CN217562922U - Structure of circular high-low frequency mixed mounting plate - Google Patents
Structure of circular high-low frequency mixed mounting plate Download PDFInfo
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- CN217562922U CN217562922U CN202221389806.0U CN202221389806U CN217562922U CN 217562922 U CN217562922 U CN 217562922U CN 202221389806 U CN202221389806 U CN 202221389806U CN 217562922 U CN217562922 U CN 217562922U
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Abstract
The utility model discloses a structure of a circular high-low frequency mixed mounting plate, which comprises a plug mixed mounting plate structure and a socket mixed mounting plate structure; the plug mixed mounting plate structure comprises a contact pin mounting plate assembly and a plug coaxial element mounting plate assembly, wherein the contact pin mounting plate assembly comprises a contact pin upper mounting plate, a sealing gasket positioned on the contact pin upper mounting plate, and a contact pin lower mounting plate combined with a contact pin upper mounting plate boss, and a pin clamping claw is arranged in a step hole formed by the two mounting plates; the plug coaxial element mounting plates comprise two plug coaxial element mounting plates and sealing gaskets positioned on the plug coaxial element mounting plates, and the coaxial element clamping jaws are arranged in holes formed by the two plug coaxial element mounting plates; the pin mounting plate assembly is integrally arranged in the plug coaxial element mounting plate assembly, so that the high-frequency and low-frequency mixed mounting plate is fixed; the connection between the socket and the plug structure is realized through the butt joint of the corresponding high-low frequency contact pin and the corresponding jack; the utility model discloses a mixed dress of low frequency contact and coaxial contact in the mounting panel.
Description
Technical Field
The utility model relates to a connector technical field, concretely relates to circular high low frequency loads in mixture mounting plate structure, mainly used realizes loading in mixture of coaxial contact and low frequency contact.
Background
Based on the trend of miniaturization, light weight and function integration development of electronic equipment, in various electronic equipment and communication industries, systems such as control, communication, data often require to transmit coaxial signal and low-frequency signal simultaneously, and the traditional scheme adopts injection moulding's plastics base to carry out integration and loads in mixture, realizes the insulating distance of low frequency contact, needs to make injection mold, and small batch adds man-hour, and is with high costs, and difficult modification in addition, in case the integration scheme has some changes, former base mould is scrapped, needs redevelopment.
Disclosure of Invention
Problem to prior art existence, the utility model aims to provide a can dismantle, can assemble at will high and low frequency loads in mixture mounting panel structure, have that the part commonality is strong, the equipment is convenient nimble, and the modification is simple swift, and small batch adds man-hour characteristics such as with low costs.
In order to achieve the above purpose, the present invention adopts the following technical solution.
A structure of a circular high-low frequency mixed mounting plate comprises a plug mixed mounting plate structure and a socket mixed mounting plate structure;
the plug mixed mounting plate structure comprises a contact pin mounting plate component and a plug coaxial component mounting plate component, wherein the contact pin mounting plate component comprises a contact pin upper mounting plate 1, a contact pin sealing gasket 7 positioned on the contact pin upper mounting plate 1, a contact pin lower mounting plate 2-1 combined with a boss of the contact pin upper mounting plate 1 is positioned below the contact pin upper mounting plate 1, and a pin clamping claw 3-1 is arranged in a step hole formed by the contact pin upper mounting plate 1 and the contact pin lower mounting plate 2-1; the plug coaxial piece mounting plate component comprises a plug coaxial piece upper mounting plate 4, a coaxial piece sealing gasket 8 positioned on the plug coaxial piece upper mounting plate 4, a plug coaxial piece lower mounting plate 5-1 combined with the plug coaxial piece upper mounting plate 4 is positioned below the plug coaxial piece upper mounting plate 4, a plug positioning pin 10-1 is used for positioning between the two plug mounting plates, and a plug coaxial piece clamping jaw 6-1 is arranged in a hole formed by the plug coaxial piece upper mounting plate 4 and the plug coaxial piece lower mounting plate 5-1; the pin mounting plate assembly is integrally installed in the plug coaxial mounting plate assembly, the lower part of the pin mounting plate assembly is fixed by a plug piston ring 9-1, and the upper part of the pin mounting plate assembly is clamped in the plug coaxial upper mounting plate 4, so that the high-frequency and low-frequency mixed mounting plate is fixed;
the socket mixed mounting plate structure comprises a jack mounting plate assembly and a socket coaxial element mounting plate assembly, wherein the jack mounting plate assembly comprises a jack upper mounting plate 11, a jack lower mounting plate 2-2 combined with a boss of the jack upper mounting plate 11 is positioned below the jack upper mounting plate 11, and a hole clamping claw 3-2 is arranged in a step hole formed by the jack upper mounting plate 11 and the jack lower mounting plate 2-2; the socket coaxial member mounting plate component comprises a socket coaxial member upper mounting plate 12 and a socket coaxial member lower mounting plate 5-2 below the socket coaxial member upper mounting plate 12, the two socket mounting plates are positioned by a socket positioning pin 10-2, and a socket coaxial member clamping jaw 6-2 is arranged in a hole formed by the socket coaxial member upper mounting plate 12 and the socket coaxial member lower mounting plate 5-2; the jack mounting plate assembly is integrally installed in the socket coaxial part mounting plate assembly, the lower part of the jack mounting plate assembly is fixed by a socket piston ring 9-2, and the upper part of the jack mounting plate assembly is clamped in an upper mounting plate 12 of the socket coaxial part, so that the high-frequency and low-frequency mixed mounting plate is fixed;
the socket mixed mounting plate structure is connected with the plug mixed mounting plate structure through the butt joint of the corresponding high-low frequency contact pins and the corresponding jacks; the mixed assembly of the low-frequency contact element and the coaxial contact element is realized.
When the contact pin mounting plate assembly is installed in the plug coaxial member mounting plate assembly, a plug piston ring 9-1 is adopted to fix the positions of the contact pin upper mounting plate 1 and the plug coaxial member lower mounting plate 5-1 in order to prevent falling off; when the jack mounting plate component is installed in the socket coaxial component mounting plate component, the socket piston ring 9-2 is adopted to fix the positions of the jack upper mounting plate 11 and the socket coaxial component lower mounting plate 5-2 in order to prevent falling off.
The inner diameter phi B of the pin jaw 3-1 and the inner diameter phi B of the hole jaw 3-2 are respectively 0.4mm larger than the inner diameter phi A of the tail end hole of the pin lower mounting plate 2-1 and the inner diameter phi A of the tail end hole of the jack lower mounting plate 2-2; the inner diameter phi D of the plug coaxial piece clamping jaw 6-1 and the inner diameter phi D of the socket coaxial piece clamping jaw 6-2 are respectively 0.4mm larger than the inner diameter phi C of the tail end hole of the plug coaxial piece lower mounting plate 5-1 and the inner diameter phi C of the tail end hole of the socket coaxial piece lower mounting plate 5-2.
The pin jaw 3-1 and the hole jaw 3-2, the plug coaxial part jaw 6-1 and the socket coaxial part jaw 6-2, the plug positioning pin 10-1 and the socket positioning pin 10-2 are universal parts in a circular high-low frequency mixed mounting plate structure, and the standardization degree of parts is high.
The upper mounting plate 4 of the plug coaxial part, the lower mounting plate 5-1 of the plug coaxial part, the upper mounting plate 12 of the socket coaxial part and the lower mounting plate 5-2 of the socket coaxial part are made of metal.
Compared with the prior art, the utility model discloses possess following advantage:
1) The structure is novel, and the production cost is reduced and the production efficiency is improved during batch production.
2) The universality is strong, and the structure can be applied to any high-low frequency mixed connector.
3) The mixed mounting plate composed of the metal mounting plate and the plastic mounting plate has better reliability compared with the integral plastic mixed mounting plate, and has the advantages of convenient and flexible assembly, strong interchangeability, simple and quick modification and good small-batch processing economy.
4) The structure has the advantages of simple assembling process, good operability and strong universality.
Drawings
Fig. 1 is a structural view of the circular plug mixed mounting plate of the present invention.
Fig. 2 is a structural view of the circular socket mixed mounting plate of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings:
the utility model provides a structure of circular high low frequency thoughtlessly adorns mounting panel, includes plug thoughtlessly adorns mounting panel structure and socket thoughtlessly adorns mounting panel structure. As shown in fig. 1: the plug mixed mounting plate structure comprises a contact pin mounting plate component and a plug coaxial component mounting plate component, wherein the contact pin mounting plate component comprises a contact pin upper mounting plate 1, a contact pin sealing gasket 7 positioned on the contact pin upper mounting plate 1, a contact pin lower mounting plate 2-1 combined with a boss of the contact pin upper mounting plate 1 is positioned below the contact pin upper mounting plate 1, and a pin clamping claw 3-1 is arranged in a step hole formed by the contact pin upper mounting plate 1 and the contact pin lower mounting plate 2-1; the plug coaxial piece mounting plate component comprises a plug coaxial piece upper mounting plate 4, a coaxial piece sealing gasket 8 positioned on the plug coaxial piece upper mounting plate 4, a plug coaxial piece lower mounting plate 5-1 combined with the plug coaxial piece upper mounting plate 4 is positioned below the plug coaxial piece upper mounting plate 4, a plug positioning pin 10-1 is used for positioning between the two plug mounting plates, and a plug coaxial piece clamping jaw 6-1 is arranged in a hole formed by the plug coaxial piece upper mounting plate 4 and the plug coaxial piece lower mounting plate 5-1; the pin mounting plate component is integrally installed in the plug coaxial mounting plate component, the lower part of the pin mounting plate component is fixed by a plug piston ring 9-1, and the upper part of the pin mounting plate component is clamped in the plug coaxial upper mounting plate 4, so that the high-frequency and low-frequency mixed mounting plate is fixed.
The assembly of the plug mixed mounting plate structure comprises three steps: firstly, a pin clamping jaw 3-1 is installed in a pin upper installation plate 1, then a boss of the pin upper installation plate 1 is aligned with a corresponding hole of a pin lower installation plate 2-1 to fix the pin clamping jaw 3-1, then a boss of a sealing gasket 7 is aligned with a corresponding hole of the pin upper installation plate 1 to fix a pin sealing gasket 7, and the pin upper installation plate 1, the pin lower installation plate 2-1, the pin clamping jaw 3-1 and the pin sealing gasket 7 form a pin installation plate assembly; secondly, a plug coaxial piece clamping jaw 6-1 is installed in a plug coaxial upper mounting plate 4, a plug coaxial lower mounting plate 5-1 and the plug coaxial upper mounting plate 4 are fixedly connected through positioning of a plug positioning pin 10-1, then a boss of a coaxial piece sealing gasket 8 is aligned with a corresponding hole of the plug coaxial upper mounting plate 4, and fixation of the coaxial piece sealing gasket 8 is achieved, and the plug coaxial upper mounting plate 4, the plug coaxial lower mounting plate 5-1, the plug coaxial piece clamping jaw 6-1 and the coaxial piece sealing gasket 8 form a plug coaxial mounting plate assembly; and thirdly, the pin mounting plate assembly is installed into the coaxial member mounting plate assembly from the rear, and then the pin mounting plate assembly is fixed with the coaxial member mounting plate assembly by using the plug piston ring 9-1. The assembly of the plug mixed installation plate structure can be realized.
As shown in fig. 2: the socket mixed mounting plate structure comprises a jack mounting plate assembly and a socket coaxial element mounting plate assembly, wherein the jack mounting plate assembly comprises a jack upper mounting plate 11, a jack lower mounting plate 2-2 combined with a boss of the jack upper mounting plate 11 is positioned below the jack upper mounting plate 11, and a hole clamping claw 3-2 is arranged in a step hole formed by the jack upper mounting plate 11 and the jack lower mounting plate 2-2; the socket coaxial member mounting plate assembly comprises a socket coaxial member upper mounting plate 12 and a socket coaxial member lower mounting plate 5-2 below the socket coaxial member upper mounting plate 12, the two socket mounting plates are positioned by socket positioning pins 10-2, and socket coaxial member clamping jaws 6-2 are arranged in holes formed by the socket coaxial member upper mounting plate 12 and the socket coaxial member lower mounting plate 5-2; the jack mounting plate assembly is integrally installed in the socket coaxial element mounting plate assembly, the lower portion of the jack mounting plate assembly is fixed through the socket piston ring 9-2, and the upper portion of the jack mounting plate assembly is clamped into the socket coaxial element upper mounting plate 12, so that the high-frequency and low-frequency mixed mounting plate is fixed.
The assembly principle of the socket mixed mounting plate structure and the plug mixed mounting plate structure is the same as the assembly principle of the steps, and the steps are also three: firstly, kong Kazhao-2 is installed in an upper jack installation plate 11, and then a boss of the upper jack installation plate 11 is aligned with a corresponding hole of a lower jack installation plate 2-2, so that the hole clamping jaws 3-2 are fixed, and a jack installation plate assembly is formed; secondly, the jack catch 6-2 of the socket coaxial piece is arranged in the upper mounting plate 12 of the socket coaxial piece, and then the upper mounting plate 12 of the socket coaxial piece and the lower mounting plate 5-2 of the socket coaxial piece are positioned by the socket positioning pin 10-2 and assembled together to be fixed to form a socket coaxial mounting plate assembly; and thirdly, mounting the jack mounting plate assembly into the socket coaxial member mounting plate assembly from the rear, and fixing the jack mounting plate assembly with the socket coaxial member mounting plate assembly by using the socket piston ring 9-2. The assembly of the socket mixed installation plate structure can be realized.
As shown in fig. 1 and fig. 2, as a preferred embodiment of the present invention, when the pin mounting plate assembly is installed in the plug coaxial member mounting plate assembly, a plug piston ring 9-1 is used to fix the positions of the pin upper mounting plate 1 and the plug coaxial member lower mounting seat 5-1 for preventing the pin upper mounting plate assembly and the plug coaxial member lower mounting seat from falling off; when the jack mounting plate component is installed in the socket coaxial component mounting plate component, the socket piston ring 9-2 is adopted to fix the positions of the jack upper mounting plate 11 and the socket coaxial component lower mounting plate 5-2 in order to prevent falling off.
As shown in FIG. 1 and FIG. 2, as a preferred embodiment of the present invention, the inner diameter Φ B of the pin jaw 3-1 and the inner diameter Φ B of the hole jaw 3-2 are respectively at least 0.4mm larger than the inner diameter Φ A of the tail end hole of the pin lower mounting plate 2-1 and the inner diameter Φ A of the tail end hole of the jack lower mounting plate 2-2; the inner diameter phi D of the plug coaxial piece clamping jaw 6-1 and the inner diameter phi D of the socket coaxial piece clamping jaw 6-2 are respectively at least 0.4mm larger than the inner diameter phi C of the tail end hole of the plug coaxial piece lower mounting plate 5-1 and the inner diameter phi C of the tail end hole of the socket coaxial piece lower mounting plate 5-2.
As shown in fig. 1 and 2, as a preferred embodiment of the present invention, the pin jaw 3-1 and the hole jaw 3-2, the plug coaxial member jaw 6-1 and the socket coaxial member jaw 6-2, and the plug positioning pin 10-1 and the socket positioning pin 10-2 are common parts in the circular high and low frequency mixed mounting plate structure, and the degree of standardization of parts is high.
As shown in fig. 1 and 2, as a preferred embodiment of the present invention, the plug coaxial upper mounting plate 4, the plug coaxial lower mounting plate 5-1, the jack coaxial upper mounting plate 12, and the jack coaxial lower mounting plate 5-2 are made of metal.
Claims (5)
1. A structure of a circular high-low frequency mixed mounting plate comprises a plug mixed mounting plate structure and a socket mixed mounting plate structure;
the method is characterized in that: the plug mixed mounting plate structure comprises a contact pin mounting plate assembly and a plug coaxial element mounting plate assembly, wherein the contact pin mounting plate assembly comprises a contact pin upper mounting plate (1), a contact pin sealing gasket (7) positioned on the contact pin upper mounting plate (1), a contact pin lower mounting plate (2-1) combined with a boss of the contact pin upper mounting plate (1) is positioned below the contact pin upper mounting plate (1), and a pin clamping claw (3-1) is arranged in a step hole formed by the contact pin upper mounting plate (1) and the contact pin lower mounting plate (2-1); the plug coaxial piece mounting plate component comprises a plug coaxial piece upper mounting plate (4), a coaxial piece sealing gasket (8) positioned on the plug coaxial piece upper mounting plate (4), a plug coaxial piece lower mounting plate (5-1) combined with the plug coaxial piece upper mounting plate (4) is positioned below the plug coaxial piece upper mounting plate (4), the two plug mounting plates are positioned by a plug positioning pin (10-1), and a plug coaxial piece clamping jaw (6-1) is arranged in a hole formed by the plug coaxial piece upper mounting plate (4) and the plug coaxial piece lower mounting plate (5-1); the pin mounting plate assembly is integrally installed in the plug coaxial mounting plate assembly, the lower part of the pin mounting plate assembly is fixed by a plug piston ring (9-1), and the upper part of the pin mounting plate assembly is clamped in an upper mounting plate (4) of the plug coaxial piece, so that the high-frequency and low-frequency mixed mounting plate is fixed;
the socket mixed mounting plate structure comprises a jack mounting plate assembly and a socket coaxial element mounting plate assembly, wherein the jack mounting plate assembly comprises a jack upper mounting plate (11), a jack lower mounting plate (2-2) combined with a boss of the jack upper mounting plate (11) is positioned below the jack upper mounting plate (11), and a hole clamping claw (3-2) is arranged in a step hole formed by the jack upper mounting plate (11) and the jack lower mounting plate (2-2); the socket coaxial part mounting plate component comprises a socket coaxial part upper mounting plate (12) and a socket coaxial part lower mounting plate (5-2) below the socket coaxial part upper mounting plate (12), the two socket mounting plates are positioned by socket positioning pins (10-2), and socket coaxial part clamping jaws (6-2) are arranged in holes formed by the socket coaxial part upper mounting plate (12) and the socket coaxial part lower mounting plate (5-2); the jack mounting plate assembly is integrally installed in the socket coaxial piece mounting plate assembly, the lower part of the jack mounting plate assembly is fixed by a socket piston ring (9-2), and the upper part of the jack mounting plate assembly is clamped in an upper mounting plate (12) of the socket coaxial piece, so that the high-frequency and low-frequency mixed mounting plate is fixed;
the socket mixed mounting plate structure and the plug mixed mounting plate structure are connected through the butt joint of the corresponding high-low frequency contact pins and the corresponding jacks; the mixed assembly of the low-frequency contact element and the coaxial contact element is realized.
2. The structure of a circular high and low frequency mixed mounting plate as claimed in claim 1, wherein: when the contact pin mounting plate assembly is installed in the plug coaxial member mounting plate assembly, a plug piston ring (9-1) is adopted to fix the positions of an upper contact pin mounting plate (1) and a lower plug coaxial member mounting plate (5-1) in order to prevent falling off; when the jack mounting plate component is installed in the socket coaxial component mounting plate component, a socket piston ring (9-2) is adopted to fix the positions of the jack upper mounting plate (11) and the socket coaxial component lower mounting plate (5-2) in order to prevent falling.
3. The structure of the circular high and low frequency mixed mounting plate as claimed in claim 2, wherein: the inner diameter phi B of the pin clamping jaw (3-1) and the inner diameter phi B of the hole clamping jaw (3-2) are respectively 0.4mm larger than the inner diameter phi A of the tail end hole of the pin lower mounting plate (2-1) and the inner diameter phi A of the tail end hole of the jack lower mounting plate (2-2); the inner diameter phi D of the plug coaxial piece clamping jaw (6-1) and the inner diameter phi D of the socket coaxial piece clamping jaw (6-2) are respectively 0.4mm larger than the inner diameter phi C of the tail end hole of the plug coaxial piece lower mounting plate (5-1) and the inner diameter phi C of the tail end hole of the socket coaxial piece lower mounting plate (5-2).
4. The structure of a circular high and low frequency mixed mounting plate as claimed in claim 1, wherein: the pin clamping jaw (3-1), the hole clamping jaw (3-2), the plug coaxial piece clamping jaw (6-1), the socket coaxial piece clamping jaw (6-2), the plug positioning pin (10-1) and the socket positioning pin (10-2) are universal parts in a circular high-low frequency mixed mounting plate structure, and the part standardization degree is high.
5. The structure of a circular high and low frequency mixed mounting plate as claimed in claim 1, wherein: the plug coaxial member upper mounting plate (4), the plug coaxial member lower mounting plate (5-1), the socket coaxial member upper mounting plate (12) and the socket coaxial member lower mounting plate (5-2) are made of metal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221389806.0U CN217562922U (en) | 2022-06-06 | 2022-06-06 | Structure of circular high-low frequency mixed mounting plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221389806.0U CN217562922U (en) | 2022-06-06 | 2022-06-06 | Structure of circular high-low frequency mixed mounting plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217562922U true CN217562922U (en) | 2022-10-11 |
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ID=83500858
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202221389806.0U Active CN217562922U (en) | 2022-06-06 | 2022-06-06 | Structure of circular high-low frequency mixed mounting plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217562922U (en) |
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2022
- 2022-06-06 CN CN202221389806.0U patent/CN217562922U/en active Active
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