
Terminal 2, two positioning columns 3 for being movably placed in above-mentioned insulation shell 1 and two ends for being fixed on above-mentioned insulation shell 1
Lid 4.It will illustrate the various components construction and its connection relation of the present embodiment floatation style connector 100 respectively below.
Need to first it illustrate, the conducting terminal 2 of the present embodiment is explained with arranging in pairs or groups above-mentioned insulation shell 1, but conductive
Terminal 2 can also individually be employed, and it is contained to be not limited to the present embodiment.Furthermore do not illustrate in the utility model other
In embodiment, floatation style connector 100 can also omit two positioning columns, 3, two end caps 4 and corresponding to above-mentioned positioning column 3 with
1 position of insulation shell of end cap 4.
As shown in Figures 2 and 3, insulation shell 1 includes in an elongated grafting cavity 11 and respectively positioned at above-mentioned grafting
11 opposite end of cavity is (such as：11 left end of grafting cavity and right end in Fig. 2) two positioning cavities 12.Wherein, for ease of reason
The present embodiment is solved, the definition of grafting cavity 11 has orthogonal length direction L, a short transverse H and a width W.
Grafting cavity 11 includes a roof 111 and the two side walls 112 positioned at opposite side, and above-mentioned grafting cavity 11
Inside it is formed with the multiple terminal grooves 113 for running through grafting cavity 11 along short transverse H.Wherein, each terminal groove 113 is in above-mentioned roof
111 positions have been correspondingly formed an interface 1131, and above-mentioned multiple interfaces 1131 are arranged in the two of parallel length direction L
Row, that is to say, that multiple terminal grooves 113 are also two row for being arranged in parallel length direction L.
The outer surface of each side wall 112 is equipped with multiple holding parts 1121, and multiple holding parts on each side wall 112
1121 away from above-mentioned roof 111 and L forms a line along its length.In this present embodiment, on the outer surface of each side wall 112
A rib of parallel length direction L is formed with, and above-mentioned rib is formed with away from roof 111 and from lower to upper multiple notches,
Above-mentioned each notch is defined as a holding parts 1121, but the construction of holding parts 1121 of the utility model is not only restricted to this.
Furthermore the inner surface of each side wall 112 is formed with multiple grooves 1122 away from above-mentioned roof 111 (such as：Fig. 6),
Above-mentioned multiple grooves 1122 are located in multiple terminal grooves 113 respectively, and each groove 1122 be along short transverse H it is recessed in
The inner surface of corresponding side wall 112, but the utility model is not only restricted to this.
Two positioning cavities 12 are integrally to be extended to form from two short sides of above-mentioned grafting cavity 11 respectively, and each
The limiting slot 121 for running through positioning cavity 12 along short transverse H is formed in positioning cavity 12.Wherein, each limiting slot 121 exists
The two opposite sides position of corresponding positioning cavity 12 is (such as：12 top of positioning cavity in Fig. 2 and 12 bottom of positioning cavity in Fig. 3
Portion) big opening 1211 and a small opening 1212 have been correspondingly formed respectively.It further says, as shown in figure 8, each limiting slot
121 headroom is more than bottom space, and the internal face of each limiting slot 121 above-mentioned headroom and bottom space it
Between be formed with a /V terrace 1213, but 12 specific configuration of positioning cavity of the utility model is not only restricted to this.
As shown in Figure 1 to Figure 3, multiple conducting terminals 2 are respectively arranged in multiple holding parts 1121 of above-mentioned grafting cavity 11
And be arranged in two row of parallel length direction L, and multiple conducting terminals 2 of the present embodiment preferably correspond to grafting cavity 11 and
It is set in mirror symmetry, but not limited to this.Wherein, multiple conducting terminals 2 are inserted in multiple terminals of grafting cavity 11 respectively
Slot 113 and correspond respectively to above-mentioned multiple interfaces 1131.
Furthermore due to each conducting terminal 2 of the present embodiment construct it is all roughly the same, it is following so for convenience of description
It will first be constructed (such as with single conducting terminal 2 and its corresponding grafting cavity 11：Corresponding terminal groove 113 and holding parts 1121)
It is described.But in the other embodiment not illustrated in the utility model, the construction of multiple conducting terminals 2 can also be poor
It is different.
As shown in Figures 4 to 6, conducting terminal 2 is one of the forming one-piece construction and a contact-segment is sequentially included
21st, a bending section 22, an elastic force section 23 and a fixed section 24.That is, one end of above-mentioned bending section 22 is (namely following
22 inside portion 221 of bending section) be connected in contact-segment 21, and the both ends of elastic force section 23 are respectively connected in the another of above-mentioned bending section 22
One end (namely following 22 outside portions 222 of bending section) and fixed section 24.
In more detail, contact-segment 21 is inserted in the corresponding terminal groove 113 of above-mentioned grafting cavity 11 along short transverse H
It is interior, and above-mentioned contact-segment 21 has an Extendible flake 211 of vertical bar shape and bends extension from 211 two opposite sides edge of Extendible flake respectively
Two clamping pieces 212 formed.Wherein, Extendible flake 211 is flatted against in the inner surface of corresponding side wall 112, and each
212 bottom of clamping piece is preferably the internal face for being embedded at corresponding terminal groove 113.Furthermore each clamping piece of conducting terminal 2
212 end edge and Extendible flake 211 is preferably just being thrown positioned at the interface 1131 of corresponding terminal groove 113 along short transverse H
Outside the region passed through along shadow (such as：Fig. 6 and Fig. 9).
Bending section 22, which has, to be connected in an inside portion 221 of above-mentioned contact-segment 21, is connected in an outside portion of elastic force section 23
222 and a C-shaped portion 223 of the above-mentioned inside portion 221 of connection and outside portion 222.Wherein, the inside portion 221 of above-mentioned bending section 22 with
Outside portion 222 is in this present embodiment the vertical bar columnar structure being substantially parallel to one another, so that bending section 22 is substantially u-shaped, and makes phase
The part of corresponding side wall 112 is contained in the inside of bending section 22, but the utility model is not only restricted to this.
It further says, inside portion 221 is located in the corresponding terminal groove 113 of grafting cavity 11, and 221 face of inside portion
Groove 1122 into corresponding terminal groove 113, so that inside portion 221 is set in distance with corresponding side wall 112.Outside portion
222 are all located at outside grafting cavity 11 with C-shaped portion 223, and outside portion 222 (namely above-mentioned 22 other end of bending section) is fixed on
Corresponding holding parts 1121 and the outer surface for being resisted against corresponding side wall 112.
It should be noted that the fixed form between above-mentioned outside portion 222 and corresponding holding parts 1121 is in this present embodiment
It is to fix to illustrate to be embedded each other, but when practical application, can be also adjusted according to designer's demand and variation.
Elastic force section 23 is located at outside above-mentioned grafting cavity 11, and the width of elastic force section 23 is conducting end in this present embodiment
The minimum widith of son 2.Wherein, the elastic force section 23 of the present embodiment is substantially u-shaped, the center line C23 of above-mentioned elastic force section 23 be with it is curved
The center line C22 (or short transverse H) of tune 22 mutually accompanies a sharp angle α, and sharp angle α is between 30~60 degree.
Furthermore elastic force section 23 and bending section 22 are formed with one first angle α 1, and above-mentioned first angle between 120~
150 degree.One second angle α 2 that elastic force section 23 is formed with fixed section 24, and the first angle α 1 is differed with the second angle α 2
In the range of 5 degree (such as：First angle α 1 of the present embodiment is substantially identical to the second angle α 2), but the utility model is not only restricted to
This.
Fixed section 24 is located at outside above-mentioned grafting cavity 11, and fixed section 24 is to be pasted suitable for surface in this present embodiment
The L-shape configuration of dress technology (surface mounting technology, SMT) welding, but the utility model is not only restricted to this.
Such as：In the other embodiment not illustrated in the utility model, fixed section 24 can also apply to plug the construction of welding.
Wherein, adjacent to 21 position of contact-segment of bending section 22 (such as：211 bottom of Extendible flake in Fig. 5) it is from above-mentioned bending
Section 22 is formed along first direction D1 extensions, and 24 position of fixed section of neighbouring elastic force section 23 is (such as：Fixed section in Fig. 5
24 tops) it is to be formed from above-mentioned elastic force section 23 along second direction D2 extensions, and above-mentioned first direction D1 and second party
To D2 in this present embodiment it is substantially parallel and it is reversely with each other (such as：The first direction D1 of Fig. 5 is upward, and second direction D2 is court
Under, and first direction D1 and second direction D2 is all parallel to short transverse H).
It is above the construction explanation of single conducting terminal 2 of the present embodiment, then illustrates the present embodiment conducting terminal 2 below
Other connection relations.As shown in fig. 7,24 root edge of fixed section of multiple conducting terminals 2 is located substantially in a plane, and grafting chamber
Body 11 is mutually separated with a distance with plane.That is, 24 root edge of fixed section of multiple conducting terminals 2 can be fixed in a circuit board
On 200, and above-mentioned grafting cavity 11 is separated with a distance with 200 phase of circuit board.
Whereby, insulation shell 1 can be moved compared with above-mentioned multiple fixed sections 24, so that multiple elastic force sections 23 suffer oppression and carry
For a restoring force to insulation shell 1.It further says, the outside portion of the bending section 22 of each conducting terminal 2 and its corresponding solid
A fulcrum can be formed by holding portion 1121, so as at insulation shell 1 and its 2 position of interior conducting terminal when generating mobile, can be by upper
The restoring force that the elastic force section 23 of multiple conducting terminals 2 is provided is stated, and the contact-segment 21 of multiple conducting terminals 2 is made to keep being contacted with
The corresponding terminal of above-mentioned object connector.
In addition, in each conducting terminal 2,23 corner portions of elastic force section away from above-mentioned grafting cavity 11, along height
The view field that direction H is formed towards 200 orthographic projection of circuit board is positioned at the outside of fixed section 24.
As shown in Fig. 2, Fig. 7 and Fig. 8, two positioning columns 3 are movably inserted in above-mentioned two positioning cavity 12 respectively
It is interior, and the root edge of each positioning column 3 be pierced by positioning cavity 12 and with 24 root edge of fixed section of above-mentioned each conducting terminal 2, altogether
With being fixed on foregoing circuit plate 200.Need to first it illustrate, 3 material of positioning column in the present embodiment is preferably metal, with
The root edge of positioning column 3 is enable to be welded on circuit board 200, but the utility model is not only restricted to this.Such as：In the utility model not
In the other embodiment illustrated, the material of positioning column 3 can also be plastics, and positioning column 3 passes through the modes such as chimeric or screw lock
It is fixed on circuit board 200.
In more detail, among each positioning column 3 of the present embodiment and its positioning cavity 12 plugged, positioning column 3 wraps
Containing a limiting section 31 and a support portion 32 of above-mentioned limiting section is connected in, and the sectional area of above-mentioned limiting section 31 (refers to hang down
The section of straight short transverse H) it is more than the sectional area (section for referring to vertical height direction H) of support portion 32.Wherein, limiting section 31
Sectional area be more than the small opening 1212 of above-mentioned positioning cavity 12 and less than big opening 1211, and the sectional area of support portion 32 is less than
The small opening 1212 of positioning cavity 12.
Accordingly, among each positioning column 3 and its positioning cavity 12 plugged, support portion 32 is arranged substantially in positioning chamber
The bottom space of body 12, and the part of above-mentioned support portion 32 is (such as：Bottom) it is pierced by the small opening 1212 of above-mentioned positioning cavity 12.
And limiting section 31 is arranged at the headroom of positioning cavity 12 and is limited in positioning cavity 12.
Further say, when the insulation shell 1 of floatation style connector 100 does not have relative movement, the limit of each positioning column 3
Position portion 31 is set in distance with the internal face of corresponding positioning cavity 12；But when floatation style connector 100 is connected with object
When device generates relative movement, the moving range of insulation shell 1 can be subject to the limiting section 31 of above-mentioned two positioning column 3 to be limited to.
That is when the displacement distance of insulation shell 1 is excessive, the internal face of each positioning cavity 12 is (such as：/V terrace 1213) meeting
The limiting section 31 of corresponding positioning column 3 is resisted against, and insulation shell 1 is made not move further.
Two end caps 4 are detachably installed on two positioning cavities 12 of above-mentioned insulation shell 1 and close off
Two big openings 1211 are stated, are departed to avoid two positioning columns 3 via above-mentioned two big opening 1211 in two positioning chambers
Body 12.Wherein, the outer surface of each end cap 41 outer surface of insulation shell adjacent thereto preferably substantially trims, but this practicality is new
Type is not only restricted to this.
In addition, in the other embodiment not illustrated in the utility model, insulation shell 1 can further include from grafting chamber
Body 11 extends outwardly a formed protective shell, so that the elastic force section 23 of above-mentioned multiple conducting terminals 2 is substantially placed in protective shell
Within, achieve the effect that protect conducting terminal 2 thereby through protective shell, but above-mentioned protective shell is not in contact with any one conducting terminal 2.
[technique effect of the utility model embodiment]
In conclusion floatation style connector and its conducting terminal disclosed in the utility model embodiment, pass through conducting end
The structure design of son, and preferable shockproof effect can be provided, and the cooperation of the grafting cavity of conducting terminal and insulation shell
(such as：Conducting terminal is only fixedly arranged on grafting cavity in the one side of elastic force section, and elastic force section is exposed to outside grafting cavity), it can keep away
Exempt from insulation shell to the limitation in conducting terminal generation performance, effectively to promote the shockproof effect of floatation style connector.
The foregoing is merely the preferred possible embodiments of the utility model, are not used for the protection model for limiting to the utility model
It encloses, all equivalent changes and modifications done according to present utility model application the scope of the claims, should all belong to the claim of the utility model
The protection domain of book.
Claims (10)
1. a kind of floatation style connector, which is characterized in that the floatation style connector includes：
One insulation shell, comprising in an elongated grafting cavity, the grafting cavity definition has a length direction and includes one
Roof and the two side walls positioned at opposite side, the outer surface of each side wall are equipped with multiple holding parts, each side wall
On multiple holding parts form a line away from the roof and along the length direction；And
Multiple conducting terminals are respectively arranged in multiple holding parts of the grafting cavity and are arranged in the parallel length side
To two row, one-piece construction that each conducting terminal is one of the forming and comprising：
One contact-segment is inserted in along a short transverse in the grafting chamber body；
One bending section, one end are connected in the contact-segment, and the other end of the bending section is fixed on the corresponding holding parts；
And
One elastic force Duan Yuyi fixed sections, outside the grafting cavity, and the both ends of the elastic force section are respectively connected in institute
State the other end of bending section and the fixed section；
Wherein, multiple conducting terminals correspond to the grafting cavity and are set in mirror symmetry, multiple conducting terminals
The root edge of the fixed section be located in a plane, and the grafting cavity is mutually separated with a distance with the plane；It is described exhausted
Edge housing can be moved compared with multiple fixed sections, so that multiple elastic force sections suffer oppression and provide a restoring force to described
Insulation shell.
2. according to floatation style connector described in claim 1, which is characterized in that the insulation shell includes is located at institute respectively
State two positioning cavities of grafting cavity opposite end, the floatation style connector further comprises there are two positioning column, two
The positioning column is able to actively be inserted in two positioning cavities, and the root edge of each positioning column is pierced by
The positioning cavity and with the fixed section root edge of each conducting terminal jointly being fixed on a circuit board.
3. according to the floatation style connector described in claim 2, which is characterized in that in each positioning column and the positioning column
Among the positioning cavity plugged, the positioning column includes a limiting section and is connected in a support of the limiting section
Portion, the positioning cavity are formed with a big opening and a small opening in two opposite sides position, and the limiting section is along the height side
To sectional area be more than it is described it is small be open and less than the big opening, the support portion is less than along the sectional area of the short transverse
The small opening, the part of the support portion are pierced by the small opening of the positioning cavity, and the limiting section is limited to institute
It states in positioning cavity.
4. according to floatation style connector described in claim 1, which is characterized in that each contact-segment have an Extendible flake and
Extend two formed clamping pieces from Extendible flake two opposite sides edge bending respectively, and each Extendible flake is flatly
It is resisted against the inner surface of the corresponding side wall；The roof, which is formed with, corresponds respectively to the multiple slotting of multiple conducting terminals
Interface, and the end edge of each clamping piece of each conducting terminal and the Extendible flake are to be located at corresponding institute
It states outside the region passed through along interface along the short transverse orthographic projection.
5. according to floatation style connector described in claim 1, which is characterized in that the inner surface of each side wall is formed with far
Multiple grooves from the roof, each bending section have the inside portion for being connected in the contact-segment and are fixed on phase
One outside portion of the corresponding holding parts, each inside portion is respectively for a groove, so that each inside
Portion is set in distance with the corresponding side wall.
6. according to the floatation style connector any one of claim 1 to 5, which is characterized in that in each conducting end
In son, the elastic force section takes the shape of the letter U, and the center line of each elastic force section is mutually to accompany an acute angle with the short transverse,
And each acute angle is between 30~60 degree.
7. according to the floatation style connector any one of claim 1 to 5, which is characterized in that in each conducting end
In son, one first angle that the elastic force section is formed with the bending section is compared to the elastic force section and fixed section institute shape
Into both one second angles difference in the range of 5 degree, and first angle is between 120~150 degree.
8. a kind of floatation style connector, which is characterized in that the floatation style connector includes：
One grafting cavity includes a roof and the two side walls positioned at opposite side, and each side wall is equipped with multiple holding parts；
And
Multiple conducting terminals are respectively arranged in multiple holding parts of the grafting cavity, and each conducting terminal is
Integrally formed one-piece construction and comprising：
One contact-segment is arranged in the grafting chamber body；
One bending section, one end are connected in the contact-segment, and the other end of the bending section is fixed on the corresponding holding parts；
And
One elastic force Duan Yuyi fixed sections, outside the grafting cavity, and the both ends of the elastic force section are respectively connected in institute
State the other end of bending section and the fixed section；
Wherein, the grafting chamber physical efficiency is moved compared with multiple fixed sections, so that multiple elastic force sections suffer oppression and carry
For a restoring force to the grafting cavity.
9. a kind of conducting terminal of floatation style connector, which is characterized in that the conducting terminal of the floatation style connector is integrated
The one-piece construction of shaping and including：
One contact-segment；
One bending section, takes the shape of the letter U, and one end of the bending section is connected in the contact-segment；And
One elastic force Duan Yuyi fixed sections, the both ends of the elastic force section are respectively connected with the other end in the bending section and the fixation
Section, wherein, the elastic force section takes the shape of the letter U, and the center line of the elastic force section is mutually to accompany one with the center line of the bending section
Acute angle；
Wherein, the contact-segment position of the neighbouring bending section is to extend institute's shape from the bending section along a first direction
Into, and the fixed section position of the neighbouring elastic force section is formed from the elastic force section along second direction extension, institute
It is parallel and reversely with each other with the second direction to state first direction.
10. the conducting terminal according to the floatation style connector described in claim 9, which is characterized in that the elastic force section with it is described
One first angle that bending section is formed is compared to both one second angle that the elastic force section is formed with fixed section phases
Difference is in the range of 5 degree, and first angle is between 120~150 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721263359.3U CN207442016U (en) | 2017-09-28 | 2017-09-28 | Floatation style connector and its conducting terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721263359.3U CN207442016U (en) | 2017-09-28 | 2017-09-28 | Floatation style connector and its conducting terminal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207442016U true CN207442016U (en) | 2018-06-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721263359.3U Withdrawn - After Issue CN207442016U (en) | 2017-09-28 | 2017-09-28 | Floatation style connector and its conducting terminal |
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| Country | Link |
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| CN (1) | CN207442016U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109586069A (en) * | 2017-09-28 | 2019-04-05 | 格棱电子科技(赣州)有限公司 | Floatation style connector and its conductive terminal |
-
2017
- 2017-09-28 CN CN201721263359.3U patent/CN207442016U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109586069A (en) * | 2017-09-28 | 2019-04-05 | 格棱电子科技(赣州)有限公司 | Floatation style connector and its conductive terminal |
| CN109586069B (en) * | 2017-09-28 | 2023-12-05 | 格棱电子科技(赣州)有限公司 | Floating connector and conductive terminal thereof |
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| GR01 | Patent grant | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180601 Effective date of abandoning: 20231205 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180601 Effective date of abandoning: 20231205 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |