CN209233034U - The combination of electric connector shell block, electric connector and electronic device - Google Patents
The combination of electric connector shell block, electric connector and electronic device Download PDFInfo
- Publication number
- CN209233034U CN209233034U CN201821907782.7U CN201821907782U CN209233034U CN 209233034 U CN209233034 U CN 209233034U CN 201821907782 U CN201821907782 U CN 201821907782U CN 209233034 U CN209233034 U CN 209233034U
- Authority
- CN
- China
- Prior art keywords
- connector shell
- slot
- electric connector
- lateral wall
- window
- 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.)
- Active
Links
Abstract
The utility model provides a kind of combination of electric connector shell block, electric connector and electronic device, the electric connector shell block combines, a connector shell, a radiator structure and a spring secures rail to sleeper, the connector shell forms a slot and has a lateral wall, the lateral wall has a window, which is connected to the slot.The radiator structure is set on the lateral wall and includes a heat pipe, which is set on the outside of the lateral wall and the corresponding window has an endotherm section, which is parallel to the lateral wall and extends and enter the slot via the window portion.The spring secures rail to sleeper is attached to the connector shell so that the radiator structure elasticity to be folded between the fastener and the lateral wall, which can be mobile relative to the window.The utility model provides a kind of electric connector shell block combination, has radiator structure, the heat pipe of the radiator structure can protrude into connector case body, with improving heat radiation efficiency.
Description
Technical field
The utility model is about a kind of electric connector, espespecially a kind of electric connector with radiator structure.
Background technique
Electric connector is widely used in electric power or the environmental demand of signal connection, such as electronic host equipment and outside
Device connection.As electric connector bears being substantially improved for transmission speed, the heat of generation is also significantly increased.Connect in plug, socket
It connects in the application that device combines, generally the fixed radiator fin directly on the shell of socket, in order to radiate.However, when plug with
Socket is connected and is operated in operational process, and pyrotoxin is generally concentrated at plug inside, if plug inside accumulated heat is excessively high, will lead to slotting
Head failure, therefore, heat caused by plug inside need to first be transferred to the shell of socket, and the beginning can dissipate via radiating fin.Also, inserting
To pyrotoxin, the efficiency that the heat that pyrotoxin generates is transferred to the shell of socket may be bad for the general non-direct contact of shell of seat.
Therefore, only the mode of fixed radiator fin is limited to the heat dissipation effect of connector on the shell of socket.
Utility model content
In view of the problems in prior art, the utility model provides a kind of electric connector shell block combination, has heat dissipation knot
The heat pipe of structure, the radiator structure can protrude into connector case body, with improving heat radiation efficiency.
Electric connector shell block combination according to the present utility model includes a connector shell, a radiator structure and an elastic buckles
Part.The connector shell forms the first slot and has a lateral wall, which has a first window, first window connection
First slot.The radiator structure is set on the lateral wall and includes a heat pipe, which is set on the outside of the lateral wall
And corresponding first window has the first endotherm section, which is parallel to the lateral wall and extends and via first window part
Ground enters the first slot.The spring secures rail to sleeper is attached to the connector shell so that the radiator structure elasticity to be folded in the fastener and be somebody's turn to do
Between lateral wall, the first endotherm section can be mobile relative to first window.Whereby, when there is a plug mould group to be inserted into the first slot,
First endotherm section can directly contact the plug mould group relative to the mobile ground that is pressurized of the lateral wall by the elasticity of the spring secures rail to sleeper,
And then improving heat radiation efficiency.
In one embodiment, the part that the first endotherm section enters the first slot has a contact plane.
In one embodiment, radiator structure includes a radiating piece, the radiating piece and heat pipe thermal coupling.
In one embodiment, radiating piece includes a pedestal and multiple fins from pedestal extension, the pedestal and heat pipe
Thermal coupling, the pedestal have one first groove, and the first endotherm section is placed in the first groove.
In one embodiment, spring secures rail to sleeper passes through multiple fins.
In one embodiment, connector shell forms one second slot, and lateral wall has one second window, and the second window connects
Logical second slot, heat pipe have one second endotherm section and a linkage section, and linkage section connects the first endotherm section and the second endotherm section,
Corresponding second window of second endotherm section is arranged and is parallel to lateral wall and extends and enter the second slot via the second window portion.
In one embodiment, radiator structure includes a radiating piece, which includes a pedestal and extend from the pedestal
Multiple fins, radiating piece have one second groove via pedestal and heat pipe thermal coupling, pedestal, and the second endotherm section is placed in second
In groove.
The another object of the utility model is to provide a kind of electric connector, with such as aforementioned being electrically connected with radiator structure
The combination of device shell block is connect, therefore its radiating efficiency is promoted.
Electric connector according to the present utility model includes a circuit board, an electric connection socket and such as aforementioned electric connector shell block group
It closes.Electric connector shell block combination is fixed on the circuit board.The electric connection socket is electrically connected on the circuit board and is located at the company
It connects in device shell and is exposed to the slot.Likewise, when thering is a plug mould group to be inserted into the slot and when in conjunction with the electric connection socket,
The endotherm section can directly contact the plug mould group relative to the mobile ground that is pressurized of the lateral wall by the elasticity of the spring secures rail to sleeper, into
And improving heat radiation efficiency.
The another object of the utility model is to provide a kind of electronic device, with such as aforementioned being electrically connected with radiator structure
The combination of device shell block, and the structure side plate thermal coupling of the radiator structure and device housing are connect, with improving heat radiation efficiency.
Electronic device according to the present utility model includes a device housing, a circuit board, an electric connection socket and such as aforementioned electricity
The combination of connector shell block.The device housing forms an accommodating space and includes a structure side plate.The circuit board is set to the accommodating
In space.Electric connector shell block combination is fixed on the circuit board, the heat pipe and the structure side plate thermal coupling.The electrical connection
Seat is electrically connected on the circuit board and is located in the connector case body and is exposed to the slot.Likewise, when there is a plug mould group
It is inserted into the slot and when in conjunction with the electric connection socket, the elasticity which can pass through the spring secures rail to sleeper is moved relative to the lateral wall
It moves and directly contacts the plug mould group with being pressurized.The heat of absorption is transferred to the structure side plate by the heat pipe, is imitated with heat radiation
Rate.
The advantages of about the utility model and spirit can be described in detail by utility model below and institute's accompanying drawings obtain into
The understanding of one step.
Detailed description of the invention
Fig. 1 is the schematic diagram according to an electric connector of an embodiment of the utility model.
Fig. 2 is the explosive view of the electric connector of Fig. 1.
Fig. 3 is the schematic diagram of X-X section along the electric connector of Fig. 1.
Fig. 4 is the schematic diagram according to the electronics portion explosion of an embodiment of the utility model.
Fig. 5 is the explosive view of the electronic device part of Fig. 4.
Fig. 6 is the schematic diagram of Y-Y section along the electronic device of Fig. 4.
Drawing reference numeral:
1 electric connector
12,32 circuit board
The side 32a
14a, 14b, 34a, 34b electric connection socket
16,36 electric connector shell blocks combine
162,362 connector shell
162a-d, 362a-d lateral wall
162e, 362e partition
162f, 162g hook
1620,3620 accommodating space
1622,3,622 first slot
1622a, 3622a first entrance
1624,3,624 second slot
1624a, 3624a second entrance
1626,3626 first window
1628,3,628 second window
164,364 radiator structure
1642,3642 heat pipe
The first endotherm section of 1642a, 3642a
The second endotherm section of 1642b, 3642b
1642c, 3642c linkage section
1642d contact plane
The extended segment 3642d
1644 pedestals
The first groove of 1644a
The second groove of 1644b
1646 fins
166,366 spring secures rail to sleeper
166a, 166b card hole
3 electronic devices
30 device housings
302 lower cases
302a, 302c structure side plate
302b through-hole structure
304 upper housings
306 accommodating spaces
Specific embodiment
It please refers to Fig.1 to Fig.3.One electric connector 1 of an embodiment according to the present utility model includes a circuit board 12, two
Electric connection socket 14a, 14b and electric connector shell block combination 16.Electric connector shell block combination 16 is fixed on circuit board 12.It is electrically connected
Joint chair 14a, 14b are electrically connected on circuit board 12 and are located in electric connector shell block combination 16, to simplify the illustration, with reality in figure
Heart square indicates.In practical operation, electric connection socket 14a, 14b can structural integrity at single spare part, in order to assemble.It is electrically connected
It connects device shell block combination 16 and includes a connector shell 162, a radiator structure 164 and two spring secures rail to sleepers 166.Connector shell 162
An accommodating space 1620 is connected to form with four lateral wall 162a-d and a partition 162e, lateral wall 162a-d.Partition 162e in
Lateral wall 162a, 162c are connected in accommodating space 1620 so that accommodating space 1620 is divided into one first slot 16 22 and one
Two slot 16s 24, electric connection socket 14a, 14b are exposed to the first slot 16 22 and the second slot 16 24 respectively.First slot 16 22 tool
There is a first entrance 1622a, the second slot 16 24 has a second entrance 1624a.Lateral wall 162a has a first window
1626 and second window 1628, it is respectively communicated with the first slot 16 22 and the second slot 16 24.
Radiator structure 164 is set on lateral wall 162a, and spring secures rail to sleeper 166 is attached to connector shell 162 will radiate
164 elasticity of structure is folded between spring secures rail to sleeper 166 and lateral wall 162a.Radiator structure 164 includes a heat pipe 1642, thermal conductivity
Pipe 1642 is set on the outside of lateral wall 162a and has one first endotherm section 1642a, one second endotherm section 1642b and a linkage section
1642c, linkage section 1642c connection the first endotherm section 1642a and the second endotherm section 1642b, the first endotherm section 1642a corresponding first
Window 1626 is arranged and is parallel to lateral wall 162a and extends and via first window 1626 partially into the first slot 16 22, the
Corresponding second window 1628 of two endotherm section 1642b is arranged and is parallel to lateral wall 162a and extends and via 1628 part of the second window
Ground enters the second slot 16 24.To simplify the illustration, heat pipe 1642 is indicated in figure with solid.In practical operation, heat pipe
1642 usable sections are substantially in the heat pipe of flattened oval shape, and in its both ends, part forms structure outstanding (such as to thermal conductivity
Pipe carries out shaping process, such as squeezes heat pipe by mold come shaping), this both ends part is used as the first endotherm section 1642a
And the second endotherm section 1642b, structure outstanding can enter the first slot 16 22 and the second slot 16 24, middle section is i.e. as connecting
Meet a section 1642c.Again or with three pipe fittings respectively shaping to form the first endotherm section 1642a, the second endotherm section 1642b and linkage section
1642c profile, then engaged, and then form heat pipe 1642.
Radiator structure 164 includes also a radiating piece, with 1642 thermal coupling of heat pipe.In the present embodiment, the radiating piece packet
Containing a pedestal 1644 and the multiple fins 1646 extended from pedestal 1644.Pedestal 1644 and 1642 thermal coupling of heat pipe.Pedestal
1644 there is one first groove 1644a and one second groove 1644b, the first endotherm section 1642a to be placed in the first groove 1644a
Interior, the second endotherm section 1642b is placed in the second groove 1644b.In practical operation, the first endotherm section 1642a and second inhales
The mode that hot arc 1642b is able to soldering is fixed in the first groove 1644a and the second groove 1644b, such as the first groove 1644a
It is filled with scolding tin in gap between the first endotherm section 1642a.In addition, the mode that linkage section 1642c is also able to soldering is fixed on
Pedestal 1644.In practical operation, it is also able to bonding glue, heat-conducting glue (thermal pad) mode is fixed, do not repeated separately.
Spring secures rail to sleeper 166 is attached to lateral wall 162b, 162d across radiator structure 164.In the present embodiment, elastic buckles
Part 166 is substantially in ㄇ character form structure, and both ends have two card holes 166a, 166b, and lateral wall 162b, 162d respectively correspondingly have
There are two hook 162f, 162g.Be caught in card hole 166a, 166b by hook 162f, 162g, spring secures rail to sleeper 166 it is detachable it is liftoff with it is outer
Side wall 162b, 162d linking.In practical operation, spring secures rail to sleeper 166 is also able to the side of one end pivot joint, the other end clamping
Radiator structure 164 is installed in connector shell 162 by formula.In addition, in the present embodiment, spring secures rail to sleeper 166 passes through multiple fin
1646 radiator structure of piece, 164 elasticity is folded between spring secures rail to sleeper 166 and lateral wall 162a.On the other hand, pedestal
It is not provided with fin 1646 at 1644 corresponding spring secures rail to sleepers 166, the middle part that spring secures rail to sleeper 166 connects both ends can directly abut
Pedestal 1644.By the elasticity of spring secures rail to sleeper 166, clamped radiator structure 164 is (or floating in can still be forcibly moved in design
It is dynamic), in other words, the first endotherm section 1642a can be mobile relative to first window 1626, and the second endotherm section 1642b can be relative to the
Two windows 1628 are mobile.
For example, in the matched plug mould group of electric connection socket 14a (i.e. with the matched connector of electric connector 1, with dotted line frame
It is shown in Fig. 3) it is inserted into the first slot 16 22 and during being connected with electric connection socket 14a from first entrance 1622a, because of the
One part endotherm section 1642a enters the first slot 16 22, which, which can touch the first endotherm section 1642a and squeeze, pushes away first
Endotherm section 1642a so that the first endotherm section 1642a be displaced outwardly relative to first window 1626 (moved up in Fig. 3,
Or meaning is mobile perpendicular to lateral wall 162a extending direction).And due to the elasticity of spring secures rail to sleeper 166, the first endotherm section 1642a with should
It has been able to maintain comparable contact force between plug mould group, has been conducive to the heat transfer between the plug mould group and the first endotherm section 1642a.?
In the present embodiment, the part that the first endotherm section 1642a enters the first slot 16 22 has a contact plane 1642d, with the plug
The profile of mould group is arranged in pairs or groups, and the heat transfer between the plug mould group and the first endotherm section 1642a is conducive to.Above description is also suitable for
Second endotherm section 1642b, does not repeat separately.In addition, heat pipe 1642 is able to rapidly insert from this using its working fluid phase change
Draft group transfers heat to pedestal 1644, and then dissipates away via fin 1646.
In the present embodiment, radiator structure 164 cooperates arrangement (the i.e. horizontal row of the first slot 16 22 and the second slot 16 24
Column) and it is installed in the upside (i.e. lateral wall 162a) of connector shell 162.In practical operation, if the first slot 16 22 and
The perpendicular arrangement of two slot 16 24, radiator structure 164 can also install left or right side (the i.e. outside for being placed in connector shell 162
Wall 162d or lateral wall 162b).In addition, in the present embodiment, electric connector 1 illustrates by taking dual slot as an example, radiator structure 164 is right
First slot 16 22 and the second slot 16 24 are provided which heat dissipation effect, but are not limited in implementation.Such as previous embodiment and its
Related description, heat pipe 1642 partially into the first slot 16 22, enable heat pipe 1642 by first window 1626
The plug mould group is directly contacted, (in the present embodiment, is wrapped with rapidly transferring heat to the radiating piece from the plug mould group
Containing pedestal 1644 and multiple fins 1646) and dissipate away.Therefore, in practical operation, this framework can be suitable for single insert
The electric connector of slot or more, and it is based on previous embodiment and its related description, cooperate the need of practical electric connector structure
It wants and modifies, in this not elsewhere specified (NES).For example, radiator structure 164 can omit pedestal 1644 and fin 1646 thereon, and linkage section
Multiple fins (such as copper sheet has to cover the hole on linkage section 1642c among it) are cased on 1642c using as heat dissipation
Part.In another example heat pipe one end is used for from a plug mould group heat absorption, the other end in the electric connector of single slot
On can directly be cased with multiple fins using as radiating piece, be also not necessarily to pedestal.
Please refer to fig. 4 to fig. 6.One electronic device 3 of an embodiment according to the present utility model include a device housing 30,
One circuit board 32, two electric connection socket 34a, 34b and electric connector shell block combination 36.Device housing 30 includes a lower case 302
And a upper housing 304, lower case 302 and the linking of upper housing 304 can form an accommodating space 306.Circuit board 32 (such as but it is unlimited
In the system board of electronic device 3) it is set in accommodating space 306.Electric connector shell block combination 36 is fixed on circuit board 32.
Electric connection socket 34a, 34b are electrically connected on circuit board 32 and are located in electric connector shell block combination 36.The combination of electric connector shell block
36 include a connector shell 362, a radiator structure 364 and two spring secures rail to sleepers 366.Connector shell 362 has four lateral walls
362a-d and a partition 362e, lateral wall 362a-d are connected to form an accommodating space 3620.Partition 362e is in accommodating space 3620
In be connected to lateral wall 362b, 362d so that accommodating space 3620 is divided into one first slot 3622 and one second slot 3624,
Electric connection socket 34a, 34b are exposed to the first slot 3622 and 3,624 first slot 3622 of the second slot respectively has a first entrance
3622a, the second slot 3624 have a second entrance 3624a.Lateral wall 362d has a first window 3626 and the second window
3628, it is respectively communicated with the first slot 3622 and the second slot 3624.In the present embodiment, the first slot 3622 and the second slot
3624 perpendicular arrangements, electric connection socket 34a, 34b structural integrity are not limited at single spare part, but in implementation.
Radiator structure 364 is set on lateral wall 362d, and spring secures rail to sleeper 366 is attached to connector shell 362 will radiate
364 elasticity of structure is folded between spring secures rail to sleeper 366 and lateral wall 362d.In the present embodiment, 366 one end of spring secures rail to sleeper with
Connector shell 362 is pivotally connected, and the other end engages with connector shell 362；But in practical operation, spring secures rail to sleeper 366 can also be adopted
With the bridging mode with aforementioned flexible fastener 166 and connector shell 162, do not repeat separately.Radiator structure 364 includes a heat pipe
3642, heat pipe 3642 be set on the outside of lateral wall 362d and have one first endotherm section 3642a, one second endotherm section 3642b,
An one linkage section 3642c and extended segment 3642d, linkage section 3642c connection the first endotherm section 3642a and the second endotherm section 3642b,
Extended segment 3642d extends from one end of the first endotherm section 3642a.First endotherm section 3642a is parallel to lateral wall 362d and extends simultaneously
Via first window 3626 partially into the first slot 3622, the second endotherm section 3642b is parallel to lateral wall 362d and extends simultaneously
Via the second window 3628 partially into the second slot 3624.About the first endotherm section 3642a's and the second endotherm section 3642b
CONSTRUCTED SPECIFICATION explanation, sees the related description of the first endotherm section 1642a and the second endotherm section 1642b above, does not repeat separately.
Similarly, spring secures rail to sleeper 366 can generate the contained effect of elastic construction to heat pipe 3642, with spring secures rail to sleeper 166
The contained effect of elastic construction generated to heat pipe 1642 is identical, does not repeat separately.In addition, heat pipe 3642 enters the first slot
3622 and second the part of slot 3624 there is a contact plane, and for being inserted into the first slot 3622 and the second slot 3624
The profile collocation for plugging mould group (being shown in Fig. 6 with dotted line frame), is conducive to the heat between the plug mould group and heat pipe 3642
Conduction.In addition, radiator structure 364 also may include a pedestal and multiple fins that pedestal extends since then, thermal conductivity in practical operation
Pipe 3642, can also with pedestal thermal coupling (such as hereinbefore pedestal 1644, fin 1646 and the structure of heat pipe 1642 configure)
Promote heat dissipation.
In addition, in the present embodiment, connector shell 362 is located at a side 32a of circuit board 32, lower case 302 has
One structure side plate 302a is adjacent to side 32a.First entrance 3622a and second entrance 3624a is towards structure side plate 302a.Structure
There is side plate 302a a through-hole structure 302b (to be shown in Fig. 5 with dotted line frame, such as it includes two corresponding first entrances
The through-hole of 3622a and second entrance 3624a) so that first entrance 3622a and second entrance 3624a are via through-hole structure 302b
Expose.Extended segment 3642d and structure side plate the 302a thermal coupling (such as being fixed by soldering) of heat pipe 3642.First endotherm section
The heat that 3642a and the second endotherm section 3642b absorbs, which can be conducted via extended segment 3642d to structure side plate 302a, to be dissipated.In reality
In operation, extended segment 3642d can also be changed to be thermally coupled to the other structure side plates (such as structure side plate 302c) of lower case 302,
The effect to radiate by device housing 30 can equally be played.
The above is only the preferred embodiment of the present invention, all impartial changes done according to the utility model claims
Change and modify, should all belong to the covering scope of the utility model.
Claims (10)
1. a kind of combination of electric connector shell block, characterized by comprising:
A connector shell, forming one first slot simultaneously has a lateral wall, and the lateral wall has a first window, and described the
One window is connected to first slot；
One radiator structure is set on the lateral wall and includes a heat pipe, and the heat pipe is set to outside the lateral wall
Side and the corresponding first window have one first endotherm section, first endotherm section be parallel to the lateral wall extend and via
The first window is partially into first slot；And
One spring secures rail to sleeper is attached to the connector shell so that the radiator structure elasticity is folded in the spring secures rail to sleeper and institute
It states between lateral wall, first endotherm section can be mobile relative to the first window.
2. electric connector shell block combination as described in claim 1, which is characterized in that first endotherm section enters described first
The part of slot has a contact plane.
3. electric connector shell block combination as described in claim 1, which is characterized in that the radiator structure includes a radiating piece,
The radiating piece and the heat pipe thermal coupling.
4. electric connector shell block as claimed in claim 3 combination, which is characterized in that the radiating piece includes a pedestal and from institute
State multiple fins of pedestal extension, the pedestal and the heat pipe thermal coupling, the pedestal has one first groove, and described the
One endotherm section is placed in first groove.
5. electric connector shell block combination as claimed in claim 4, which is characterized in that the spring secures rail to sleeper passes through the multiple fin
Piece.
6. electric connector shell block combination as described in claim 1, which is characterized in that the connector shell forms one second and inserts
Slot, the lateral wall have one second window, and second window is connected to second slot, and the heat pipe has one second
Endotherm section and a linkage section, the linkage section connect first endotherm section and second endotherm section, second endotherm section
It the corresponding second window setting and is parallel to the lateral wall and extends and enter described the via second window portion
Two slots.
7. electric connector shell block combination as claimed in claim 6, which is characterized in that the radiator structure includes a radiating piece,
The radiating piece includes a pedestal and multiple fins from pedestal extension, and the radiating piece is via the pedestal and the heat
Conduit thermal coupling, the pedestal have one second groove, and second endotherm section is placed in second groove.
8. a kind of electric connector, characterized by comprising:
One circuit board；
Electric connector shell block combination as described in claim 1 to claim 7 any claim therein, is fixed on described
On circuit board；And
One electric connection socket is electrically connected on the circuit board and is located in the connector case body and is exposed to the first slot.
9. a kind of electronic device, characterized by comprising:
One device housing forms an accommodating space and includes a structure side plate；
One circuit board, setting is in the accommodating space；
It is fixed if the electric connector shell block of claim 1, claim 2 and claim 6 any claim therein combines
In on the circuit board, heat pipe and the structure side plate thermal coupling；And
One electric connection socket is electrically connected on the circuit board and is located in the connector case body and is exposed to the first slot.
10. electronic device as claimed in claim 9, which is characterized in that the connector shell is located at the one of the circuit board
Side, the structure side plate is adjacent to the side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821907782.7U CN209233034U (en) | 2018-11-20 | 2018-11-20 | The combination of electric connector shell block, electric connector and electronic device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821907782.7U CN209233034U (en) | 2018-11-20 | 2018-11-20 | The combination of electric connector shell block, electric connector and electronic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209233034U true CN209233034U (en) | 2019-08-09 |
Family
ID=67503586
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821907782.7U Active CN209233034U (en) | 2018-11-20 | 2018-11-20 | The combination of electric connector shell block, electric connector and electronic device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209233034U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111200205A (en) * | 2018-11-20 | 2020-05-26 | 至良科技股份有限公司 | Electric connector shell and base combination, electric connector and electronic device |
-
2018
- 2018-11-20 CN CN201821907782.7U patent/CN209233034U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111200205A (en) * | 2018-11-20 | 2020-05-26 | 至良科技股份有限公司 | Electric connector shell and base combination, electric connector and electronic device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| TWI670902B (en) | Electrical connector cage assembly, electrical connector, and electronic apparatus | |
| CN207588071U (en) | Connector and radiator | |
| TW201347316A (en) | Connector | |
| CN101783466A (en) | Socket of eSATA | |
| CN209233034U (en) | The combination of electric connector shell block, electric connector and electronic device | |
| CN203279430U (en) | Small pluggable module heat dissipation structure | |
| CN103823280B (en) | Signal transmitting apparatus | |
| CN202496159U (en) | Installation structure for motor controller component | |
| TWI328736B (en) | Radiation structure for processors | |
| CN114710939A (en) | Gateway verification device | |
| CN203814115U (en) | Plugging module | |
| CN209626556U (en) | A kind of automatic power-off socket with timing function | |
| CN216014118U (en) | Extension formula notebook computer | |
| CN201365033Y (en) | eSATA connector with low thickness | |
| CN216434823U (en) | Baytail-based heat dissipation type vehicle-mounted chassis | |
| CN220402029U (en) | CMOS circuit board and machine vision equipment | |
| CN210959310U (en) | VPX direct current power supply module | |
| CN220233608U (en) | Industrial control main board with anti-electromagnetic interference function | |
| CN216901535U (en) | Fan-free embedded computer shell | |
| TW202034117A (en) | Expandable computer with waterproof and dustproof components to achieve the expansion, waterproof, and dustproof effects | |
| TWM574347U (en) | Electrical connector cage assembly, electrical connector, and electronic apparatus | |
| CN210895314U (en) | Sleeve radiating fin for network adapter | |
| CN213343100U (en) | Ultrasound device | |
| CN213152094U (en) | Can assemble routing device | |
| CN111200205A (en) | Electric connector shell and base combination, electric connector and electronic device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |