CN204706664U - Side-stand type connector construction - Google Patents
Side-stand type connector construction Download PDFInfo
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- CN204706664U CN204706664U CN201520275440.8U CN201520275440U CN204706664U CN 204706664 U CN204706664 U CN 204706664U CN 201520275440 U CN201520275440 U CN 201520275440U CN 204706664 U CN204706664 U CN 204706664U
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Abstract
A kind of side-stand type connector construction, by first, two side shell groups are combined into an insulating body relatively, insulating body is provided with and fits and have first of termination recess, two hyoplastrons, one reference column and a bevel, one first, two-terminal group is molded over aforementioned first respectively, in two side shells, and have first respectively, on two, lower end subgroup, this is first years old, on two, lower end subgroup two end is respectively equipped with the contact site that extends to termination recess and towards the outward extending weld part of reference column, and kink is respectively equipped with in stage casing, aforementioned first, each kink of two upper end subgroups outwards establishes side by side close to bevel vicinity, and first, the kink of two lower end subgroups is then inwardly establish side by side close to this reference column vicinity, one metal shell this insulating body outer circumferential side coated, and corresponding first, the position of two hyoplastrons is provided with an open front, described metal shell is provided with at least one inserted sheet in the side of corresponding reference column.
Description
Technical field
The utility model is relevant a kind of side-stand type connector construction, refers to that a kind of minimizing takies board area, promotes frequency transfer characteristic and the connector construction had wide range of applications especially.
Background technology
Tradition is applied in the connector construction of multimedia signal transduction, as Taiwan Patent announces No. M364306 " vertical electric connector " new patent case those disclosed herein, " it mainly comprises: an insulating body; this insulating body comprises the back casing that a procapsid and is sticked in this procapsid; form a holding part between this procapsid and this back casing, and this procapsid has a base portion, a vertical hyoplastron extended by this base portion and majority forward and is arranged at this vertical hyoplastron and is communicated with the terminal groove of this holding part; Multi-conducting terminals, each conducting terminal comprises a junction, a contact site extended by an end of this connecting portion and is extended by the other end of this connecting portion and and angle between this contact site be the welding foot at right angle, these connecting portions are located in this holding part, these contact sites are located in these terminal grooves, and these welding foots convexedly stretch in the bottom surface of this insulating body; One location-plate, this location-plate is provided with most through hole, 4th opening periphery inwall of the second opening periphery inwall and this back casing that these welding foots are arranged in this procapsid in these through holes is respectively equipped with a caulking groove, this location-plate is located between the second opening of this procapsid and the 4th opening of this back casing, these location-plate both sides are provided with two chimeric blocks, and this two chimeric blocks system is embedded in this two caulking groove; And a metal shell, this metal shell is coated on outside this insulating body.」
Separately have Taiwan to announce No. M381187 " electric connector " new patent case those disclosed herein, " it comprises: an insulating body, and this insulating body includes: one first cover plate, and this first cover plate one side is provided with most spaced first location notchs; One second cover plate, this second cover plate is covered on this first cover plate, and this second cover plate one side is provided with most spaced second location notchs; And a procapsid, this procapsid is positioned over one end of this second cover plate, and this procapsid has most first end pilot trench and most the second terminal grooves; One first end subgroup, this first end subgroup is fixedly arranged on this first cover plate, this first end subgroup has most the first terminals, each those the first terminal has a location division, a contact site extended to form by one end of this location division and a welding foot extended to form by the other end of this location division, the location division of those the first terminals is positioned over those the first location notchs, the contact site of those the first terminals is positioned over those first end pilot trench, and the welding foot of those the first terminals stretches out this first cover plate; One second terminal group, this second terminal group is fixedly arranged on this second cover plate, this second terminal group has most the second terminals, each those second terminal has a location division, a contact site extended to form by one end of this location division and a welding foot extended to form by the other end of this location division, the location division of those the second terminals is positioned over those the second location notchs, the contact site of those the second terminals is positioned over those the second terminal grooves, and the welding foot of those the second terminals stretches out this second cover plate; And a metal shell, this metal shell this insulating body coated.」
Though above-mentioned two cases have disclosed with the terminal of the coated majority bending of insulating body, and in insulating body arranged outside metal shell to form the connector construction of edge-on state, but its large portion component except composition insulating body is (front, back casing or first, two cover plates) outward, all another with an assembly (location-plate, procapsid) be arranged on an end of most terminal, cause the production and assembly of its entirety comparatively complicated, simultaneously, due to the design of the single shape of all terminals, therefore its be arranged in outside (top) terminal stage casing bending part length also with increase, cannot keep pressing close to the position of metal shell, affect the effect of overall high-frequency transmission.
Because the common electric connector being applied in multimedia signal transduction has above-mentioned shortcoming, inventor is the road for aforesaid drawbacks Improvement, finally has generation of the present utility model.
Utility model content
Main purpose of the present utility model is to provide a kind of side-stand type connector construction, be provided with an insulating body in metal shell inside, described insulating body is made up of one first side shell and one second side shell, a first end subgroup and one second terminal group and first and second side shell aforementioned is coated and fixed respectively, make its not only overall assembly less, and assembly program is also very simplified, effectively production cost can be reduced.
Another object of the present utility model is to provide a kind of side-stand type connector construction, first and second terminal group described is made up of most upper terminal and most lower terminal respectively, and make its upper terminal being arranged in outside (top) can keep being close to the position of metal shell as far as possible, use and promote overall high-frequency transmission effect.
For reaching above-mentioned purpose and effect, technological means practiced by the utility model comprises: an insulating body, insulating body is made up of one first side shell and one second side shell, described first, two side shells have fit first respectively, two composition surfaces, and two relative first, two lateral surfaces, this is first years old, one lateral edges of two side shells is respectively equipped with one first, two hyoplastrons, aforementioned first hyoplastron surface is provided with corresponding first composition surface respectively, the inner terminal groove of the first lateral surface, termination recess, separately be provided with a vertically extending reference column at the first hyoplastron side, and away from the first hyoplastron, the angle, one end of reference column is provided with a bevel, this second hyoplastron is provided with most termination recess on the surface close to the second lateral surface, and most termination recess is formed with the inner terminal groove on the first hyoplastron to be connected aforementioned second side shell and to be provided with a bevel and to correspond to the bevel of the first side shell on this second hyoplastron, one first end subgroup, first end subgroup is molded directly within aforementioned first side shell, described first end subgroup forms close to the first lower end subgroup of reference column away from the first upper end subgroup and of reference column by one, this is on first, lower terminal group is provided with contact site and weld part respectively at two ends, and be respectively equipped with kink in stage casing, aforementioned contact portion is sequentially adjacent to extend in the termination recess of the first side shell, these weld parts such as grade are sequentially adjacent to stretch out towards reference column direction, each kink of described first upper end subgroup establishes side by side with the mode vicinity outwards close to the bevel of aforementioned first side shell, the kink of this first lower end subgroup is then establish side by side with the inside vicinity of the mode close to reference column beeline, therefore a larger gap can be formed between the kink of aforementioned first upper end subgroup and the kink of the first lower end subgroup, one second terminal group, second terminal group is molded directly within aforementioned second side shell, this second terminal group forms close to the second lower end subgroup of reference column away from the second upper end subgroup and of reference column by one, this is on second, lower terminal group is provided with contact site and weld part at two ends respectively, and be respectively equipped with kink in stage casing, these contact sites such as grade are sequentially adjacent to extend in the inner terminal groove of the first side shell by the termination recess of the second side shell, aforementioned weld part is sequentially adjacent to stretch out towards reference column direction, the kink of described second upper end subgroup establishes side by side with the mode vicinity outwards close to the bevel of aforementioned second side shell, the kink of this second lower end subgroup is then establish side by side with the inside vicinity of the mode close to reference column beeline, therefore a larger gap can be formed between the kink of aforementioned second upper end subgroup and the kink of the second lower end subgroup, one metal shell, metal shell has the accommodation space of an accommodation aforementioned dielectric body, this accommodation space has the under shed that an open front and corresponding to the first hyoplastron corresponds to each weld part of first and second terminal group, the each contact site of first and second terminal group of aforementioned first hyoplastron two side is externally appeared by open front, and described metal shell is provided with at least one inserted sheet under shed side.
According to said structure, each weld part of first and second terminal group described is after protruding out to first and second side shell and be outer, then protrudes out towards the side close to first and second lateral surface.
According to said structure, described first composition surface is provided with plural number in conjunction with recess, aforementioned second composition surface is provided with most with in conjunction with recess corresponding in conjunction with protuberance, first and second composition surface described is utilized to fit, and to embed in conjunction with in recess respectively in conjunction with protuberance, first and second side hull shape aforementioned can be made to become to combine location.
According to said structure, described first lateral surface is provided with side location notch and rear location notch, aforementioned second lateral surface is provided with side location notch and rear location notch, and described metal shell two side is respectively equipped with first and second side support, the rear holding part that can embed each side location notch, rear location notch.
According to said structure, described metal shell is provided with one at the offside of inserted sheet and is resisted against upper holding part above insulating body.
Can obtain for making above-mentioned purpose of the present utility model, effect and feature and understand more specifically, be described as follows according to each accompanying drawing:
Accompanying drawing explanation
Fig. 1 is the structure decomposition map of the utility model first embodiment.
Fig. 2 is that schematic diagram is combined in the local that in the utility model first embodiment, first and second terminal group is combined with first and second side shell respectively.
Fig. 3 is the local combination schematic diagram that in the utility model first embodiment, first and second side shell be combined with each other.
Fig. 4 is the entire combination schematic diagram of the utility model first embodiment.
Fig. 5 is the structure decomposition map of the utility model second embodiment.
Fig. 6 is that schematic diagram is combined in the local that in the utility model second embodiment, first and second terminal group is combined with first and second side shell respectively.
Fig. 7 is the local combination schematic diagram that in the utility model second embodiment, first and second side shell be combined with each other.
Fig. 8 is the entire combination schematic diagram of the utility model second embodiment.
Embodiment
Refer to shown in Fig. 1 to Fig. 4, the structure of known the utility model first embodiment mainly comprises: the part such as insulating body A, first end subgroup 3, second terminal group 4 and metal shell 5, described insulating body A is made up of one first side shell 1 and one second side shell 2, this the first side shell 1 has two the first relative composition surfaces 12, first lateral surface 13, aforementioned first composition surface 12 is provided with majority in conjunction with recess 121, 122, aforementioned first lateral surface 13 is provided with side location notch 131 and a rear location notch 132, described first side shell 1 is provided with one first hyoplastron 11 in a lateral edges, this the first hyoplastron 11 surface is provided with corresponding first composition surface 12 respectively, the inner terminal groove 112 of the first lateral surface 13, termination recess 111, separately be provided with a vertically extending reference column 14 at the first hyoplastron 11 side, and aforementioned first side shell 1 is in away from the first hyoplastron 11, the angle, one end of reference column 14 is provided with a bevel 15.
Described second side shell 2 has two the second relative composition surface 22, second lateral surfaces 23, aforementioned second composition surface 22 is provided with most with in conjunction with recess 121,122 corresponding in conjunction with protuberance 221,222, aforementioned second lateral surface 23 is provided with side location notch 231 and a rear location notch 232, described second side shell 2 is provided with one second hyoplastron 21 at a lateral edges, this second hyoplastron 21 is provided with most termination recess 211 in the surface close to the second lateral surface 23, and aforementioned second side shell 2 is provided with the bevel 25 corresponding to bevel 15 in the side away from the second hyoplastron 21; When first and second side shell 1,2 described fits by the first composition surface 22, composition surface 12, second, and combine location to embed respectively in conjunction with protuberance 221,222 in conjunction with being formed in recess 121,122, foregoing majority termination recess 211 can be made to be formed with inner terminal groove 112 and to be connected.
Described first end subgroup 3 is molded directly within aforementioned first side shell 1, it comparatively combines close to the first lower end subgroup 32 of reference column 14 compared with the first upper end subgroup 31 and away from reference column 14 by one, on aforementioned first, lower end subgroup 31, 32 are provided with contact site 311 at two ends respectively, 321 and weld part 312, 322, and be respectively equipped with kink 313 in stage casing, 323, aforementioned contact portion 311, 321 is sequentially adjacently extend in termination recess 111, this weld part 312, 322 sequentially adjacent stretch out towards reference column 14 direction after, protrude out towards the side close to the first lateral surface 13 again, and kink 313 establishes side by side with the mode vicinity outwards close to aforementioned bevel 15, and aforementioned kink 323 establishes side by side with the inside vicinity of the mode close to reference column 14 beeline, therefore aforementioned kink 313, a larger gap can be formed between 323.
Described second terminal group 4 is molded directly within aforementioned second side shell 2, comparatively combine close to the second lower end subgroup 42 of reference column 14 compared with the second upper end subgroup 41 and away from reference column 14 by one, this is on second, lower end subgroup 41, 42 are provided with contact site 411 at two ends respectively, 421 and weld part 412, 422, and be respectively equipped with kink 413 in stage casing, 423, aforementioned contact portion 411, 421 is sequentially adjacently extend in inner terminal groove 112 by termination recess 211, this weld part 412, 422 be sequentially adjacent stretch out towards reference column 14 direction after, protrude out towards the side close to the second lateral surface 23 again, aforementioned kink 413 establishes side by side with the outside vicinity of the mode close to bevel 25, aforementioned kink 423 is then establish side by side with the inside vicinity of the mode close to reference column 14 beeline, therefore aforementioned kink 413, a larger gap can be formed between 423.
Described metal shell 5 inside is provided with the accommodation space 51 of an accommodation aforementioned dielectric body A, this accommodation space 51 has a correspondence in the open front 511 of the first hyoplastron 11 and a correspondence at each weld part 312, 322, 412, the under shed 512 of 422, make the contact site 311 of aforementioned first hyoplastron 11 2 side, 321, 411, 421 externally appear by open front 511, and described metal shell 5 can embed side location notch 131 being respectively equipped with close to open front 511 2 side, first side support 52 of rear location notch 132, rear holding part 521, and side location notch 231 can be embedded, second side support 53 of rear location notch 232, rear holding part 531, described metal shell 5 is provided with at least one inserted sheet 55 under shed 512 side, separately be provided with one at the opposite side of inserted sheet 55 and can be resisted against upper holding part 54 above insulating body A, described insulating body A is made to form location in metal shell 5.
When practical application, the through hole B1 inserting location for reference column 14 can be provided with on a circuit board B, and the welding hole B2 of seam is inserted for inserted sheet 55, separately be provided with the welding point B 3 with the seam of each weld part 312,322,412,422 on circuit board B2 surface, make its overall formation one meet the connector construction that SMT processes form.
Refer to shown in Fig. 5 to Fig. 8, the structure of known the utility model second embodiment mainly comprises: first end subgroup 6, second terminal group 7, and the insulating body A identical with aforementioned first embodiment, metal shell 5 etc. are partly, wherein said first end subgroup 6 is molded directly within aforementioned first side shell 1, it comparatively combines close to the first lower end subgroup 62 of reference column 14 compared with the first upper end subgroup 61 and away from reference column 14 by one, this is on first, lower end subgroup 61, 62 are provided with contact site 611 at two ends respectively, 621 and weld part 612, 622, and be respectively equipped with kink 613 in stage casing, 623, aforementioned contact portion 611, 621 is sequentially adjacently extend in termination recess 111, aforementioned weld part 612, 622 is stretch out towards reference column 14 direction, this kink 613 establishes side by side with the mode vicinity outwards close to aforementioned bevel 15, this kink 623 is then establish side by side with the inside vicinity of the mode close to reference column 14 beeline, therefore this kink 613, a larger gap can be formed between 623.
Described second terminal group 7 is molded directly within aforementioned second side shell 2, it comparatively combines close to the second lower end subgroup 72 of reference column 14 compared with the second upper end subgroup 71 and away from reference column 14 by one, this is on second, lower end subgroup 71, 72 are provided with contact site 711 at two ends respectively, 721 and weld part 712, 722, and be respectively equipped with kink 713 in stage casing, 723, aforementioned contact portion 711, 721 is sequentially adjacently extend in inner terminal groove 112 by termination recess 211, this weld part 712, 722 is stretch out towards reference column 14 direction, and kink 713 establishes side by side with the outside vicinity of the mode close to this bevel 25, aforementioned kink 723 is then establish side by side with the inside vicinity of the mode close to reference column 14 beeline, therefore aforementioned kink 713, a larger gap can be formed between 723.
All the other aforementioned dielectric bodies A is then identical with aforementioned first embodiment with the compound mode between metal shell 5, seldom repeats at this.
When practical application, the through hole C1 inserting location for reference column 14 can be provided with on a circuit board C, insert the welding hole C2 of seam for inserted sheet 55, and supply the welding hole C3 of each weld part 612,622,712,722 seam, make its overall formation one meet the connector construction that DIP processes form.
Comprehensive the above, side-stand type connector construction of the present utility model really can reach the effect reducing and take board area, promote frequency transfer characteristic, is an invention possessing novelty and progressive really, proposes the application of utility model patent in accordance with the law; The only content of above-mentioned explanation, is only preferred embodiment of the present utility model and illustrates, the change such as extended according to technological means of the present utility model and category, modification, change or equivalent replacement person, all should fall in patent claim of the present utility model.
Claims (5)
1. a side-stand type connector construction, it at least comprises:
One insulating body, insulating body is made up of one first side shell and one second side shell, described first, two side shells have fit first respectively, two composition surfaces, and two relative first, two lateral surfaces, described first, one lateral edges of two side shells is respectively equipped with one first, two hyoplastrons, this the first hyoplastron surface is provided with corresponding first composition surface respectively, the inner terminal groove of the first lateral surface, termination recess, separately be provided with a vertically extending reference column at the first hyoplastron side, and away from the first hyoplastron, the angle, one end of reference column is provided with a bevel, aforementioned second hyoplastron is provided with most termination recess on the surface close to the second lateral surface, and most termination recess is formed with the inner terminal groove on the first hyoplastron to be connected this second side shell and to be provided with the corresponding bevel at the first side shell of a bevel on this second hyoplastron,
One first end subgroup, first end subgroup is molded directly within aforementioned first side shell, described first end subgroup forms close to the first lower end subgroup of reference column away from the first upper end subgroup and of reference column by one, on aforementioned first, lower terminal group is provided with contact site and weld part at two ends respectively, and be respectively equipped with kink in stage casing, these contact sites are in the sequentially adjacent termination recess extending to the first side shell, and aforementioned weld part is sequentially adjacent to stretch out towards reference column direction, each kink of described first upper end subgroup establishes side by side with the mode vicinity outwards close to the bevel of aforementioned first side shell, the kink of aforementioned first lower end subgroup is then establish side by side with the inside vicinity of the mode close to reference column beeline, therefore a larger gap can be formed between the kink of described first upper end subgroup and the kink of the first lower end subgroup,
One second terminal group, second terminal group is molded directly within aforementioned second side shell, described second terminal group forms close to the second lower end subgroup of reference column away from the second upper end subgroup and of reference column by one, this is on second, lower terminal group is provided with contact site and weld part at two ends respectively, and be respectively equipped with kink in stage casing, these contact sites sequentially adjacently extend in the inner terminal groove of the first side shell by the termination recess of the second side shell, and aforementioned weld part is sequentially adjacent to stretch out towards reference column direction, the kink of described second upper end subgroup establishes side by side with the mode of the outside bevel close to this second side shell vicinity, the kink of aforementioned second lower end subgroup is then establish side by side with the inside vicinity of the mode close to reference column beeline, therefore a larger gap can be formed between the kink of aforementioned second upper end subgroup and the kink of the second lower end subgroup,
One metal shell, metal shell has the accommodation space of an accommodation aforementioned dielectric body, this accommodation space has a correspondence at the open front of the first hyoplastron and the correspondence under shed at each weld part of first and second terminal group, the each contact site of first and second terminal group of aforementioned first hyoplastron two side is externally appeared by open front, and described metal shell is provided with at least one inserted sheet under shed side.
2. side-stand type connector construction as claimed in claim 1, is characterized in that: each weld part of first and second terminal group described is after protruding out to first and second side shell and be outer, then protrudes out towards the side close to first and second lateral surface.
3. side-stand type connector construction as claimed in claim 1, it is characterized in that: described first composition surface is provided with majority in conjunction with recess, aforementioned second composition surface is provided with most with in conjunction with recess corresponding in conjunction with protuberance, first and second composition surface described is utilized to fit, and to embed in conjunction with in recess respectively in conjunction with protuberance, first and second side hull shape aforementioned can be made to become to combine location.
4. side-stand type connector construction as claimed in claim 1, it is characterized in that: described first lateral surface is provided with side location notch and rear location notch, this second lateral surface is provided with side location notch and rear location notch, and aforementioned metal shell two side is respectively equipped with first and second side support, the rear holding part that can embed each side location notch, rear location notch.
5. side-stand type connector construction as claimed in claim 1, is characterized in that: described metal shell is provided with one at the offside of inserted sheet and is resisted against upper holding part above insulating body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520275440.8U CN204706664U (en) | 2015-04-30 | 2015-04-30 | Side-stand type connector construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520275440.8U CN204706664U (en) | 2015-04-30 | 2015-04-30 | Side-stand type connector construction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204706664U true CN204706664U (en) | 2015-10-14 |
Family
ID=54286259
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520275440.8U Expired - Fee Related CN204706664U (en) | 2015-04-30 | 2015-04-30 | Side-stand type connector construction |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204706664U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108511936A (en) * | 2018-03-07 | 2018-09-07 | 东莞市海磁电子科技有限公司 | Side-stand type connector |
| CN108963667A (en) * | 2018-07-09 | 2018-12-07 | 肯上科技股份有限公司 | High frequency connectors ground structure |
| US20200059032A1 (en) * | 2018-08-17 | 2020-02-20 | Lotes Co., Ltd | Electrical connector |
-
2015
- 2015-04-30 CN CN201520275440.8U patent/CN204706664U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108511936A (en) * | 2018-03-07 | 2018-09-07 | 东莞市海磁电子科技有限公司 | Side-stand type connector |
| CN108963667A (en) * | 2018-07-09 | 2018-12-07 | 肯上科技股份有限公司 | High frequency connectors ground structure |
| CN108963667B (en) * | 2018-07-09 | 2020-07-24 | 肯上科技股份有限公司 | Grounding structure of high-frequency connector |
| US20200059032A1 (en) * | 2018-08-17 | 2020-02-20 | Lotes Co., Ltd | Electrical connector |
| US10749289B2 (en) * | 2018-08-17 | 2020-08-18 | Lotes Co., Ltd | Electrical connector with different length signal terminals having correction features for delayed skew |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151014 |