CN107516782A - Edge clipping attachment means - Google Patents
Edge clipping attachment means Download PDFInfo
- Publication number
- CN107516782A CN107516782A CN201610429816.5A CN201610429816A CN107516782A CN 107516782 A CN107516782 A CN 107516782A CN 201610429816 A CN201610429816 A CN 201610429816A CN 107516782 A CN107516782 A CN 107516782A
- Authority
- CN
- China
- Prior art keywords
- electronic card
- guiding face
- attachment means
- guiding
- fin
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
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Classifications
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/62—Means for facilitating engagement or disengagement of coupling parts or for holding them in engagement
- H01R13/629—Additional means for facilitating engagement or disengagement of coupling parts, e.g. aligning or guiding means, levers, gas pressure electrical locking indicators, manufacturing tolerances
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R12/00—Structural associations of a plurality of mutually-insulated electrical connecting elements, specially adapted for printed circuits, e.g. printed circuit boards [PCB], flat or ribbon cables, or like generally planar structures, e.g. terminal strips, terminal blocks; Coupling devices specially adapted for printed circuits, flat or ribbon cables, or like generally planar structures; Terminals specially adapted for contact with, or insertion into, printed circuits, flat or ribbon cables, or like generally planar structures
- H01R12/70—Coupling devices
- H01R12/71—Coupling devices for rigid printing circuits or like structures
- H01R12/72—Coupling devices for rigid printing circuits or like structures coupling with the edge of the rigid printed circuits or like structures
- H01R12/722—Coupling devices for rigid printing circuits or like structures coupling with the edge of the rigid printed circuits or like structures coupling devices mounted on the edge of the printed circuits
Landscapes
- Coupling Device And Connection With Printed Circuit (AREA)
Abstract
A kind of edge clipping attachment means, include a circuit board, a connector and a guide mechanism.The connector is arranged on the circuit board.The connector includes an insulating body and multiple terminals.The insulating body has a slot.The plurality of terminal is arranged in the insulating body, and wherein the slot may be such that an electronic card is plugged between a first position and a second place and is electrically connected with the plurality of terminal.The guide mechanism is adjacent to the slot, and the guide mechanism has a guide channel, and the electronic card is the guiding in response to the guide channel, and the precalculated position being plugged in the slot, the precalculated position are located between the first position and the second place.
Description
Technical field
The present invention relates to a kind of edge clipping attachment means.
Background technology
In a computer system, a connector is for the electronic card of grafting one, such as a driving recording.The connection
Device is mainly to input a signal into the other elements to electronic card or by the signal output of electronic card to computer system.Cause
This, what electronic card must consolidate is plugged on the connector, to cause computer system to be able to normal operation.Tradition
On, when the connector is applied in automobile-used driving recorder, the driving recorder is and other electronic installations one
Rise in the casing of a product, the driving recorder includes an electronic card with camera lens module, is inserted in electricity
The connector on the plate of road, after casing is regularly attached at the windshield of Chinese herbaceous peony, the camera lens of driving recorder
Should will be towards Chinese herbaceous peony.However, because windshield with different automobile types or changes money with vehicle and changed a little, make
The camera lens for obtaining driving recorder tilts, and in order to not influence other electronic installations, then must redesign connector
Insulation shell and most terminals, make connector favour circuit board, with response to required angle of inclination.It is this again
The method of design connector not only increases the cost of manufacture of manufacturer, can also delay product release the time-histories in market.
The content of the invention
According to above mentioned problem, the present invention accordingly proposes that a kind of edge clipping attachment means are above-mentioned to solve the problems, such as.
One embodiment of the invention provides a kind of edge clipping attachment means.A kind of edge clipping attachment means include a circuit board,
A connector and a guide mechanism.The connector is arranged on the circuit board.The connector includes an insulation originally
Body and multiple terminals.The insulating body has a slot.The plurality of terminal is arranged in the insulating body, its
In the slot may be such that an electronic card be plugged between a first position and a second place and with the plurality of terminal electricity
Property connection.For the guide mechanism adjacent to the slot, the guide mechanism has a guide channel, the electronic card be in response to
The guiding of the guide channel, and the precalculated position being plugged in the slot, the precalculated position are located at the first position
Between the second place.
According to this embodiment of the invention, the guide mechanism includes a pedestal and a framework.The pedestal is fixed on
The circuit board, the pedestal include a fin.The framework includes the guide channel, and the electronic card is fixed on the frame,
The wherein guide channel sticks into the fin to cause the framework to fix on the base.
According to this embodiment of the invention, the fin has one first predetermined slant, and when the guide channel, to stick into this convex
During rib, the framework has the precalculated position of one second predetermined slant to cause the electronic card to be plugged in the slot.
According to according to this embodiment of the invention, first predetermined slant is generally equal to second predetermined slant.
According to this embodiment of the invention, the pedestal also includes one first bolt hole, and the framework also includes one second
Bolt hole, the guide mechanism also include a bolt.The bolt is used for through first bolt hole and second bolt
Hole with by the framework bolt tightly on the pedestal.
According to this embodiment of the invention, the guide mechanism includes a shell.The guide channel is located at the interior of the shell
Portion, when the shell is fixed on the circuit board, the electronic card is accommodated in the inside of the shell, and the guide channel
The precalculated position that the electronic card can be plugged in the slot.
According to this embodiment of the invention, the guide channel comprises at least one first guidance part and one second guidance part.
According to this embodiment of the invention, first guidance part, which is configured to guide the electronics, snaps into the slot
The precalculated position, and second guidance part are configured to the pre-determined bit that is fixed on the electronic card in the slot
Put.
According to this embodiment of the invention, first guidance part includes one first guiding face and one second guiding face,
Second guidance part includes one the 3rd guiding face and one the 4th guiding face, and first guiding face is non-parallel to the 3rd
Guiding face, second guiding face be plugged on parallel to the 4th guiding face, when the electronic card in the slot this is pre-
When positioning is put, a top of the electronic card is accommodated in the storage between second guiding face and the 4th guiding face
Space.
According to this embodiment of the invention, first guidance part includes one first guiding face and one second guiding face,
Second guidance part includes one the 3rd guiding face and one the 4th guiding face, and first guiding face is non-parallel to the 3rd
Guiding face, second guiding face is non-parallel to the 4th guiding face, when the electronic card is plugged on being somebody's turn to do in the slot
During precalculated position, a top of the electronic card is accommodated in the receipts between second guiding face and the 4th guiding face
Receive space.
According to this embodiment of the invention, second guidance part is generally perpendicular to the circuit board, when the electronic card
During the precalculated position being plugged in the slot, a top of the electronic card be accommodated in second guidance part with this
An accommodation space between one guidance part.
According to this embodiment of the invention, the guide mechanism is integrally formed with the connector.
According to this embodiment of the invention, the guide mechanism includes a guiding fin.The guiding fin is arranged on this
One side wall of insulating body, the guide channel is formed between the guiding fin and the side wall.
According to this embodiment of the invention, the guiding fin is a concave character type fin.
According to this embodiment of the invention, the side wall is a lateral wall or a madial wall for the insulating body.
According to this embodiment of the invention, the guide mechanism includes one first fin and one second fin.This
One fin is arranged on a side wall of the insulating body.Second fin is arranged on the side wall of the insulating body；Its
In first fin there is one first guiding face, second fin has one second guiding face, first guiding face
Be substantially parallel to second guiding face, and the guide channel be located at first guiding face and second guiding face it
Between.
According to this embodiment of the invention, the side wall is a lateral wall or a madial wall for the insulating body.
According to this embodiment of the invention, the slot includes one first madial wall and one second madial wall.This
One madial wall has perpendicular to the one first directly oblique to surface and one first non-perpendicular to the circuit board of the circuit board
To surface.Second madial wall have perpendicular to the circuit board one second directly to surface with non-perpendicular to the circuit
One second angled surfaces of plate.
According to this embodiment of the invention, when the electronic card is plugged on the first position of the slot, the electronics
A first side and a second side for card respectively for this first directly to surface and this second directly to surface and work as
When the electronic card is plugged on the second place of the slot, a first side and the second side point of the electronic card
Not towards first angled surfaces and second angled surfaces.
According to this embodiment of the invention, the edge clipping attachment means also include a camera lens module, are arranged on the electronics
On card, the shell is also open comprising one, and the camera lens module in the electronic card can be with the opening pair on the shell
It is accurate.
According to this embodiment of the invention, the guide mechanism is coupled to the circuit board.
According to this embodiment of the invention, when the electronic card is plugged on the first position of the slot, the guiding
A first angle is differed between one guiding channel of groove and a vertical direction of the circuit board surface, and when the electricity
When subcard is plugged on the second place of the slot, another guiding channel and the circuit board surface of the guide channel
A second angle is differed between the vertical direction.
According to above-described embodiment, when the electronic card inserts the position of the connector or angle needs to be changed, system
Make business to avoid the need for redesigning the connector, as long as the design can that manufacturer changes the guide mechanism changes
The electronic card inserts position or the angle of the connector.It is therefore, of the invention except product can be accelerated to release time-histories,
Also reduce the manufacturing cost of connector.
Quite widely outline the technical characteristic and advantage of the application above, so that the application hereafter
Detailed description is able to clearer.The other technical characteristics and advantage for forming claims hereof will be described in
Hereafter.The application the technical staff in the technical field is it will be appreciated that can be comparatively easy using disclosed below
Concept and specific embodiment modify or design other structures or processing procedure and realize mesh same as the present application
's.The application the technical staff in the technical field should also be clear that this kind of equivalents can not depart from what is enclosed
The spirit and scope that claim is defined.
Brief description of the drawings
Fig. 1 is the diagrammatic cross-section of a connector of one embodiment of the invention.
Fig. 2 is the implementation that an electronic card of the invention is inserted in a connector with a first position and a second place
The diagrammatic cross-section of example.
Fig. 3 is a reality of the first position that an electronic card of the invention is inserted in a connector by a guide mechanism
Apply the diagrammatic cross-section of example.
Fig. 4 is a reality of the second place that an electronic card of the invention is inserted in a connector by a guide mechanism
Apply the diagrammatic cross-section of example.
Fig. 5 is the schematic diagram of an embodiment of a connector of the present invention.
Fig. 6 disassembles schematic diagram for an embodiment of a connector of the present invention and a pedestal of a guide mechanism.
Fig. 7 is that the pedestal of the present invention is fixed on the schematic diagram of the embodiment on a circuit board.
Fig. 8 is that a framework of the guide mechanism of the present invention and an embodiment of an electronic card disassemble schematic diagram.
Fig. 9 is the schematic diagram that an electronic card of the invention is fixed on the embodiment on a framework of a guide mechanism.
The embodiment that Figure 10 is an of the invention electronic card and a framework is installed on a pedestal disassembles signal
Figure.
Figure 11 is the schematic diagram of an embodiment of the first position that an electronic card of the invention is plugged on a connector.
The electronic card that Figure 12 is the present invention arrives a connector with the direction plant of about 15 degree of offset from perpendicular
The schematic diagram of one embodiment in one precalculated position.
Figure 13 disassembles schematic diagram for an embodiment of a connector and an electronic card of the invention.
The electronic card that Figure 14 is the present invention is previously inserted the embodiment schematic diagram after a connector.
Figure 15 is that the shell of the present invention is installed to tearing open for an embodiment of a connector for being previously inserted an electronic card
Solve schematic diagram.
Figure 16 is that the shell of the present invention is installed to showing for an embodiment of a connector for being previously inserted an electronic card
It is intended to.
Figure 17 is that one that the shell of the present invention is assembled into before being previously inserted a connector of an electronic card disassembles and cutd open
Face figure.
The shell that Figure 18 is the present invention is assembled into the section being previously inserted after a connector of an electronic card
Figure.
Figure 19 is the embodiment outside drawing that a shell is fixed on a circuit board.
The shell that Figure 20 is the present invention is assembled into another implementation being previously inserted after a connector of an electronic card
Example profile.
The shell that Figure 21 is the present invention is assembled into another implementation being previously inserted after a connector of an electronic card
Example profile.
Figure 22 is a connector of the present invention and an embodiment schematic diagram of a guide mechanism.
Figure 23 is the embodiment schematic diagram that the electronic card of the present invention is plugged on a first position of a connector.
Figure 24 is a connector of the present invention and an embodiment schematic diagram of a guide mechanism.
Figure 25 is the embodiment schematic diagram that the electronic card of the present invention is plugged on a second place of a connector.
Figure 26 is a connector of the present invention and another embodiment schematic diagram of a guide mechanism.
Reference
100th, 502,1302,2202,2402,2602 connector
102nd, 504,1306 circuit board
104th, 2210,2410 insulating body
108th, 1308 slot
110 first madial walls
112 second madial walls
114 bottom supporting surfaces
116th, 8044,1304,2302 electronic card
302 guide mechanisms
304th, 1510,2216,2420,2612 guide channel
602nd, 1212 pedestal
702nd, 704,706,1208 medial surface
708th, 710,712,1204 lateral surface
714th, 1202,2416,2,606 first fin
2418th, 2,608 second fin
716 first bolts hole
802nd, 1210 framework
1002 enlarged drawings
1022 surfaces
1062 upper terminals
1064 lower terminals
1102 first directly to surface
1104 first angled surfaces
1106 the 3rd angled surfaces
1108 the 4th angled surfaces
1122 second directly to surface
1124 second angled surfaces
5042nd, 5044,5046,6028,6030,6032,8030,8034,1216,1218,1518 spiral shell
Keyhole
1502nd, 2002,2102 shell
1504 first support sectors
1506 second support sectors
1508 incorporating sections
1512nd, 2004,2,104 first guidance part
1514th, 2006,2,106 first guidance part
1516 tops
1602 round openings
1604 camera lens modules
1702nd, 2008,2108,2422,2,614 first guiding face
1704th, 2010,2110,2424,2,616 second guiding face
2012nd, 2112 the 3rd guiding face
2014th, 2114 the 4th guiding face
2206 first guiding fins
2208 second guiding fins
2212nd, 2412,2610 the first side wall
2214th, 2414 second sidewall
2304th, 2502 fixed part
2618 madial walls
2620 front side walls
2622 rear walls
6022nd, 8,022 first sidepiece
6024 connecting portions
6026th, 8,026 second sidepiece
6034th, 6036,6038,1004,1214 bolt
8024 stationary planes
8028th, 1,206 first guide channel
8032 second guide channels
8036 first bolt columns
8038 second bolt columns
8042 camera lens modules
8046 first perforation
8048 second perforation
8050 first bolts
8052 second bolts.
Embodiment
In order that can thoroughly understand the present invention with those skilled in the art, will be proposed in following description detailed
Most step and structure.It is apparent that the present invention realization do not limit it is known in those skilled in the art special
Details.On the other hand, well-known structure or step are not described in details, to avoid causing the present invention
Unnecessary limitation.The preferred embodiments of the present invention will be described in detail it is as follows, but except it is described in detail in these
Outside, the present invention widely can also be implemented in other embodiments, and the scope of the present invention is not limited, its
It is defined by appended claims.
Fig. 1 is the diagrammatic cross-section of a connector 100 of one embodiment of the invention.Connector 100 sets/welded
On a circuit board 102.Connector 100 is an edge clipping attachment means.Connector 100 includes an insulating body
104 with multiple terminals 1062,1064.Insulating body 104 has a slot 108.Slot 108 is by one first
Madial wall 110, the second madial wall 112 and a bottom supporting surface 114 are formed.First madial wall 110 has
Perpendicular to circuit board 102 one first directly to surface 1102 and the one first oblique table non-perpendicular to circuit board 102
Face 1104.Second madial wall 112 have perpendicular to circuit board 102 one second directly to surface 1122 with it is non-perpendicular
In one second angled surfaces 1124 of circuit board 102.In the present embodiment, the first madial wall 110 is also comprising non-
Perpendicular to one the 3rd angled surfaces 1106 of circuit board 102 and one the 4th angled surfaces 1108.3rd angled surfaces
1106th, first directly to surface 1102, the first angled surfaces 1104 and the 4th angled surfaces 1108 sequentially from slotting
The opening of groove 108 extends to bottom supporting surface 114.Second angled surfaces 1124 and second are directly to surface 1122
Sequentially bottom supporting surface 114 is extended to from the opening of slot 108.In addition, bottom supporting surface 114 is generally flat
Row is arranged on the surface 1022 of circuit board 102 in a surface 1022 of circuit board 102, connector 100.
According to embodiments of the invention, first is directly directly oblique to surface 1122, first parallel to second to surface 1102
To surface 1104 parallel to the second angled surfaces 1124.First directly to surface 1102 in a first level height H1
It is connected with the first angled surfaces 1104, the second angled surfaces 1124 are straight in one second level height H2 and second
It is connected to surface 1122, and first level height H1 is different from the second level height H2.In the present embodiment,
First level height H1 is higher than the second level height H2.
Multiple terminals 1062,1064 include multiple upper terminals (such as 1062) and multiple lower terminals (such as 1064).
Upper terminal 1062 is arranged on the first madial wall 110 of slot 108, and upper terminal 1062 extends with an elastic arm
Enter slot 108 beyond the first madial wall 110 and form a contact site.In addition, lower terminal 1064 be arranged on it is slotting
Second madial wall 112 of groove 108, and there is lower terminal 1064 elastic arm to extend beyond the second madial wall 112
And enter slot 108 and form a contact site.According to embodiments of the invention, the contact site of upper terminal 1062 is in the
One level height H1 extends into the slot 108, and the contact site of lower terminal 1064 is in the second level height H2
Extend into the slot 108.The contact site of upper terminal 1062 can be respectively first with the contact site of lower terminal 1064
Level height H1 and the second level height H2 produces the extruding force of different directions towards the slot 108, when an electronics
When card insertion puts slot 108, the position between first level height H1 and the second level height H2 will shape
Into a pivot C.Therefore, the electronic card can be planted centered on pivot C with an appropriate angle or position
Into slot 108.
According to embodiments of the invention, the electronic card can be planted with unspecified angle in a predetermined angular range and arrived
In slot 108.For example, the predetermined angular range is 27 degree.When the electronic card is planted with a first position
During to slot 108, the electronic card is same as a vertical direction on the surface 1022 of circuit board 102, that is, this
The angle that one position correspondence arrives is 0 degree.When the electronic card is planted with a second place arrives slot 108, the electricity
Angle between the vertical direction on the surface 1022 of subcard and circuit board 102 is 27 degree, that is, the second
It is 27 degree to put the angle corresponded to.In other words, between the first position and the second place, the electronic card can
To be planted with any position into slot 108, and it is electrically connected with multiple terminals 1062,1064.
Fig. 2 is that an electronic card 116 of the invention is inserted in connector 100 with the first position and the second place
The diagrammatic cross-section of one embodiment.In the present embodiment, electronic card 116 is electric used in a drive recorder
Subcard.When electronic card 116 arrives being somebody's turn to do for slot 108 to be planted perpendicular to the direction on the surface 1022 of circuit board 102
During first position, the first side 1162 and a second side 1164 of the electronic card are respectively for first directly to table
Face 1102 and second is directly to surface 1122.When electronic card 116 is plugged on slot 108 with the direction for tilting 27 degree
The second place when, the first side 1162 and second side 1164 of electronic card 116 are oblique respectively for first
The angled surfaces 1124 of surface 1104 and second.
Fig. 3 is this first that electronic card 116 of the present invention is inserted in connector 100 by a guide mechanism 302
The diagrammatic cross-section for the embodiment put.According to the present embodiment, when electronic card 116 is to be inserted in connector 100
The first position when, guide mechanism 302 is set in advance in the appropriate location for being adjacent to slot 108.Guiding
Mechanism 302 can be formed in one with connector 100 or component disconnected from each other.Guide mechanism 302 can be fixed
In the place on circuit board 102, being also securable to beyond circuit board 102.Guide mechanism 302 includes a guiding
Groove 304.When guide mechanism 302 is arranged on the appropriate location, guide channel 304 can cause electronic card 116 to plant
In the first position of connector 100, at first position, a guiding channel of guide channel 304 is and circuit
First angle is differed between the vertical direction on the surface 1022 of plate 102.For example, the first angle is 0 degree,
Such as Fig. 3, a guiding channel of guide channel 304 is perpendicular to the surface 1022 of circuit board 102, and the guiding is led to
Road and the first position are generally in a straight line.When electronic card 116 is inserted along the guiding channel of guide channel 304
When entering the slot, electronic card 116 will necessarily be inserted in the first position of guide mechanism 302.Guide mechanism 302
In addition to electronic card 116 can be caused to be inserted in the first position of guide mechanism 302, guide mechanism 302
Guide channel 304 electronic card 116 can also be fixed on to the first position of guide mechanism 302.Implement one
In example, the first angle may be greater than 0 positive number or negative less than 0.
Fig. 4 is the second that electronic card 116 of the present invention is inserted in connector 100 by a guide mechanism 302
The diagrammatic cross-section for the embodiment put.According to the present embodiment, when electronic card 116 is to be inserted in connector 100
The second place when, guide mechanism 302 is set in advance in the appropriate location for being adjacent to slot 108.When leading
When drawing mechanism 302 and being arranged on the appropriate location, guide channel 304 can cause electronic card 116 to be inserted in connector 100
The second place, at the second place, another guiding channel of guide channel 304 is and the surface of circuit board 102
Second angle is differed between 1022 vertical direction.For example, the second angle is 27 degree, such as Fig. 4,
One guiding channel of guide channel 304 is to differ 27 degree between the vertical direction on the surface 1022 of circuit board 102,
And the guiding channel and the second place are generally in a straight line.Therefore, when electronic card 116 is along guide channel 304
Guiding channel when inserting the slot 108, electronic card 116 will necessarily be inserted in guide mechanism 302 this
Two positions.Guide mechanism 302 is except that can cause electronic card 116 to be inserted in the second of guide mechanism 302
Outside putting, electronic card 116 can also be fixed on guide mechanism 302 by the guide channel 304 of guide mechanism 302
The second place.In one embodiment, the second angle can be negative.
According to Fig. 3 and Fig. 4 explanation, when electronic card 116 is to be inserted in the first position of connector 100
During any precalculated position between the second place, guide mechanism 302 can be set in advance in and be adjacent to slot
108 appropriate location.The appropriate location can make it that the guiding channel of guide mechanism 302 and the precalculated position are big
It is in a straight line in cause.Therefore, when the guiding channel of electronic card 116 along guide channel 304 inserts the slot 108
When, electronic card 116 will necessarily be inserted in the precalculated position of connector 100.
Fig. 5 is the schematic diagram of an embodiment of a connector 502 of the present invention.Connector 502 is arranged at a circuit
On plate 504.The structure of connector 502 therefore does not repeat separately herein similar in appearance to Fig. 1 connector 100.Circuit board
Multiple bolts hole 5042,5044,5046 can be provided with 504.Multiple bolts hole 5042,5044,5046 pass through
Configure so that a guide mechanism (being not depicted in Fig. 5) is fixed on circuit board 504.In the present embodiment, the guiding
Mechanism can include a pedestal and a framework.The pedestal is fixed on circuit board 504.The pedestal includes a fin, the frame
Frame includes a guide channel, and the guide channel sticks into the fin to cause the framework to fix on the base, and makes
Obtain the precalculated position that an electronic card is inserted in connector 100.
Fig. 6 disassembles signal for an embodiment of connector 502 of the present invention and a pedestal 602 of the guide mechanism
Figure.Pedestal 602 includes one first sidepiece 6022, a connecting portion 6024 and one second sidepiece 6026.Connection
Portion 6024 is set to connect the first sidepiece 6022 and the second sidepiece 6026.First sidepiece 6022, connecting portion 6024
And second sidepiece 6026 there is a bolt hole respectively, i.e., 6028,6030,6032.When pedestal 602 is placed in
When on circuit board 504, the position of those bolts hole 6028,6030,6032 is generally overlapped in circuit board respectively
Bolt hole 5042,5044,5046 on 504.The guide mechanism also includes multiple bolts 6034,6036,6038.
When pedestal 602 is placed on circuit board 504, multiple bolts 6034,6036,6038 are used for being each passed through base
Seat 602 bolt hole 6028,6030,6032 and the bolt hole 5042,5044,5046 of circuit board 504 with
Pedestal 602 is fixed on circuit board 504, such as Fig. 7.
Fig. 7 is that the pedestal 602 of the present invention is fixed on the schematic diagram of the embodiment on circuit board 504.In this reality
Apply in example, the first sidepiece 6022, the sidepiece 6026 of connecting portion 6024 and second of pedestal 602 are generally formed
One concave character type.When pedestal 602 is fixed on circuit board 504, three medial surfaces 702 of the concave character type, 704,
706 face three lateral surfaces 708,710,712 of connector 502 respectively.It note that when pedestal 602 is fixed
When on circuit board 504, three medial surfaces 702,704,706 of the concave character type can respectively be contacted or do not connect
Touch three lateral surfaces 708,710,712 of connector 502.
In addition, the first sidepiece 6022 of pedestal 602 includes one first fin 714 and one first bolt hole 716.
First fin 714 and the first bolt hole 716 are arranged on a lateral surface of the first sidepiece 6022.The of pedestal 602
Two sidepieces 6026 also include one second fin and one second bolt hole, and second fin is set with second bolt hole
Put the lateral surface in the second sidepiece 6026.Because its structure is similar in appearance to the first fin 714 of the first sidepiece 6022
And first bolt hole 716, therefore for simplicity, second fin is not indicated in figure with second bolt hole
7.First fin 714, second fin, the first bolt hole 716 and second bolt hole are configured to one
Framework is fixed on pedestal 602.
Fig. 8 is a framework 802 of the guide mechanism and the disassembling for an embodiment of an electronic card 8044 of the present invention
Schematic diagram.Framework 802 includes one first sidepiece 8022, a stationary plane 8024 and one second sidepiece 8026.
First sidepiece 8022 includes one first guide channel 8028 and a bolt hole 8030.Second sidepiece 8026 includes one
Second guide channel 8032 and a bolt hole 8034.Stationary plane 8024 includes one first bolt column 8036 and one
Second bolt column 8038.The center of first bolt column 8036 and the second bolt column 8038 has one first respectively
Bolt hole and the second bolt hole.First bolt column 8036 and the second bolt column 8038 protrude from stationary plane
8024.In the present embodiment, electronic card 8044 is electronic card used in a drive recorder.Camera lens module 8042
It is fixed in electronic card 8044.There is one first perforation 8046 and one second perforation 8048 in electronic card 8044.
The position of first perforation 8046 and the second perforation 8048 corresponds to the first bolt column 8036 and the second bolt respectively
Post 8038.When electronic card 8044 is arranged on a predetermined altitude or the position of framework 802 along stationary plane 8024,
Electronic card 8044 can be drawn close to cause the first bolt column 8036 and the second bolt column toward the direction of stationary plane 8024
8038 are respectively aligned to the first perforation 8046 and the second perforation 8048., using one first bolt 8050 and
One second bolt 8052 is each passed through the first perforation 8046 and the second perforation 8048, carrys out bolt and enters the first bolt column
8036 first bolt hole and second bolt hole of the second bolt column 8038, by the bolt of electronic card 8044
Tightly and it is fixed on framework 802, such as Fig. 9.Fig. 9 is that electronic card 8044 of the present invention is fixed on the guide mechanism
The schematic diagram of an embodiment on framework 802.
After electronic card 8044 is fixed on framework 802, electronic card 8044 and the installation of the can of framework 802
On pedestal 602, such as Figure 10.Figure 10 is that electronic card 8044 of the present invention and framework 802 are installed to pedestal
An embodiment on 602 disassembles schematic diagram.For convenience of explanation, Figure 10 also show first on pedestal 602
The partial enlarged drawing 1002 of fin 714.In the present embodiment, electronic card 8044 is predetermined to be inserted with a vertical direction
Put in the first position of connector 502, the angle that wherein first position corresponds to is 0 degree.Therefore,
One lateral surface 7142 of one fin 714 is designed as a vertical plane (i.e. gradient is infinity), and the first guide channel
8028 medial surface 8029 is also designed as a vertical plane.The width of first fin 714 is approximately equal to first
The width of guide channel 8028, to allow the first guide channel 8028 just to stick into the first fin 714.Therefore,
When the first guide channel 8028 of framework 802 is arranged on the first fin 714 of pedestal 602, framework 802 is fixed on
On electronic card 8044 will be plugged on the first position of connector 502 in a perpendicular direction.Work as electronic card
8044 when being plugged on the first position of connector 502, can enter the spiral shell of framework 802 come bolt using a bolt 1004
The bolt hole 716 of keyhole 8030 and pedestal 602 with by electronic card 8044 be fixed on connector 502 this
One position, such as Figure 11.Figure 11 is the first position that electronic card 8044 of the present invention is plugged on connector 502
The schematic diagram of one embodiment.Note that the guide channel 8032 of the opposite side of framework 802 and bolt hole 8034 and
Second fin of the opposite side of pedestal 602 and second bolt hole are also by electronic card 8044 with identical side's principle
The first position of connector 502 is fixed on, therefore is not repeated separately herein.
In another embodiment, electronic card 8044 can be planted from the direction of about 20 degree of offset from perpendicular to even
Meet a precalculated position of device 502, such as Figure 12.Figure 12 is the electronic card 8044 of the present invention with offset from perpendicular
Plant the schematic diagram of the embodiment to a precalculated position of connector 502 in about 20 degree of direction.Foundation Figure 12,
It is one pre- to be plugged on connector 502 for the predetermined incline direction with about 20 degree of offset from perpendicular of electronic card 8044
Positioning is put.Therefore, a lateral surface 1204 of the first fin 1202 has a predetermined slant, and the first guide channel
1206 medial surface 1208 is also to have a predetermined slant.The predetermined slant of lateral surface 1204 is substantially first-class
In the predetermined slant of medial surface 1208.The width of first fin 1202 is approximately equal to the first guide channel 1206
Width, to allow the first guide channel 1206 just to stick into the first fin 1202.Therefore, when framework 1210
The first guide channel 1206 be arranged on pedestal 1212 the first fin 1202 when, be fixed on framework 1210
Electronic card 8044 will be plugged on the precalculated position of connector 502 with the direction of about 20 degree of offset from perpendicular.
In other words, when the first guide channel 1206 of framework 1210 is arranged on the first fin 1202 of pedestal 1212,
Framework 1210 also has the predetermined slant.When electronic card 8044 is plugged on the precalculated position of connector 502,
The bolt hole 1216 of framework 1210 and the bolt hole 1218 of pedestal 1212 can be entered come bolt using a bolt 1214
So that electronic card 8044 to be fixed on to the precalculated position of connector 502.It note that the opposite side of framework 1210
The fin of guide channel and bolt hole and the opposite side of pedestal 1212 and bolt hole are also by electronics with identical side's principle
Card 8044 is fixed on the precalculated position of connector 502, therefore does not repeat separately herein.
According to Fig. 7 to Figure 12 embodiment, can learn via pre-designed pedestal both sides fin it is outer
The gradient of the medial surface of the guide channel of side and framework both sides, the can of electronic card 8044 are plugged on connector 502
The first position and the second place between any one precalculated position.In other words, electronic card 8044 can be from
Any angle between 0 degree to 27 degree of offset from perpendicular plants any precalculated position to connector 502.
Figure 10 guide mechanism is made up of a pedestal and a framework, but this is not the limitation place of the present invention.
The guide mechanism of the present invention can also be made up of a shell, such as Figure 13 to Figure 16.Figure 13 is the company of the present invention
Connect an embodiment of device 1302 and electronic card 1304 disassembles schematic diagram.In the present embodiment, connector 1302
It is fixed on circuit board 1306.Electronic card 1304 is previously inserted in the slot 1308 of connector 1302.Electricity
Subcard 1304 is can be previously inserted from any appropriate angle in the slot 1308 of connector 1302.In this reality
Apply in example, electronic card 1304 is previously inserted in slot 1308 with vertical direction, such as Figure 14.Figure 14 is the present invention
Electronic card 1304 be previously inserted the embodiment schematic diagram after connector 1302.
After electronic card 1304 inserts slot 1308 of connector 1302, guide mechanism of the invention, that is,
One shell, it is possible on circuit board 1306, and one electronic card 1304 is directed in slot 1308
Precalculated position, such as Figure 15.Figure 15 is installed to for the shell 1502 of the present invention and is previously inserted electronic card 1304
One embodiment of connector 1302 disassembles schematic diagram.In order to facilitate narration, shell 1502 is shown as a section
Figure.Shell 1502 includes one first support sector 1504, one second support sector 1506 and an incorporating section 1508.
Incorporating section 1508 is between the first support sector 1504 and the second support sector 1506.Incorporating section 1508 is provided with
One guide channel 1510, it is configured to the precalculated position that electronic card 1304 is plugged on to slot 1308.Guiding
Groove 1510 is located at the inside of shell 1502.Guide channel 1510 is led comprising one first guidance part 1512 with one second
Draw portion 1514.First guidance part 1512 is configured to guide electronic card 1304 to the pre-determined bit in slot 1308
Put, and the second guidance part 1514 is configured to the pre-determined bit that is fixed on electronic card 1304 in slot 1308
Put.
In Figure 15 embodiment, guide channel 1510 is configured to electronic card 1304 being plugged on slot 1308
The second place, electronic card 1304 is also plugged on to the position of about 27 degree of offset from perpendicular.Therefore,
First guidance part 1512 is also designed as the gradient with about 27 degree of offset from perpendicular, and the second guidance part 1514
Then it is designed as a vertical plane.When shell 1502 is installed to circuit board 1306 with vertical direction, electronic card 1304
On a top 1516 can touch the first guidance part 1512 at first.When shell 1502 continue with vertical direction to
When lower mobile, the first guidance part 1512 will be pressed against top 1516 and move electronic card 1304 toward the second place.
When the first support sector 1504 of shell 1502 and the second support sector 1506 touch circuit board 1306, the
One guidance part 1512 just can direct into electronic card 1304 position of about 27 degree of offset from perpendicular.Meanwhile
Top 1516 in electronic card 1304 just touches the second guidance part 1514.In other words, when shell 1502
When being installed to circuit board 1306, the first guidance part 1512 and the second guidance part 1514 are just by electronic card 1304
It is fixed on the position of about 27 degree of offset from perpendicular, such as Figure 16.The shell 1502 that Figure 16 is the present invention is installed to
It is previously inserted the schematic diagram of an embodiment of the connector 1302 of electronic card 1304.In order to facilitate narration, shell
1502 are shown as a profile.According to embodiments of the invention, it is each passed through multiple bolts using multiple bolts
Shell 1502 is fixed on circuit board 1306 by hole (such as 1518).
On the other hand, a round opening 1602 is provided with the shell 1502 of the present embodiment.When electronic card 1304
When being plugged on the position of about 27 degree of offset from perpendicular, the camera lens module 1604 in electronic card 1304 just can
It is aligned with round opening 1602.In other words, round opening 1602 is also designed as with offset from perpendicular
About 27 degree of gradient.
The shell 1502 that Figure 17 is the present invention is assembled into before the connector 1302 for being previously inserted electronic card 1304
One disassemble profile.The shell 1502 that Figure 18 is the present invention is assembled into the connection for being previously inserted electronic card 1304
A profile after device 1302.It can learn that the first guidance part 1512 is divided into two from Figure 17 and Figure 18
Guiding face, the slope of first guiding face 1702 are less than the slope of the second guiding face 1704.When shell 1502 with
When vertical direction is assembled into circuit board 1306, the top 1516 in electronic card 1304 can touch first at first
Guiding face 1702.After shell 1502 continues to move down a certain distance with vertical direction, electronic card 1304
On top 1516 can just touch the second guiding face 1704.Finally, when the first support sector 1504 of shell 1502
And second support sector 1506 when touching circuit board 1306, the second guiding face 1704 can be just by electronic card 1304
Direct into the position of about 27 degree of offset from perpendicular.Meanwhile the top 1516 in electronic card 1304 is just touched
To the second guidance part 1514.In other words, when shell 1502 is assembled into circuit board 1306, electronic card 1304
On top 1516 be accommodated in an accommodation space between the second guiding face 1704 and the second guidance part 1514,
Such as Figure 18.
Figure 19 is the embodiment outside drawing that shell 1502 is fixed on circuit board 1306.Implementation according to the present invention
Example, when shell 1502 assembles upper circuit board 1306, electronic card 1304 will be incorporated in shell 1502,
And electronic card 1304 can be fixed on the position of about 27 degree of offset from perpendicular.In other words, when shell 1502 assembles
During upper circuit board 1306, the position of electronic card 1304 can not just be changed.
According to Figure 13 to Figure 19 embodiment, can learn via first in pre-designed shell 1502
The gradient of the guidance part 1514 of guidance part 1512 and second, the can of electronic card 1304 are plugged on connector 1302
The first position and the second place between any one precalculated position.In other words, electronic card 1304 can be from
Any angle between 0 degree to 27 degree of offset from perpendicular plants any precalculated position to connector 1302.
It is another after the connector 1302 for being previously inserted electronic card 1304 that Figure 20 is that the shell 2002 of the present invention is assembled into
One embodiment profile.The shell 2002 of this embodiment is configured to insert electronic card 1304 with a vertical direction
Put in the first position of connector 1302.Can learn the first guidance part 2004 and second lead from Figure 20
Draw portion 2006 and include two guiding faces respectively, that is, first guiding face, 2008, second guiding faces 2010,
3rd guiding face 2012 and the 4th guiding face 2014.Second guiding face 2010 is led parallel to the 4th
Draw face 2014, first guiding face 2008 is non-parallel to the 3rd guiding face 2012, and first guiding face 2008
A tapered guide groove can be formed between the 3rd guiding face 2012.The tapered guide groove is configured to electronic card 1304
Direct into the first position.In other words, the tapered guide groove is configured such that electronic card 1304 with a Vertical Square
To the first position for being plugged on connector 1302.After shell 2002 is assembled into circuit board 1306, electronic card
The storage that top 1516 on 1304 is accommodated between the second guiding face 2010 and the 4th guiding face 2014 is empty
Between.
The shell 2102 that Figure 21 is the present invention is assembled into after the connector 1302 for being previously inserted electronic card 1304
Another embodiment profile.The shell 2102 of this embodiment is configured to electronic card 1304 being plugged on deviation
The precalculated position that about 15 degree of vertical direction.Can learn the first guidance part 2104 and second lead from Figure 21
Draw portion 2106 and include two guiding faces respectively, that is, first guiding face, 2108, second guiding faces 2110,
3rd guiding face 2112 and the 4th guiding face 2114.Second guiding face 2110 is non-parallel to the 4th
Guiding face 2114, first guiding face 2108 is non-parallel to the 3rd guiding face 2112.In addition, first guiding
The slope in face 2108 is less than the slope of second guiding face 2110, and the 4th guiding face 2114 generally one
Vertical guiding face.When shell 2102 is assembled into circuit board 1306 with vertical direction, in electronic card 1304
Top 1516 can touch first guiding face 2108 at first.When shell 2102 continues with vertical direction to moving down
After dynamic a certain distance, the top 1516 in electronic card 1304 can just touch the second guiding face 2110.Finally,
When the first support sector 2116 of shell 2102 and the second support sector 2118 touch circuit board 1306, second
Guiding face 2110 just can direct into electronic card 1304 position of about 15 degree of offset from perpendicular.Meanwhile electricity
Top 1516 on subcard 1304 just touches the 4th guiding face 2114.In other words, when 2102 groups of shell
When being attached to circuit board 1306, the top 1516 in electronic card 1304 is accommodated in the second guiding face 2110 and
Accommodation space between four guiding faces 2114, such as Figure 21.
In addition, the guide mechanism of the present invention can also be integrally formed with connector, such as Figure 22.Figure 22 is the present invention
The guide mechanism of connector 2202 and one an embodiment schematic diagram.The guide mechanism of this embodiment is configured to
One electronic card is plugged on to the first position of connector 2202 with a vertical direction.Connector 2202 is led with this
Draw mechanism to be integrally formed.The guide mechanism includes one first guiding fin 2206 and 1 second and guides fin 2208.
First guiding fin 2206 is arranged on a first side wall 2212 of an insulating body 2210 of connector 2202.The
Two guiding fins 2208 are arranged on a second sidewall 2214 of connector 2202.To put it more simply, the present embodiment is only
Described for the 26S Proteasome Structure and Function of the first guiding fin 2206, the structure and work(of the second guiding fin 2208
Can be similar in appearance to the first guiding fin 2206, therefore do not repeat separately.First guiding fin 2206 is the fin of a concave character type.
A guide channel 2216 is formed between the fin and the first side wall 2212 of the concave character type.In order that an electronic card can be from
One vertical direction is plugged on the first position of connector 2202, and the madial wall of guide channel 2216 is also designed as
One vertical plane.Therefore, when the electronic card inserts connector 2202, guide channel 2216 will cause the electronics
Card is plugged on the first position of connector 2202, such as Figure 23.The electronic card 2302 that Figure 23 is the present invention is inserted
Put the embodiment schematic diagram in the first position of connector 2202.Electronic card 2302 is predetermined from vertical side
To the first position for being plugged on connector 2202.It can be learnt from Figure 23 when electronic card 2302 inserts connector
When 2202, the fixed part 2304 of the side of electronic card 2302 can also insert the guide channel of the first guiding fin 2206
In 2216.Because guide channel 2216 has a vertical guiding channel, therefore the can of electronic card 2302 is from hanging down
Straight direction is plugged on the first position of connector 2202.
Figure 24 is an embodiment schematic diagram of the guide mechanism of connector 2402 and one of the present invention.This embodiment
The guide mechanism is configured to an electronic card 2406 being plugged on connection with the direction of about 27 degree of offset from perpendicular
The second place of device 2202.Connector 2402 is integrally formed with the guide mechanism.The guide mechanism includes one
First group of guiding fin and one second group of guiding fin.First group of guiding fin is arranged on connector 2402
One the first side wall 2412 of one insulating body 2410.Second group of guiding fin is arranged on the one of connector 2402
Second sidewall 2414.To put it more simply, the present embodiment is subject to only for the 26S Proteasome Structure and Function of first group of guiding fin
Narration, the 26S Proteasome Structure and Function of the second guiding fin do not repeat separately similar in appearance to the first guiding fin.This
One group of guiding fin includes one first fin 2416 and one second fin 2418.First fin 2416, second
A guide channel 2420 is formed between fin 2418 and the first side wall 2412.First fin 2416 has one first
Guiding face 2422, the second fin 2418 have one second guiding face 2424, and the first guiding face 2422 is generally put down
Row is located at the first guiding face 2422 and the second guiding face 2424 in the second guiding face 2424, and guide channel 2420
Between.In order that electronic card 2406 can be plugged on connector 2202 from the direction of about 27 degree of offset from perpendicular
The second place, the first guiding face 2422 and the second guiding face 2424 be also designed as having deviate it is vertical
The gradient that about 27 degree of direction.In this way, when electronic card 2406 inserts connector 2402, guide channel 2420 is just
Electronic card 2406 can be caused to be plugged on the second place of connector 2402, such as Figure 25.Figure 25 is of the invention
Electronic card 2406 is plugged on an embodiment schematic diagram of the second place of connector 2402.When electronic card 2406
When inserting connector 2402, the fixed part 2502 of the side of electronic card 2406 can also insert the first fin 2416
The guide channel 2420 formed with the second fin 2418.Because guide channel 2420 has offset from perpendicular about 27
The gradient of degree, therefore the can of electronic card 2406 is plugged on connector from the direction of about 27 degree of offset from perpendicular
2402 second place.
According to Figure 22 to Figure 25 embodiment, it can learn and be led via the one of a pre-designed guide mechanism
The gradient of approaching channel, an electronic card can are plugged on appointing between the first position of a connector and the second place
What precalculated position.In other words, the electronic card can be from any between 0 degree to 27 degree of offset from perpendicular
Angle plants any precalculated position to the connector.A connector 2602 and one that Figure 26 is the present invention guides
Another embodiment schematic diagram of mechanism.The guide mechanism of this embodiment is configured to an electronic card is vertical to deviate
Nogata to about 20 degree angle plant to connector 2602 a precalculated position.For simplicity, Figure 26 is only
Show the partial enlarged drawing of the wherein side of connector 2602.
The guide mechanism includes one first fin 2606 and one second fin 2608.First fin 2606,
A guide channel 2612 is formed between two fins 2608 and the first side wall 2610.First fin 2606 has one the
One guiding face 2614, the second fin 2608 have one second guiding face 2616, and the first guiding face 2614 is generally
It is located at the first guiding face 2614 and the second guiding face 2616 parallel to the second guiding face 2616, and guide channel 2612
Between.In order that an electronic card can be plugged on connector 2602 from the direction of about 20 degree of offset from perpendicular
The precalculated position, the first guiding face 2614 and the second guiding face 2616, which are also designed as having, deviates Vertical Square
To about 20 degree of gradient.In this way, when the electronic card inserts connector 2602, guide channel 2612 will cause
The electronic card is plugged on the precalculated position of connector 2602.Because the mode of operation of the present embodiment is similar in appearance to Figure 25
Embodiment, therefore its detail characteristic does not repeat separately herein.
According to Figure 26 embodiment, the first fin 2606 and the second fin 2608 of the guide mechanism are arranged on
The lateral wall (i.e. 2610) of the side of connector 2602, right this are not intended as where the limitation of the present invention.According to phase
As principle, in one embodiment, the first fin 2606 and the second fin 2608 of the guide mechanism can also
It is arranged on the madial wall 2618 of the side of connector 2602.In addition, in another embodiment, the guide mechanism
First fin 2606 and the second fin 2608 can also be separately positioned on a front side wall 2620 of connector 2602
An and rear wall 2622.Also, in another embodiment, the guide channel is in the lateral wall or madial wall of connector
Formed in a manner of grooving.After lateral wall or madial wall form the guide channel in a manner of grooving, non-grooving
Part can be formed similar to above-mentioned first guiding fin 2206 structure or similar to above-mentioned first fin 2606 with
The structure of second fin 2608.Due to those embodiments mode of operation similar in appearance to Figure 22 or Figure 26 embodiment,
Therefore its detail characteristic does not repeat separately herein.
In summary, in order that the electronic card that must have a camera lens module (such as a drive recorder) can plant
In a precalculated position of a connector, or the circuit board is allowd to be plugged on the connector from a predetermined angular,
The present invention is provided with a guide mechanism to reach above-mentioned purpose.The guide mechanism can be disconnected from each other with the connector,
It can also be integrally formed with the connector.The guide mechanism has a guide channel, and the guide channel has one to make a reservation for tiltedly
Degree, the predetermined slant is to be engaged with the precalculated position.When the electronic card inserts the connector, this is led
The electronic card can be directed into the precalculated position by drawing the guide channel of mechanism.Therefore, when the electronic card inserts the company
Connect the position of device or when angle needs to be changed, manufacturer avoids the need for redesigning the connector, and manufacturer is only
The design can for changing the guide mechanism changes position or angle that the electronic card inserts the connector.Therefore,
The present invention also reduces the manufacturing cost of connector except product can be accelerated to release time-histories.
The technology contents and technical characterstic of the application are disclosed as above, but the skill in the application art
Art personnel are not it will be appreciated that departing from the application spirit and scope that present claims are defined, the religion of the application
Lead and can openly be carried out various replacements and modification.For example, many processing procedures disclosed above can use difference
Method implement or substituted with other processing procedures, or using above-mentioned two kinds of modes combination.
In addition, the interest field of this case be not limited to the processing procedure of particular embodiments disclosed above, board,
Manufacture, the composition of material, device, method or step.The application the technical staff in the technical field answers
Solution, based on the application teaching and disclosed processing procedure, board, manufacture, the composition of material, device, method or step
Suddenly, no matter now existing or develop in the future, it is disclosed as holding in substantially the same manner with this case embodiment
The substantially identical function of row, and reach substantially identical result, it is possible to use in the application.Therefore, this right
It is required that cover such processing procedure, board, manufacture, the composition of material, device, method or step.
Claims (22)
1. a kind of edge clipping attachment means, comprising：
One circuit board；
A connector, it is arranged on a circuit board, the connector includes：
One insulating body, there is a slot；And
Multiple terminals, it is arranged in the insulating body, wherein the slot enables to an electronic card to be plugged on one
It is electrically connected between one position and a second place and with the plurality of terminal；And
One guide mechanism, the slot is adjacent to, the guide mechanism has a guide channel, and the electronic card is in response to this
The guiding of guide channel, and the precalculated position being plugged in the slot, the precalculated position be located at the first position with
Between the second place.
2. edge clipping attachment means according to claim 1, the wherein guide mechanism include：
One pedestal, the circuit board is fixed on, the pedestal includes a fin；And
One framework, comprising the guide channel, the electronic card is fixed on the frame；
The wherein guide channel sticks into the fin to cause the framework to fix on the base.
3. edge clipping attachment means according to claim 2, the wherein fin have one first predetermined slant, when
When the guide channel sticks into the fin, the framework has one second predetermined slant to cause the electronic card is plugged on this to insert
The precalculated position in groove.
4. edge clipping attachment means according to claim 3, wherein first predetermined slant are generally equal to this
Second predetermined slant.
, should 5. edge clipping attachment means according to claim 2, the wherein pedestal also include one first bolt hole
Framework also includes one second bolt hole, and the guide mechanism also includes：
One bolt, be configured to pass through first bolt hole and second bolt hole with by the framework bolt tightly in the base
On seat.
6. edge clipping attachment means according to claim 1, the wherein guide mechanism include：
One shell, the guide channel are located at the inside of the shell, when the shell is fixed on the circuit board, the electricity
Subcard is accommodated in the inside of the shell, and the electronic card can be plugged on the pre-determined bit in the slot by the guide channel
Put.
7. edge clipping attachment means according to claim 6, the wherein guide channel comprise at least one first guidance part
With one second guidance part.
8. edge clipping attachment means according to claim 7, wherein first guidance part are configured to guide the electricity
Subcard is to the precalculated position in the slot, and second guidance part is configured to the electronic card being fixed on this
The precalculated position in slot.
9. edge clipping attachment means according to claim 7, wherein first guidance part include one first guiding face
With one second guiding face, second guidance part includes one the 3rd guiding face and one the 4th guiding face, first guiding
Face is non-parallel to the 3rd guiding face, and second guiding face is parallel to the 4th guiding face, when the electronic card is planted
During the precalculated position in the slot, a top of the electronic card is accommodated in second guiding face and led with the 4th
Draw the accommodation space between face.
10. edge clipping attachment means according to claim 7, wherein first guidance part include one first guiding
Face and one second guiding face, second guidance part include one the 3rd guiding face and one the 4th guiding face, and this first is led
Draw face non-parallel to the 3rd guiding face, second guiding face is non-parallel to the 4th guiding face, when the electronic card
During the precalculated position being plugged in the slot, a top of the electronic card be accommodated in second guiding face with this
An accommodation space between four guiding faces.
11. edge clipping attachment means according to claim 7, wherein second guidance part are generally perpendicular to this
Circuit board, when the electronic card is plugged on the precalculated position in the slot, a top of the electronic card is accommodated in
An accommodation space between second guidance part and first guidance part.
12. edge clipping attachment means according to claim 1, the wherein guide mechanism and the connector one into
Type.
13. edge clipping attachment means according to claim 1, the wherein guide mechanism include：
One guiding fin, is arranged on a side wall of the insulating body, being formed between the guiding fin and the side wall should
Guide channel.
14. edge clipping attachment means according to claim 13, wherein the guiding fin are a concave character type fin.
15. edge clipping attachment means according to claim 13, the wherein side wall are an outside of the insulating body
Wall or a madial wall.
16. edge clipping attachment means according to claim 1, the wherein guide mechanism include：
One first fin, it is arranged on a side wall of the insulating body；And
One second fin, it is arranged on the side wall of the insulating body；
Wherein first fin has one first guiding face, and second fin has one second guiding face, and this first
Guiding face is substantially parallel to second guiding face, and the guide channel is located at first guiding face and second led with this
Draw between face.
17. edge clipping attachment means according to claim 15, the wherein side wall are an outside of the insulating body
Wall or a madial wall.
18. edge clipping attachment means according to claim 1, the wherein slot include：
One first madial wall, have perpendicular to the circuit board one first directly to surface with non-perpendicular to the circuit board
One first angled surfaces；And
One second madial wall, have perpendicular to the circuit board one second directly to surface with non-perpendicular to the circuit board
One second angled surfaces.
19. edge clipping attachment means according to claim 18, wherein when the electronic card is plugged on being somebody's turn to do for the slot
During first position, a first side of the electronic card and a second side respectively for this first directly to surface with should
Second directly to surface, and when the electronic card is plugged on the second place of the slot, the one of the electronic card
One side and a second side are respectively for first angled surfaces and second angled surfaces.
20. edge clipping attachment means according to claim 6, wherein the edge clipping attachment means also include a camera lens
Module, it is arranged in the electronic card, for the shell also comprising an opening, the camera lens module in the electronic card can be with
Opening alignment on the shell.
21. edge clipping attachment means according to claim 1, the wherein guide mechanism are coupled to the circuit board.
22. edge clipping attachment means according to claim 1, wherein when the electronic card is plugged on being somebody's turn to do for the slot
During first position, a guiding channel of the guide channel is to differ one between a vertical direction of the circuit board surface
First angle, and when the electronic card is plugged on the second place of the slot, another guiding of the guide channel
Passage is that a second angle is differed between the vertical direction of the circuit board surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610429816.5A CN107516782B (en) | 2016-06-16 | 2016-06-16 | Card edge attachment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610429816.5A CN107516782B (en) | 2016-06-16 | 2016-06-16 | Card edge attachment device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107516782A true CN107516782A (en) | 2017-12-26 |
| CN107516782B CN107516782B (en) | 2019-08-09 |
Family
ID=60721129
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610429816.5A Active CN107516782B (en) | 2016-06-16 | 2016-06-16 | Card edge attachment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107516782B (en) |
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| CN110071384A (en) * | 2018-01-23 | 2019-07-30 | 莫列斯有限公司 | Bayonet connector |
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| CN109216977A (en) * | 2018-09-25 | 2019-01-15 | 青岛科技大学 | A kind of arrangements of electric connection of circuit board |
| CN109216977B (en) * | 2018-09-25 | 2020-07-03 | 青岛科技大学 | Electric connection device of circuit board |
| CN111106471A (en) * | 2018-10-26 | 2020-05-05 | 泰科电子(上海)有限公司 | Conductive Terminal and Connector Assemblies |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107516782B (en) | 2019-08-09 |
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