CN202749564U - Connector with assembled lingual plate - Google Patents
Connector with assembled lingual plate Download PDFInfo
- Publication number
- CN202749564U CN202749564U CN 201220304831 CN201220304831U CN202749564U CN 202749564 U CN202749564 U CN 202749564U CN 201220304831 CN201220304831 CN 201220304831 CN 201220304831 U CN201220304831 U CN 201220304831U CN 202749564 U CN202749564 U CN 202749564U
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- China
- Prior art keywords
- hyoplastron
- splicing ear
- counter
- assembling
- base frame
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- Expired - Fee Related
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Abstract
The utility model relates to a connector with an assembled lingual plate, comprising an insulating base, a plurality of first connection terminals and a plurality of second connection terminals, and a metal housing, wherein the insulating base is formed by combining a main base and a sub base; the front end of the main base is provided with a bearing lingual plate, and a holding space is concavely arranged on the bearing lingual plate; the front end of the sub base is provided with an assembled lingual plate which can be assembled in the holding space; the plurality of first connection terminals and the plurality of second connection terminals are respectively integrated with the main base and the sub base in an embedding shaping mode; and the insulating base can be holden in the metal housing. As two groups of connection terminals make the parts adjacent to the front ends be pre-embedded into the surface of the bearing lingual plate or the assembled lingual plate, and make the first connection terminals and the second connection terminals be separated from each other so as to form two groups of terminals of the connector together, thus avoiding each connection terminal being inclined or damaged so as to significantly improve the production yield rate and the assembling efficiency of the connector.
Description
Technical field
The utility model is relevant for a kind of connector with assembly type hyoplastron, be used for video interface, this connector has two groups of terminal group, and these two groups of terminal group are embedded at respectively in a carrying hyoplastron and the assembling hyoplastron in advance, see through again carrying hyoplastron and the mutual assembling of assembling hyoplastron, make these two groups of terminal group can mutually separate and jointly form two groups of terminals of this connector.
Background technology
Along with the progress of multimedia technology, people are seen through the high-quality acousto-optic of various digital equipment enjoyment and are offered to dinner.Display interface (DisplayPort) is (the Video E1ectronics Standards Association of VESA, abbreviation VESA) a kind of digital-code type video clip standard that promotes, it is the transport interface of computer monitor, because these display interfaces have authentication-exempt, exempt to authorize the advantages such as golden, and can support the function of plug and play, therefore the support and numerous and confused input that obtain many manufacturers are developed, and have become so far the advanced video interface of widely adopting at present.
See also shown in Figure 1, it is the exploded perspective view of a known display interface socket connector, this connector 1 comprises an insulating base frame 11, branched the first splicing ear 12, branched the second splicing ear 13 and a metal shell 14 assemble jointly, this insulating base frame 11 is assembled mutually by a main base frame 111 and a counter-base body 112, the front end of this main base frame 111 (the graphic lower left corner) is provided with a hyoplastron 111A, be concaved with a plurality of terminal groove 111B on the side of this hyoplastron 111A, this main base frame 111 can be embedded at wherein for each first splicing ear 12, and the front end that makes each first splicing ear 12 is exposed to the opposite side surface of this hyoplastron 111A, 112 of this counter-base bodies can be embedded at wherein for each second splicing ear 13, and make the front end of each second splicing ear 13 protrude from the front end of this counter-base body 112.When this counter-base body 112 is assembled to this main base frame 111, the front end of each second splicing ear 13 can be placed among each terminal groove 111B on this hyoplastron 111A surface, and then makes each first splicing ear 12 and each second splicing ear 13 can mutually separate and jointly form two groups of splicing ears 12,13 of this connector 1.
See also again shown in Figure 1, the front end of this metal shell 14 offers an interface 141, its rear end then offers an opening 142, this metal shell 14 can be placed in wherein for this insulating base frame 11, and can be plugged to this interface 141 for another connector (graphic demonstration), and then the position of contiguous its front end on each the first splicing ear 12 and each the second splicing ear 13 can be electrically connected mutually with this another connector, in addition, the rear end of each the first splicing ear 12 and each the second splicing ear 13 then can be exposed to outside this metal shell 14 by this opening 142, and then can be electrically connected mutually with a circuit board (graphic demonstration).
Generally speaking, this insulating base frame 11 is made by plastic material, each splicing ear 12,13 can combine with this main base frame 111 or counter-base body 112 respectively in the mode that embeds shaping (Insert Molding) or assembling is integral, but, when each second splicing ear 13 along with this counter-base body 112 is assembled to this main base frame 111, and when being assembled to each terminal groove 111B, if the shaping of each terminal groove 111B not good (for example: have burr), then may affect its assembling quality, cause each second splicing ear 13 to occur crooked, so, not only directly affect the mechanism characteristics of this connector 1, more can in the process of each the second splicing ear 13 transmitting high-frequency signal, the quality on its signal transmission produce many negative impacts.In recent years, flourish lower in the audio-visual communication industry, no matter the size of digital archives capacity or the demand of digital information flow are grown up all tremendously, better transmission quality and instantaneity become one of target of pursuing when industry is developed various electronic installation, quality requirements for various connectors is also more and more stricter, and hence one can see that, sees through traditionally the practice that each second splicing ear 13 is assembled to each terminal groove 111B, certainly will be improved, to promote the production yield of connector.
In sum as can be known, how to improve the assembling mode of known connector, to avoid the splicing ear generation in the process of assembling on it crooked, namely become the designer and desire most ardently the important topic of solution at this.
The utility model content
Because the assembling mode of traditional connector has aforesaid shortcoming, the assembling yield of connector and the quality of signal transmission have been affected widely, the designer is the experience of engaging in for many years related industry according to self, and after through many experiments and adjustment, finally set out a kind of connector with assembly type hyoplastron of the utility model, in the mutual assembling process of terminal and terminal groove, affect the assembling yield of connector and the problems such as quality of signal transmission in the hope of avoiding traditionally because the shaping of terminal groove is not good.
Satisfy the purpose of this utility model, namely provide a kind of connector with assembly type hyoplastron, to overcome defective saturating in the background technology.
Above-mentioned the purpose of this utility model is to be realized by following technical scheme:
The utility model provides a kind of connector with assembly type hyoplastron, comprise: an insulating base frame, mutually assembled by a main base frame and a counter-base body, the front end of this main base frame is provided with a carrying hyoplastron, be concaved with an accommodation space on one side of this carrying hyoplastron, the front end of this counter-base body is provided with an assembling hyoplastron, the configuration of this assembling hyoplastron and this accommodation space mate mutually, when this main base frame and this counter-base body mutually combine when being integral, this assembling hyoplastron can be assembled in this accommodation space, and jointly consists of a hyoplastron of this connector with this carrying hyoplastron; Branched the first splicing ear be combined into one to embed the mode and this main base frame that are shaped, and the position of contiguous its front end of each first splicing ear is embedded at a dorsad side surface of this accommodation space of this carrying hyoplastron; Branched the second splicing ear, be combined into one to embed the mode and this counter-base body that are shaped, and the position of contiguous its front end of each second splicing ear is embedded at a surface of this assembling hyoplastron, this surface be combine with this carrying hyoplastron on this assembling hyoplastron a side to side surface; An and metal shell, its front end offers an interface, its rear end then offers an opening, this metal-back physical efficiency is placed in wherein for this insulating base frame, and can be plugged to this interface for another connector, and then the position of contiguous its front end on each first splicing ear and each the second splicing ear can be electrically connected mutually with this another connector, the rear end of each first splicing ear and each the second splicing ear then can be exposed to outside this metal shell by this opening, and then can be electrically connected mutually with a circuit board.
Aforesaid connector, on this carrying hyoplastron corresponding to the position of the leading edge of this accommodation space, convex with at least one inlay card projection towards this accommodation space, the leading edge of this assembling hyoplastron then is concaved with at least one inlay card groove corresponding to the position of this inlay card projection, when this assembling hyoplastron was assembled in this accommodation space, this inlay card projection can be embedded in this inlay card groove.
Aforesaid connector, this main base frame also is provided with at least one location hole, this location hole is opened in a side of contiguous this accommodation space, this counter-base body then convexes with at least one positioning convex column, the position of this positioning convex column is corresponding to this location hole, and its configuration and this location hole mate mutually, when this main base frame and this counter-base body mutually combine when being integral, this positioning convex column can inlay card to this location hole.The setting position of location hole and positioning convex column is interchangeable also, for example:
This main base frame is provided with at least one positioning convex column, this positioning convex column is convexly equipped with the side at contiguous this accommodation space, this counter-base body then offers at least one location hole, the position of this location hole is corresponding to this positioning convex column, the configuration of this positioning convex column and this location hole mate mutually, when this main base frame and this counter-base body mutually combine when being integral, this positioning convex column can inlay card to this location hole.
Aforesaid connector, this counter-base body also are provided with one and cut out the material hole, and this cuts out the position in material hole corresponding to the center section part of this second splicing ear, and runs through up and down this counter-base body.
By above technical scheme, the utility model has the advantage of:
On hyoplastron, offer a plurality of terminal grooves with known connector, the mode that again terminal group is filled to each terminal groove is different, because two groups of splicing ears of the present utility model all see through the mode that is shaped that embeds, make the position of its adjacent front end be embedded at respectively in advance the surface of carrying hyoplastron and assembling hyoplastron, so, see through carrying hyoplastron and the mutual assembling of assembling hyoplastron, make each first splicing ear and each the second splicing ear can mutually separate and jointly form two groups of terminals of this connector, therefore, can effectively avoid traditionally when each splicing ear of assembling, because of terminal groove be shaped not good or assembling process in external force put on each splicing ear, cause each splicing ear that the situations such as crooked or damage occur, so can significantly promote the packaging efficiency and production yield of this connector.
For making goal of the invention of the present utility model, technological means and technique effect have more complete and clearly disclosing, hereby in lower detailed description, and see also accompanying drawing and element numbers.
Description of drawings
Fig. 1 is the exploded perspective view of known connector;
Fig. 2 is the exploded perspective view of the utility model preferred embodiment;
Fig. 3 is the schematic diagram after the insulating base frame of the utility model preferred embodiment is assembled; And
Fig. 4 another angle of serving as reasons is watched the schematic diagram of counter-base body and the second splicing ear.
The main element label declaration:
Connector 2
Carrying hyoplastron 211A
Assembling hyoplastron 212A
Cut out material hole 212C
Positioning convex column 212D
The first splicing ear 22
The second splicing ear 23
Embodiment
The utility model is a kind of connector with assembly type hyoplastron, see also Fig. 2 and shown in Figure 3, in preferred embodiment of the present utility model, this connector 2 comprises an insulating base frame 21, branched the first splicing ear 22, branched the second splicing ear 23 and a metal shell 24, wherein this insulating base frame 21 is assembled mutually by a main base frame 211 and a counter-base body 212, the front end of this main base frame 211 (graphic lower left) is provided with a carrying hyoplastron 211A, and the front end of this counter-base body 212 then is provided with an assembling hyoplastron 212A.Be concaved with an accommodation space 211B on the side of this carrying hyoplastron 211A, configuration and this accommodation space 211B of this assembling hyoplastron 212A mate mutually, when this main base frame 211 and this counter-base body 212 mutually combine when being integral, this assembling hyoplastron 212A can be assembled among this accommodation space 211B, and jointly consists of a hyoplastron 21A of this connector 2 with this carrying hyoplastron 211A.In this preferred embodiment, this carrying hyoplastron 211A goes up the position corresponding to the leading edge of this accommodation space 211B, convex with a plurality of inlay card projection 211C towards this accommodation space 211B, in addition, the leading edge of this assembling hyoplastron 212A then is concaved with a plurality of inlay card groove 212B corresponding to the position of each inlay card projection 211C, when this assembling hyoplastron 212A is assembled among this accommodation space 211B, each inlay card projection 211C can be embedded in respectively among each inlay card groove 212B, to make this assembling hyoplastron 212A can be located among this accommodation space 211B, and then make this carrying hyoplastron 211A and this assembling hyoplastron 212A can firmly be combined into this hyoplastron 21A, but, the utility model is not as limit, any those skilled in the art, under the prerequisite that does not break away from design of the present utility model and principle, can increase and decrease voluntarily the quantity of inlay card projection 211C and inlay card groove 212B, for example: on this carrying hyoplastron 211A, only design an inlay card projection 211C, and be arranged with a unique inlay card groove 212B in the leading edge of this assembling hyoplastron 212A corresponding to the position of this inlay card projection 211C, and borrow this inlay card projection 211C and inlay card groove 212B that this carrying hyoplastron 211A and this assembling hyoplastron 212A can firmly be combined into one; Moreover, see also Fig. 2 and shown in Figure 4, this main base frame 211 still is provided with at least one location hole 211D, this location hole 211D is opened in the side of contiguous this accommodation space 211B, 212 of this counter-base bodies convex with at least one positioning convex column 212D, the position of this positioning convex column 212D is corresponding to this location hole 211D, and its configuration and this location hole 211D mate mutually, when this main base frame 211 and this counter-base body 212 mutually combine when being integral, this positioning convex column 212D can inlay card to this location hole 211D, and can increase the stability that this main base frame 211 and this counter-base body 212 mutually combine.The above only is preferred embodiment of the present utility model; but; the utility model is not as limit; this carrying hyoplastron 211A and this assembling hyoplastron 212A still can see through other modes and firmly be assembled into one; for example: this location hole 211D is opened in this counter-base body 212; and the position corresponding to this location hole 211D arranges this positioning convex column 212D on this main base frame 211; also can reach impartial effect; any those skilled in the art; the equivalent variations of having done under the prerequisite that does not break away from design of the present utility model and principle and modification all should be included within this patent protection range.
See also again shown in Figure 2, each first splicing ear 22 is combined into one to embed the mode and this main base frame 211 that are shaped, and the position of each the first splicing ear 22 contiguous its front end is embedded at the dorsad side surface (drawing does not show) of this accommodation space 211B of this carrying hyoplastron 211A.Each second splicing ear 23 is combined into one to embed the mode and this counter-base body 212 that are shaped equally, and the position of contiguous its front ends of each second splicing ear 23 is embedded at the surface of this assembling hyoplastron 212A, this surface be this assembling hyoplastron 212A go up the side that combines with this carrying hyoplastron 211A to side surface.Generally speaking, when manufacturer produce each splicing ear 22,23 the time, strike out the branched splicing ear 22,23 with at least one binding strip 230 (as shown in Figure 4) mainly with a metal plate, in the common practice, this links strip 230 multidigits in each splicing ear 22,23 front end or rear end, when each splicing ear 22,23 see through to embed be shaped or the mode of assembling and this insulating base frame 21 mutually combine be integral after, just should link strip 230 and cut removal, and stay a plurality of splicing ears 22,23 that mutually combine and be integral with this insulating base frame 21.
Hold, see also shown in Figure 4, in this preferred embodiment, in the manufacture process of this connector 2 (as shown in Figure 2), each second splicing ear 23 is except this binding strip 230 of being located at its front end, still be provided with a plurality of middle crossovers 231 in its center section part, crossover 231 can make each second splicing ear 23 be joined into one in the middle of each, to promote the structural strength of each second splicing ear 23, and then can be in the process that manufacturer electroplates each second splicing ear 23, or each second splicing ear 23 is buried in the process of penetrating in this counter-base body 212 in the mode that embed to be shaped in manufacturer, avoid each second splicing ear 23 to occur crooked because penetrating pressure; Moreover, in this preferred embodiment, this counter-base body 212 still is provided with one and cuts out material hole 212C, this sanction material hole 212C is opened in the position corresponding to crossover 231 in the middle of each, and run through up and down this counter-base body 212 (please refer to Fig. 2 and shown in Figure 4), so, each second splicing ear 23 see through embed the mode that is shaped and this counter-base body 212 mutually combine be integral after, manufacturer can and take out crossover 231 in the middle of each by the hole 212C excision of this sanction material, can become mutual independent and a plurality of terminals of not being connected with each second splicing ear 23 of order.When manufacturer sees through aforementioned production procedure each second splicing ear 23 is embedded in this counter-base body 212, can effectively promotes it and produce yield.
See also again shown in Figure 2, the front end of this metal shell 24 offers an interface 241, its rear end then offers an opening 242, this metal shell 24 can be placed in wherein for this insulating base frame 21, and can be plugged to this interface 241 for another connector (graphic demonstration), and then the position of contiguous its front end on each the first splicing ear 22 and each the second splicing ear 23 can be electrically connected mutually with this another connector, the rear end of each the first splicing ear 22 and each the second splicing ear 23 then can be exposed to outside this metal shell 24 by this opening 242, and then can be electrically connected mutually with a circuit board (graphic demonstration).So, on hyoplastron, offer a plurality of terminal grooves with known connector, the mode that again terminal group is filled to each terminal groove is different, because the first splicing ear 22 of the present utility model and the second splicing ear 23 all see through the mode that is shaped that embeds, make the position of its adjacent front end be embedded at respectively in advance the surface of this carrying hyoplastron 211A and assembling hyoplastron 212A, so, see through the mutual assembling of this carrying hyoplastron 211A and this assembling hyoplastron 212A, make each first splicing ear 22 and each second splicing ear 23 can mutually separate and jointly form two groups of terminals of this connector 2, therefore, can effectively avoid traditionally when each splicing ear of assembling, because of terminal groove be shaped not good or assembling process in external force put on each splicing ear, and cause each splicing ear that the situations such as crooked or damage occur, so can significantly promote the packaging efficiency and production yield of this connector.
Above for only being the schematic part embodiment of the utility model; be not to limit scope of the present utility model; any those skilled in the art; the equivalent variations of having done under the prerequisite that does not break away from design of the present utility model and principle and modification all should be included within this patent protection range.
Claims (5)
1. the connector with assembly type hyoplastron is characterized in that, comprising:
One insulating base frame, mutually assembled by a main base frame and a counter-base body, the front end of this main base frame is provided with a carrying hyoplastron, be concaved with an accommodation space on one side of this carrying hyoplastron, the front end of this counter-base body is provided with an assembling hyoplastron, and the configuration of this assembling hyoplastron and this accommodation space mate mutually, in the position that this main base frame and this counter-base body mutually combine and be integral, this assembling hyoplastron can be assembled in this accommodation space, and jointly consists of a hyoplastron of this connector with this carrying hyoplastron;
Branched the first splicing ear be combined into one to embed the mode and this main base frame that are shaped, and the position of contiguous its front end of each first splicing ear is embedded at a dorsad side surface of this accommodation space of this carrying hyoplastron;
Branched the second splicing ear, be combined into one to embed the mode and this counter-base body that are shaped, and the position of contiguous its front end of each second splicing ear is embedded at a surface of this assembling hyoplastron, this surface be combine with this carrying hyoplastron on this assembling hyoplastron a side to side surface; And
One metal shell, its front end offers an interface, its rear end then offers an opening, this metal-back physical efficiency is placed in wherein for this insulating base frame, and can be plugged to this interface for another connector, and then the position of contiguous its front end on each first splicing ear and each the second splicing ear can be electrically connected mutually with this another connector, the rear end of each first splicing ear and each the second splicing ear then can be exposed to outside this metal shell by this opening, and then can be electrically connected mutually with a circuit board.
2. connector according to claim 1, it is characterized in that, on this carrying hyoplastron corresponding to the position of the leading edge of this accommodation space, convex with at least one inlay card projection towards this accommodation space, the leading edge of this assembling hyoplastron then is concaved with at least one inlay card groove corresponding to the position of this inlay card projection, be assembled to the position of this accommodation space at this assembling hyoplastron, this inlay card projection is embedded in this inlay card groove.
3. connector according to claim 2, it is characterized in that, this main base frame also is provided with at least one location hole, this location hole is opened in a side of contiguous this accommodation space, this counter-base body then convexes with at least one positioning convex column, and the position of this positioning convex column is corresponding to this location hole, and its configuration and this location hole mate mutually, in the position that this main base frame and this counter-base body mutually combine and be integral, this positioning convex column can inlay card to this location hole.
4. connector according to claim 2, it is characterized in that, this main base frame also is provided with at least one positioning convex column, this positioning convex column is convexly equipped with the side at contiguous this accommodation space, this counter-base body then offers at least one location hole, and the position of this location hole is corresponding to this positioning convex column, and the configuration of this positioning convex column and this location hole mate mutually, in the position that this main base frame and this counter-base body mutually combine and be integral, this positioning convex column can inlay card to this location hole.
5. according to claim 3 or 4 described connectors, it is characterized in that this counter-base body also is provided with one and cuts out the material hole, this cuts out the position in material hole corresponding to the center section part of this second splicing ear, and runs through up and down this counter-base body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220304831 CN202749564U (en) | 2012-06-27 | 2012-06-27 | Connector with assembled lingual plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220304831 CN202749564U (en) | 2012-06-27 | 2012-06-27 | Connector with assembled lingual plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202749564U true CN202749564U (en) | 2013-02-20 |
Family
ID=47708921
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220304831 Expired - Fee Related CN202749564U (en) | 2012-06-27 | 2012-06-27 | Connector with assembled lingual plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202749564U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105186221A (en) * | 2014-05-30 | 2015-12-23 | 上海莫仕连接器有限公司 | Electric connector |
-
2012
- 2012-06-27 CN CN 201220304831 patent/CN202749564U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105186221A (en) * | 2014-05-30 | 2015-12-23 | 上海莫仕连接器有限公司 | Electric connector |
| CN105186221B (en) * | 2014-05-30 | 2017-06-16 | 上海莫仕连接器有限公司 | Electric connector |
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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 |
Granted publication date: 20130220 Termination date: 20150627 |
|
| EXPY | Termination of patent right or utility model |