CN208189822U - Anneta module automatic assembling structure - Google Patents

Abstract

The utility model is a kind of Anneta module automatic assembling structure, it includes have a board unit and an antenna module, board unit includes a substrate, a shell and multiple first electrical connectors, shell is set on substrate, and its top surface is recessed with the access slot that is electrically connected, first electrical connector is stretched on this and is electrically connected on access slot, antenna module is separably downwardly against on substrate, it and include a signal interconnecting piece and multiple second electrical connectors, second electrical connector is set to the bottom surface of signal interconnecting piece, and it abuts each other and be electrically connected with multiple first electrical connector；Due to the second electrical connector only will downwardly against just capable of being electrically connected to each other with the first electrical connector, the assembling very simple of the utility model and can be assembled in an automated manner.

Description

Anneta module automatic assembling structure

Technical field

The utility model relates to a kind of port organizations of antenna module being installed on electronic device.

Background technique

In general, the antenna assembly being installed on electronic device be by be installed in printed circuit board (PCB, Printed Circuit Board) on peripheral component port (PCI Connector) interconnect, reach antenna assembly with Electrical connection between electronic device.

And the assemble method about the antenna assembly, it is first in a manner of oblique cutting, the interconnecting piece on antenna assembly is plugged Into in the peripheral component port being located on printed circuit board, antenna assembly is then being pressed downward flat pendulum just and is being posted by printing On circuit board, finally by the specific position that screw locks antenna assembly on the electronic device, antenna assembly is installed in completion In the processing flow on electronic device.

However, the mode of such installing antenna assembly of the prior art, since its processing flow is complex, such as need Each antenna assembly is maintained all oblique cutting and to ajust and could be effectively installed on printed circuit board at the same angle, therefore difficult With automation, in other words, processing flow above-mentioned must all be completed in a manner of man-made assembly, have it to lack in the efficiency of assembling Point exists.

Utility model content

In view of the shortcomings that the prior art and deficiency, the utility model provide a kind of Anneta module automatic assembling structure, Its structure by changing board unit and electrical connector corresponding on antenna module, keeps entire assembling flow path simplified and is able to Automation, to improve overall processing efficiency.

In order to achieve the above object, technological means used by the utility model is a kind of Anneta module automatic assembling structure, It includes have

One board unit, it includes:

One substrate；

One shell is set on the substrate, and the top surface of the shell is recessed with one and is electrically connected access slot, and the access slot that is electrically connected is with one Upper opening；

Multiple first electrical connectors, multiple first electrical connector are set to the access slot that is electrically connected of the shell at each interval Interior, and respectively in the opposite end of first electrical connector, wherein one end is connected with the substrate, and the other end is free end and upward It is stretched on the top surface of the access slot that is electrically connected；

One antenna module, separably downwardly against on the substrate, and the antenna module includes

One body part；

One signal interconnecting piece, is connected with the body part；

Multiple second electrical connectors, multiple second electrical connector are set to the bottom in the signal connector portion at each interval Face, and multiple second electrical connector separably the upper opening downward through the access slot that is electrically connected of the shell and supports downwards It is against multiple first electrical connector, and is electrically connected multiple second electrical connector with multiple first electrical connector；

One fixation kit is selectively fixed on the antenna module on the substrate.

Furthermore, Anneta module automatic assembling structure above-mentioned, wherein multiple first electrical connector arranges shape Be electrically connected and run at two first, which arranges, and in respectively this first be electrically connected and run in Multiple first electrical connector it is one parallel and compartment of terrain arranges each other, and this two first be electrically connected run in spaced direction with Respectively first direction that is alternatively arranged for being electrically connected multiple first electrical connector in running in is mutually perpendicular to.

Furthermore, Anneta module automatic assembling structure above-mentioned, wherein shell enterprising one of the board unit Step is formed with two through hole group, and the two through hole group is parallel to each other and is positioned apart from and is electrically connected in access slot in this of the shell, and respectively this is logical Hole group includes multiple through-holes, and multiple through-hole is parallel to each other and is positioned apart from, this two first is electrically connected to run in and corresponds respectively to The two through hole group, and respectively first multiple first electrical connector to run in that is electrically connected is respectively contained in corresponding multiple through-hole It is interior.

Furthermore, Anneta module automatic assembling structure above-mentioned, wherein the fixation kit includes two fixed spiral shells Bolt, two fixing bolt through the antenna module and are protruded on the substrate downwards by the opposite sides of the antenna module respectively, It is selectively fixed on the antenna module on the substrate.

Furthermore, Anneta module automatic assembling structure above-mentioned, wherein the antenna module further includes one Interconnecting piece joining rack is stretched on the wherein one side of the body part, and the signal interconnecting piece system is set to interconnecting piece combination The bottom surface of frame；Two bolt fixed parts, the two bolts fixed part are respectively arranged at the opposite sides of the interconnecting piece joining rack, and this two Fixing bolt is respectively by the two bolts fixed part downward through on the substrate.

Furthermore, Anneta module automatic assembling structure above-mentioned further includes at least one first fool proof Device is set to the top surface of the shell of the board unit；At least one second anti-misoperation device, is set to the antenna module The bottom surface of the body part, and the position of at least position of one second anti-misoperation device and quantity and at least one first anti-misoperation device It is corresponding with quantity, and separably at least one first anti-misoperation device is mutually tied with this downwards for at least one second anti-misoperation device system It closes.

Furthermore, Anneta module automatic assembling structure above-mentioned, wherein the antenna module further includes one Positioning bolt, the positioning bolt is by the top surface of the body part downward through to the bottom surface of the body part.

The utility model has the advantage of be recessed with one by the top surface of the shell in substrate and be electrically connected access slot, and substrate in batch All electrical connectors (the first electrical connector) on part to be electrically connected with antenna module are set to being electrically connected in access slot on substrate, And all electrical connectors (the second electrical connector) on antenna module to be electrically connected with board unit are set to signal interconnecting piece Bottom surface, when antenna module and board unit assemble whereby, it is only necessary to it is vertical to move down antenna module, multiple second Electrical connector can be downward through the upper opening of the access slot that is electrically connected of shell, and downwardly against in multiple first electrical connector.

In other words, the utility model by the first electrical connector being set on board unit and is set on antenna module The second electrical connector between contact azimuth design at can vertically plug installation, therefore the existing skill that the utility model is removed from In art, when installing antenna module must the complicated movement that pushes again etc. of first oblique cutting, and then enable the utility model herein one It is fully automated in step, achievees the purpose that improve packaging efficiency.

Detailed description of the invention

Fig. 1 is the stereo appearance figure of the utility model.

Fig. 2 is the component exploded view of the utility model.

Fig. 3 is the component exploded view at another visual angle of the utility model.

Fig. 4 is the top view of the utility model.

Fig. 5 is the partial enlarged bottom view of the utility model antenna module.

Fig. 6 is the enlarged plan view of the utility model board unit.

Fig. 7 is the enlarged sectional side view of the utility model.

Primary clustering symbol description:

10 board unit, 11 substrate

12 shell, 122 upper opening

14 first electrical connector, 20 antenna module

21 body part, 22 interconnecting piece joining rack

25 bolt fixed part, 26 second anti-misoperation device

30 fixing bolts

Specific embodiment

The preferred embodiment for cooperating schema and the utility model below, it is to reach to make a reservation in fact that the utility model, which is further described, The technological means taken with novel purpose.

Refering to Figure 1, the Anneta module automatic assembling structure of the utility model includes a board unit 10, one Antenna module 20 and a fixation kit 30.

As shown in Figs.1 and 2, board unit 10 include a substrate 11, it is a shell 12, two through hole group 13, multiple First electrical connector 14 and at least one first anti-misoperation device 15.

It please refers to shown in Fig. 2 and Fig. 4, shell 12 is set on substrate 11, and the top surface of shell 12 is recessed with an electrical connection Slot 121, the access slot 121 that is electrically connected further have a upper opening 122.

As shown in Figs.1 and 2, the two through hole group 13 is parallel to each other and is positioned apart from and is electrically connected in this of shell 12 In access slot 121, and respectively the sets of vias 13 includes multiple through-holes 131, and respectively multiple through-hole 131 in the sets of vias 13 is also It is parallel to each other and be positioned apart from, and the direction and multiple through-hole in the respectively sets of vias 13 that the two through hole group 13 is parallel to each other 131 directions parallel to each other are orthogonal.

It please refers to shown in Fig. 7, multiple first electrical connector 14 is set to the electrical connection of the shell 12 at each interval In slot 121, and respectively in the opposite end of first electrical connector 14, wherein one end is connected with substrate 11, and the other end is certainly It is stretched on the top surface of the access slot 121 that is electrically connected by end and upwards, in the present embodiment, respectively first electrical connector 14 is by being arranged in shell Body 12 achievees the purpose that be fixed on substrate 11, and but not limited to this, and the first electrical connector 14 can also be fixed by other means In on substrate 11.

It please refers to shown in Fig. 2 and Fig. 6, more precisely, in the present embodiment, multiple first electrical connector 14 arranges shape It is electrically connected at two first and runs in 16, this two first is electrically connected and runs in that 16 is parallel to each other and compartment of terrain arranges, and is located at same first and is electrically connected Multiple first electrical connector 14 to run in 16 is also parallel to each other and compartment of terrain arranges, and this two first be electrically connected and run in 16 between It hangs down mutually every the direction of arrangement with respectively first be electrically connected the run in direction that is alternatively arranged of multiple first electrical connector 14 in 16 Directly.

Furthermore, which corresponds respectively to the two through hole group 13, in other words, belongs to same First is electrically connected run in 16 multiple first electrical connector, 14 system be respectively contained in it is multiple in the corresponding sets of vias 13 In through-hole 131, and one end by the through-hole 131 to shell 12 the access slot 121 that is electrically connected top surface.

Furthermore, the arrangement mode of multiple first electrical connector 14 is also not limited, i.e., those first are electrically connected Fitting 14 is not necessarily presented with lining up the form that two ranked first electrical connection row 16, but can be arranged in other aspects, such as all The first electrical connector 14 be all arranged in a row.

In the present embodiment, the quantity of at least one first anti-misoperation device 15 is two, and two first anti-misoperation device 15 is Two shapes are different and spaced convex block, and two first anti-misoperation device 15 is set to the top of the shell 12 of board unit 10 Face, more precisely, in the present embodiment, which is set to the top surface of the access slot 121 that is electrically connected, but not with this It is limited, also may be disposed at other positions.

Shown in please refer to figs. 2 and 3, antenna module 20 is separably downwardly against on substrate 11, and the antenna module 20 include a body part 21, an interconnecting piece joining rack 22, a signal interconnecting piece 23, multiple second electrical connectors 24, two bolts Fixed part 25, at least one second anti-misoperation device 26 and a positioning bolt 27.

It please refers to shown in Fig. 2 and Fig. 7, in the present embodiment, interconnecting piece joining rack 22 is in one piece by the body part 21 Wherein one side horizontal projection is in outside the body part 21, and but not limited to this, and interconnecting piece joining rack 22 also can be by other means It is set on the body part 21, and also can be to be removable installed on the body part 21.

It please refers to shown in Fig. 3, Fig. 5 and Fig. 7, which is connected with body part 21, and in this present embodiment, Its bottom surface for being set to interconnecting piece joining rack 22, but not limited to this, which also may be disposed at body part 21 Other positions.

Shown in please refer to figs. 2 and 3, multiple second electrical connector 24 is set to signal interconnecting piece 23 at each interval Bottom surface, and multiple second electrical connector 24 makes separably downward through 121 upper opening 122 of access slot that is electrically connected of shell 12 It is able to downwardly against in multiple first electrical connector 14 in the access slot 121 that is electrically connected, and with multiple first electrical connector 14 It is electrically connected.

More precisely, first electrical connector 14 of the utility model and the position of the second electrical connector 24 and quantity are mutual It is corresponding, in other words, it ranked first electrical connection row 16, the present embodiment since multiple first electrical connector 14 is formed with two In, the arrangement mode of multiple second electrical connector 24 is also that two rows of formulas are arranged side by side；And one it has been observed that when the first electrical connector 14 Arrangement mode change when (such as the form for being changed to an entire row), then the arrangement mode of those the second electrical connectors 24 also can phase It should change.

As shown in Figs.1 and 2, which is respectively arranged at opposite the two of interconnecting piece joining rack 22 Side, more precisely, each bolt fixed part 25 further include a riser and a transverse slat, the top of the riser and the interconnecting piece Joining rack 22 is connected, and riser opposing connections joining rack 22 extends downwardly, and the bottom end of riser is connected with the transverse slat, and The transverse slat towards in contrast to multiple second electrical connector 24 direction extend, in other words, the interconnecting piece joining rack 22 and should The recessed structure in a center protrusion two sides is collectively formed in two bolt fixed parts 25, but its structure is not limited, and two bolt is solid Determining the spread geometry between portion 25 and the interconnecting piece joining rack 22 also can be other shapes.

In the present embodiment, the quantity of at least one second anti-misoperation device 26 is two, and two second anti-misoperation device 26 For the through-hole that two shapes are different and are intervally installed, and the quantity of two second anti-misoperation device 26 and position and this is two first anti- The quantity of slow-witted device 15 is corresponding with position, and two second anti-misoperation device 26 can down with two first anti-misoperation device 15 It combines.

The specific shape of multiple anti-misoperation device 15,26 can avoid user by antenna module 20 in a manner of wrong from top to bottom It is set on board unit 10.

The positioning bolt 27 downward through on the bottom surface of body part 21, and locks body part 21 by the top surface of body part 21 It is fixed on the electronic device of main frame etc..

Fixation kit 30 is selectively fixed on antenna module 20 on substrate 11, more precisely, should in the present embodiment Fixation kit 30 includes two fixing bolts 31, which runs through antenna by the opposite sides of antenna module 20 respectively Component 20, more precisely, two fixing bolt 31 is respectively by two transverse slat of the two bolts fixed part 25 downward through to base On plate 11, it is selectively fixed on antenna module 20 on substrate 11.

But the locking kenel of fixation kit 30 is not limited, and more precisely, can also pass through the locking other than bolt Antenna module 20 is locked on board unit 10 by mode, while the quantity of fixing bolt 31 also can be other quantity.

The following are the installation method of the utility model and its advantages.

Please refer to shown in Fig. 1, Fig. 2 and Fig. 3, when combine the utility model when, due to the utility model those first Electrical connector 14 is all set to the top surface for the access slot 121 that is electrically connected, and those corresponding second electrical connectors 24 are then all set to news The bottom surface of number interconnecting piece 23, therefore user only needs simply to put down the antenna module 20 by the top of board unit 10, and Ensure top of those first electrical connectors 14 in those the second electrical connectors 24, it is enable to generate just when contacting with each other True electrical connection is closed；It, only will be further by fixation kit 30 after antenna module 20 is placed in 10 top of board unit by user Two fixing bolt 31 and antenna module 20 positioning bolt 27 lock, just can complete the assembling of the utility model.

Utility model has the advantages that

First, the installation method of the utility model only contains two steps, i.e., by antenna module 20 by board unit 10 Top is installed in downwards the top of board unit 10, and the bolt 27,31 of those lockings is locked, therefore its assembling side Method is very easy and not easy to make mistakes, the highly beneficial design for automating assembling process；

Second, the first all electrical connectors 14 is set to the top surface of shell 12 by the utility model, and by all Two electrical connectors 24 are set to the bottom surface of signal interconnecting piece 23, therefore which further simplifies " by board unit 10 and antenna sets Part 20 combines " this step, more precisely, since self is corresponding for those electrical connectors 14,24, user is only needed By antenna module 20 by board unit 10 top it is vertical accommodate, quickly and accurately antenna module 20 effectively (can be electrically connected Connect) be installed in the top of board unit 10.

Third, multiple anti-misoperation device 15,26 can ensure that user or machine are placing antenna module 20 in board unit 10 Top when, can place with correctly aligning, if because antenna module 20 is placed in board unit 10 in a reverse direction On, then those anti-misoperation devices 15,26 just can not be bonded to each other, therefore also recognizable its installing direction out is wrong；

In conclusion the utility model is designed to antenna module 20 by by the integrated structure of those electrical connectors 14,24 As long as from top to bottom installing just can be set on board unit 10, therefore entire assembling process is all very succinct, in turn Be conducive to it by the automation of assembling process, to improve the efficiency in overall package.

The above is only the preferred embodiment of the utility model, is not done in any form to the utility model Limitation, although the utility model is disclosed above with preferred embodiment, is not intended to limit the utility model, any to be familiar with Professional and technical personnel, in the range of not departing from technical solutions of the utility model, when in the technology using the disclosure above Hold the equivalent embodiment made a little change or be modified to equivalent variations, but all without departing from technical solutions of the utility model Hold, technical spirit any simple modification, equivalent change and modification to the above embodiments of this practical utility model of foundation, It is still within the scope of the technical solutions of the present invention.

Claims (7)

1. a kind of Anneta module automatic assembling structure, which is characterized in that include

One board unit, it includes:

One substrate；

One shell is set on the substrate, and the top surface of the shell is recessed with one and is electrically connected access slot, and the access slot that is electrically connected is with a top Opening；

Multiple first electrical connectors, multiple first electrical connector be set to the shell at each interval this be electrically connected in access slot, And respectively in the opposite end of first electrical connector, wherein one end is connected with the substrate, and the other end is free end and dashes forward upwards Stretch in the top surface of the access slot that is electrically connected；

One antenna module, separably downwardly against on the substrate, and the antenna module includes

One body part；

One signal interconnecting piece, is connected with the body part；

Multiple second electrical connectors, multiple second electrical connector are set to the bottom surface of the signal interconnecting piece at each interval, and Multiple second electrical connector separably the upper opening downward through the access slot that is electrically connected of the shell and downwardly against in Multiple first electrical connector, and it is electrically connected multiple second electrical connector with multiple first electrical connector；

One fixation kit is selectively fixed on the antenna module on the substrate.

2. Anneta module automatic assembling structure as described in claim 1, which is characterized in that multiple first electrical connector row Column form two first and are electrically connected and run in, which arranges, and in respectively first electrical connection Also parallel and compartment of terrain arranges each other for multiple first electrical connector in row, and this two first is electrically connected spaced side of running in It is mutually perpendicular to respectively first direction that is alternatively arranged for being electrically connected multiple first electrical connector in running in.

3. Anneta module automatic assembling structure as claimed in claim 2, which is characterized in that on the shell of the board unit It is further formed with two through hole group, the two through hole group is parallel to each other and is positioned apart from and is electrically connected in access slot in this of the shell, respectively The sets of vias includes multiple through-holes, and multiple through-hole is parallel to each other and is positioned apart from, this two first be electrically connected run in it is right respectively Should in the two through hole group, and respectively this first be electrically connected multiple first electrical connector to run in be respectively contained in it is corresponding multiple In through-hole.

4. Anneta module automatic assembling structure as claimed any one in claims 1 to 3, which is characterized in that the fixation group Part includes two fixing bolts, and two fixing bolt is respectively by the opposite sides of the antenna module through the antenna module and downward It protrudes on the substrate, is selectively fixed on the antenna module on the substrate.

5. Anneta module automatic assembling structure as claimed in claim 4, which is characterized in that the antenna module further includes Have

One interconnecting piece joining rack is stretched on the wherein one side of the body part, and the signal interconnecting piece system is set to the connection The bottom surface of portion's joining rack；

Two bolt fixed parts, the two bolts fixed part are respectively arranged at the opposite sides of the interconnecting piece joining rack, and two fixation Bolt is respectively by the two bolts fixed part downward through on the substrate.

6. Anneta module automatic assembling structure as claimed any one in claims 1 to 3, which is characterized in that further packet Contain

At least one first anti-misoperation device, is set to the top surface of the shell of the board unit；

At least one second anti-misoperation device is set to the bottom surface of the body part of the antenna module, and at least one second fool proof The position of device and quantity and the position of at least one first anti-misoperation device are corresponding with quantity, and at least one second fool proof fills Set is that separably with this, at least one first anti-misoperation device is combined downwards.

7. Anneta module automatic assembling structure as claimed any one in claims 1 to 3, which is characterized in that the antenna sets Part further includes a positioning bolt, and the positioning bolt is by the top surface of the body part downward through to the bottom surface of the body part.