CN204424497U - One can pile up five pin circuit connecting mechanism and systems - Google Patents
One can pile up five pin circuit connecting mechanism and systems Download PDFInfo
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- CN204424497U CN204424497U CN201520099888.9U CN201520099888U CN204424497U CN 204424497 U CN204424497 U CN 204424497U CN 201520099888 U CN201520099888 U CN 201520099888U CN 204424497 U CN204424497 U CN 204424497U
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Abstract
The utility model belongs to electronic manufacturing field, is specifically related to one and can piles up five pin circuit connecting mechanism and systems.This device comprises the jockey that circuit connects male, circuit connects female and be arranged between circuit connection male and circuit connection female, additionally provided by this device the utility model and a kind ofly pile up five pin circuit connecting systems based on this circuit connecting mechanism, thus solve between circuit board with circuit board and be connected fast, reliably, also can realize any circuit space and pile up the circuit connecting system connected.
Description
Technical field
The utility model belongs to electronic manufacturing field, is specifically related to one and can piles up five pin circuit connecting mechanism and systems.
Background technology
At present, general circuit plate and connected mode between circuit board adopt to be connected between the lines, which attended operation is simple, but in use there will be tie point to loosen, the connected mode of line and line in addition, external environment impact can be subject to, there will be work in conjunction with this connected mode of the problems referred to above when being energized and have some setbacks, the problems such as reliability is poor.
Meanwhile, the accumulation that the circuit board of many complexity connects splicing or the space needing to realize step by step connects, usual connecting interface wide variety and complicated, is unfavorable for that the unification between each circuit board is built, not only add the complexity of splicing, and splicing also there is certain limitation.
Utility model content
For solving the problem that background technology proposes, the utility model provide a kind of can realizing circuit plate with fast, is reliably connected between circuit board pile up five pin circuit connecting mechanisms, also provide simultaneously and a kind ofly realize the circuit connecting system that any circuit space piles up connection.
The concrete technical scheme that the utility model is dealt with problems is as follows:
One can pile up five pin circuit connecting mechanisms, comprises the coupling assembling that circuit connects male, circuit connects female and be arranged between circuit connection male and circuit connection female;
Described coupling assembling comprises circuit ON device and is connected the joint connection of female for connecting circuit connection male with circuit;
Its special character is:
Described circuit connects male and comprises and innerly the male shell body of one end open, be fastened on the male enclosing cover at male shell body cavities open place for cavity;
Described circuit connects female and comprises and innerly the female shell body of one end open, be fastened on the female enclosing cover at female shell body cavities open place for cavity;
Described male shell body and female shell body include two outer cylindrical body and the outer crossbeam for being connected two outer cylindrical body; Described two outer cylindrical body and outer crossbeam form inverted U-shaped;
Described male enclosing cover and female enclosing cover include two risers and the transverse slat for being connected two risers, and described two risers and transverse slat form inverted U-shaped platy structure;
The bottom surface of the outer crossbeam of described male shell body and female shell body is provided with multiple column for fixing circuit board;
The bottom surface of described two outer cylindrical body is provided with boss or pit, and the end face of described two outer cylindrical body is provided with the pit corresponding with the boss on outer cylindrical body ground or pit or boss;
Described joint connection comprises magnet jockey, two the second magnet that described magnet jockey comprises two the first magnet in two outer cylindrical body being separately positioned on circuit connection male and is separately positioned in two outer cylindrical body of circuit connection female; Described first magnet and the second magnet one_to_one corresponding and attract each other;
Described circuit ON device comprises five the first splicing ears be connected on the outer crossbeam of male shell body and five the second splicing ears be connected on the outer crossbeam of female shell body; The afterbody of the first splicing ear extend out to circuit board downwards from the outer crossbeam bottom surface of male shell body; The afterbody of the second splicing ear extend out to circuit board downwards from the outer crossbeam bottom surface of female shell body;
Five the first splicing ears and five the second splicing ear one_to_one corresponding;
When the first magnet and the second magnet attract each other, the head of the first splicing ear and the head electrical contact of the second splicing ear;
Described male shell body, male enclosing cover, female shell body and female enclosing cover are insulating material.
Above-mentioned joint connection also comprises plug coupling assembling; Described plug coupling assembling comprises and is arranged on circuit and connects the first plug in male and the first slot, be arranged on circuit and be connected the second slot that female is connected with the first plug and the second plug be connected with the first slot.
Above-mentioned joint connection also comprises bolt connection assembly; Described bolt connection assembly comprises the bolt be arranged in circuit connection male and the bolt connecting hole be arranged in circuit connection female.
The annexation of above-mentioned five the first splicing ears and five the second splicing ears and circuit board is as follows:
When circuit board adopts asynchronous serial/UART interface,
The RXD/ data input signal of described five the first splicing ears and circuit board, VCC/ power supply, DTRIn/DTR input signal, GND/ ground, TXD/ data output signal are connected respectively;
Described five the second splicing ears output signal with TXD/ data output signal, VCC/ power supply, DTR Out/DTR, GND/ ground, RXD/ data input signal are connected respectively;
When circuit board adopts SPI interface,
Described five the first splicing ears are connected from data input signal, GND/ ground, MISO/MISO from data output signal from clock input signal, VCC/ power supply, MOSI/MOSI respectively with SCLK/SCLK respectively;
Described five the second splicing ears output signal with SCLK/SCLK master clock, VCC/ power supply, MOSI/MOSI master data output signal, GND/ ground, MISO/MISO master data input signal are connected respectively;
When circuit board adopts I2C interface,
Described five the first splicing ears are connected respectively with SCL/SCL clock bus signal, VCC/ power supply, Sig In/ input signal, GND/ ground, SDA/SDA data bus signal
Described five the second splicing ears output signal with SCL/SCL clock bus signal, VCC/ power supply, Sig Out/ respectively, GND/ ground, SDA/SDA data bus signal are connected respectively;
When circuit board adopts general-purpose interface,
Described five the first splicing ears are connected respectively with Sig In/ input signal, VCC/ power supply, Sig In/ input signal, GND/ ground, Sign O & I/ two-way signaling respectively;
Described five the second splicing ears output signal with Sig Out/, VCC/ power supply, Sig Out/ output signal, GND/ ground, Sign I & O/ two-way signaling are connected respectively;
When circuit board adopts single bus interface,
Described five the first splicing ears respectively with Sig In/ input signal, VCC/ power supply, DQ/DQ from holding answer signal, GND/ ground, Sign I & O/ two-way signaling is connected respectively;
Described five the second splicing ears output signal with Sig Out/, VCC/ power supply, DQ/DQ main side reset signal, GND/ ground, Sign I & O/ two-way signaling are connected respectively.
Above-mentioned first magnet and the second magnet are permanent magnet or electromagnet; Described pit is square; Described boss is cylindrical.
Pile up five pin circuit connecting mechanisms based on above-mentioned, now propose one and can pile up five pin circuit connecting systems, it is characterized in that: comprise multiple horizontal and longitudinal associated electronic circuitry link block; Described circuit link block comprises described circuit connecting mechanism, be installed on two outer cylindrical body that circuit connects male between circuit board, be installed on circuit board between two outer cylindrical body that circuit connects female.
Foregoing circuit plate two ends are provided with the draw-in groove with column clamping; The two ends of described circuit board are provided with the signal connecting hole that connect corresponding to the first splicing ear afterbody or the second splicing ear afterbody.
The utility model has the advantage of:
1, the utility model adopts and can pile up five pin circuit connecting mechanisms, substantially increases the reliability that circuit board is connected in the energized state with circuit board.
2, the utility model adopts and can pile up five pin circuit connecting mechanisms, and can be connected with most of interface circuit, autgmentability improves greatly.
3, the utility model adopts and can pile up five pin circuit connecting systems, makes to realize the splicing of any steric bulk between circuit board and circuit board and adapts to various changeable operating mode.
4, the utility model circuit connects male and is connected female with circuit and adopts split type fastening structure, is convenient to location, installation, maintenance, dismounting.
5, magnet adsorption mode of the present utility model and position change to some extent, and become built-in to suction to suction from originally external, magnet shape and size also change to some extent, add absorption affinity, and absorption position is more accurate.
Accompanying drawing explanation
Fig. 1 is that circuit connects male exploded perspective view;
Fig. 2 is that circuit connects male schematic diagram;
Fig. 3 is that circuit connects female exploded perspective view;
Fig. 4 is that circuit connects female schematic diagram;
Fig. 5 is the schematic diagram that the utility model can pile up the stacking use of five pin circuit connecting systems;
Fig. 6 is the utility model circuit link block exploded perspective view.
Reference numeral: 1-male enclosing cover, 2-male shell body, 3-first splicing ear, 4-first plug, 5-second splicing ear, 6-first magnet, 7-column, 8-boss or pit, 9-pit or boss, 10-female enclosing cover, 11-female shell body, 12-second slot, 13-second magnet, 14-transverse slat, 15-riser, 16-outer cylindrical body, the outer crossbeam of 17-, 18-circuit board, 19-circuit connects male, 20-circuit connects female, 21-draw-in groove, 22-circuit link block, 23-signal connecting hole, 24-plugs coupling assembling, 25-circuit ON device, 26-magnet jockey, 27-coupling assembling, 28-first slot, 29-second plug.
Embodiment
See Fig. 6, the utility model proposes one can pile up circuit connecting mechanism, and this device comprises the jockey 27 that circuit connects male 19, circuit connects female 20 and be arranged between circuit connection male 19 and circuit connection female 20;
Coupling assembling 27 comprises circuit ON device 25 and is connected the joint connection of female for connecting circuit connection male with circuit;
Wherein, circuit connects male 19 and is connected female 20 with circuit and is split-type structural.
As Fig. 1 and Fig. 2, circuit connects male 19 and comprises and inner the male shell body 2 of one end open, be fastened on the male enclosing cover 1 at male shell body 2 cavities open place for cavity.
As Fig. 3 and 4, circuit connects female 20 and comprises and inner the female shell body 11 of one end open, be fastened on the female enclosing cover 10 at female shell body 11 cavities open place for cavity.
See Fig. 1, Fig. 2, Fig. 3 and Fig. 4, wherein, male shell body 2 and female shell body 11 include two outer cylindrical body 16 and the outer crossbeam 17 for being connected two outer cylindrical body 16; Two outer cylindrical body 16 and outer crossbeam 17 form inverted U-shaped.
Male enclosing cover 1 and female enclosing cover 10 include two risers 15 and the transverse slat 14 for being connected two risers, and described two risers 15 and transverse slat 14 form inverted U-shaped platy structure.
The bottom surface of the outer crossbeam 17 of male shell body 2 and female shell body 11 is provided with multiple column 7 for fixing circuit board.
The bottom surface of two outer cylindrical body 16 is provided with boss or pit 8, the end face of two outer cylindrical body 16 is provided with the pit corresponding with outer cylindrical body 16 bottom surface boss or pit or boss 9 is (usual, pit is square, boss is cylindrical, and this kind of design can ensure that terminal device is convenient to installation and removal at longitudinal connection procedure).
Joint connection comprises magnet jockey 26, two the second magnet 13 that magnet jockey 26 comprises two the first magnet 6 in two outer cylindrical body being separately positioned on circuit connection male 19 and is separately positioned in two outer cylindrical body of circuit connection female 20; First magnet 6 and the second magnet 13 one_to_one corresponding and attract each other.
Wherein, circuit ON device 25 comprises five the first splicing ears 3 be connected on the outer crossbeam of male shell body 2 and five the second splicing ears 5 be connected on the outer crossbeam of female shell body 11; The afterbody of the first splicing ear 3 extend out to circuit board 18 downwards from the outer crossbeam bottom surface of male shell body 2; The afterbody of the second splicing ear 5 extend out to circuit board 18 downwards from the outer crossbeam bottom surface of female shell body 11, guarantees the connection of circuit.
Five the first splicing ears 3 and five the second splicing ear 5 one_to_one corresponding;
When the first magnet 6 and the second magnet 13 attract each other, the head of the first splicing ear 3 and the head electrical contact of the second splicing ear 5, thus connect circuit.
Herein, it should be noted that: five the first splicing ears and five the second splicing ears and circuit board have following five kinds of annexations:
(1) when circuit board adopts asynchronous serial/UART interface,
The RXD/ data input signal of five the first splicing ears and circuit board, VCC/ power supply, DTR In/DTR input signal, GND/ ground, TXD/ data output signal are connected respectively;
Five the second splicing ears output signal with TXD/ data output signal, VCC/ power supply, DTR Out/DTR, GND/ ground, RXD/ data input signal are connected respectively;
(2) when circuit board adopts SPI interface,
Five the first splicing ears are connected from data input signal, GND/ ground, MISO/MISO from data output signal from clock input signal, VCC/ power supply, MOSI/MOSI respectively with SCLK/SCLK respectively;
Five the second splicing ears output signal with SCLK/SCLK master clock, VCC/ power supply, MOSI/MOSI master data output signal, GND/ ground, MISO/MISO master data input signal are connected respectively;
(3) when circuit board adopts I2C interface,
Five the first splicing ears are connected respectively with SCL/SCL clock bus signal, VCC/ power supply, Sig In/ input signal, GND/ ground, SDA/SDA data bus signal
Five the second splicing ears output signal with SCL/SCL clock bus signal, VCC/ power supply, Sig Out/ respectively, GND/ ground, SDA/SDA data bus signal are connected respectively;
(4) when circuit board adopts general-purpose interface,
Five the first splicing ears are connected respectively with Sig In/ input signal, VCC/ power supply, Sig In/ input signal, GND/ ground, Sign O & I/ two-way signaling respectively;
Five the second splicing ears output signal with Sig Out/, VCC/ power supply, Sig Out/ output signal, GND/ ground, Sign I & O/ two-way signaling are connected respectively;
(5) when circuit board adopts single bus interface,
Five the first splicing ears respectively with Sig In/ input signal, VCC/ power supply, DQ/DQ from holding answer signal, GND/ ground, Sign I & O/ two-way signaling is connected respectively;
Five the second splicing ears output signal with Sig Out/, VCC/ power supply, DQ/DQ main side reset signal, GND/ ground, Sign I & O/ two-way signaling are connected respectively.Under normal circumstances, male shell body 2, male enclosing cover 1, female shell body 11 and female enclosing cover 10 is insulating material (generally adopting plastics).
In order to ensure that circuit connects male 19 and to be connected the stability that female 20 connects with circuit, this joint connection also comprises and plugs coupling assembling 24; Plug coupling assembling 24 comprises and is arranged on circuit and connects the first plug 28 in male and the first slot 12, be arranged on circuit and be connected the second slot 12 that female 20 is connected with the first plug 28 and the second plug 29 be connected with the first slot 28;
In addition, all right assembly with bolts of joint connection, bolt connection assembly comprises the bolt be arranged in circuit connection male and the bolt connecting hole be arranged in circuit connection female.
Pile up five pin circuit connecting mechanisms based on above-mentioned, the utility model also proposes one can pile up circuit connecting system.
See Fig. 5, this circuit connecting system comprises the longitudinal associated electronic circuitry link block 22 of multiple transverse direction; Wherein, circuit link block 22 comprise above-mentioned circuit connecting mechanism 27, be installed on circuit connect between male 19 two outer cylindrical body 16 circuit board 18; Be installed on the circuit board 18 between two outer cylindrical body 16 in circuit connection female 20.
In addition, circuit board 18 two ends are provided with draw-in groove 21, snap onto on the column 7 of circuit connection male outer crossbeam 17 bottom surface setting respectively when circuit board 18 is installed to the draw-in groove 21 at circuit board 18 two ends when circuit connects between two outer cylindrical body 16 of male, simultaneously, another block circuit board 18 is installed to the draw-in groove 21 at these circuit board 18 two ends when circuit connects between two outer cylindrical body 16 of female and snaps onto circuit respectively and connect on column 7 that outer crossbeam 17 bottom surface of female arranges (in order to ensure, the stability connected, column 7 and circuit board draw-in groove 21 can weld by work people usually).
Afterwards, the afterbody of the first splicing ear 3 is inserted in the signal connecting hole 23 on circuit board 18 that circuit connects in male 19, and the afterbody of the second splicing ear 5 is inserted in the signal connecting hole 23 on circuit board 18 that circuit connects in female 20.
See Fig. 5 and Fig. 6, when working use, first, male enclosing cover 1 is mounted to built-up circuit in male shell body 2 and connects male 19, in female, fastener 10 to be mounted in female enclosing cover 11 built-up circuit and to connect female 20, then circuit is connected male 19 and be connected female 20 with circuit and dock.Now, the second slot that the first plug on male shell body is connected in female 20 respectively at circuit with the first slot is connected with the second plug, and realizing circuit connects male 19 is connected female 20 location with circuit.In addition, the first magnet 6 in male shell body attracts each other with the second magnet 13 in female shell body, thus circuit is connected male 19 and connect together with female 20 compact siro spinning technology with circuit.
Then, two pieces of circuit boards 18 are inserted respectively to be connected female 20 between two outer main bodys 16 that circuit connects male 19 with circuit two outer main bodys 16 between, then the afterbody of the second splicing ear 5 that the afterbody of the first splicing ear 3 connected by circuit in male 19 is connected with circuit in female 20 is connected (usually adopting welding) with the signal connecting hole 23 on the circuit board 18 that it is installed respectively.
After energising, the circuit communication of whole circuit link block 22 can be realized.
In order to adapt to the operating mode of various complexity, this circuit link block 22 can also realize horizontal splicing and the accumulation of longitudinal direction, when longitudinally piling up, circuit in upper strata circuit link block 22 is connected male 19 to be connected the boss of female 20 bottom surface or the pit 8 correspondence circuit connection male 19 be mounted in lower circuit link block 22 with circuit and to be connected on the pit of female 20 or boss 8 with circuit, stacking step by step thus define a stackable circuit connecting system.
Claims (7)
1. can pile up five pin circuit connecting mechanisms, comprise the coupling assembling that circuit connects male, circuit connects female and be arranged between circuit connection male and circuit connection female;
Described coupling assembling comprises circuit ON device and is connected the joint connection of female for connecting circuit connection male with circuit;
It is characterized in that:
Described circuit connects male and comprises and innerly the male shell body of one end open, be fastened on the male enclosing cover at male shell body cavities open place for cavity;
Described circuit connects female and comprises and innerly the female shell body of one end open, be fastened on the female enclosing cover at female shell body cavities open place for cavity;
Described male shell body and female shell body include two outer cylindrical body and the outer crossbeam for being connected two outer cylindrical body; Described two outer cylindrical body and outer crossbeam form inverted U-shaped;
Described male enclosing cover and female enclosing cover include two risers and the transverse slat for being connected two risers, and described two risers and transverse slat form inverted U-shaped platy structure;
The bottom surface of the outer crossbeam of described male shell body and female shell body is provided with multiple column for fixing circuit board;
The bottom surface of described two outer cylindrical body is provided with boss or pit, and the end face of described two outer cylindrical body is provided with the pit corresponding with the boss on outer cylindrical body ground or pit or boss;
Described joint connection comprises magnet jockey, two the second magnet that described magnet jockey comprises two the first magnet in two outer cylindrical body being separately positioned on circuit connection male and is separately positioned in two outer cylindrical body of circuit connection female; Described first magnet and the second magnet one_to_one corresponding and attract each other;
Described circuit ON device comprises five the first splicing ears be connected on the outer crossbeam of male shell body and five the second splicing ears be connected on the outer crossbeam of female shell body; The afterbody of the first splicing ear extend out to circuit board downwards from the outer crossbeam bottom surface of male shell body; The afterbody of the second splicing ear extend out to circuit board downwards from the outer crossbeam bottom surface of female shell body;
Five the first splicing ears and five the second splicing ear one_to_one corresponding;
When the first magnet and the second magnet attract each other, the head of the first splicing ear and the head electrical contact of the second splicing ear;
Described male shell body, male enclosing cover, female shell body and female enclosing cover are insulating material.
2. according to claim 1ly pile up five pin circuit connecting mechanisms, it is characterized in that: described joint connection also comprises plug coupling assembling; Described plug coupling assembling comprises and is arranged on circuit and connects the first plug in male and the first slot, be arranged on circuit and be connected the second slot that female is connected with the first plug and the second plug be connected with the first slot.
3. according to claim 1ly pile up five pin circuit connecting mechanisms, it is characterized in that: described joint connection also comprises bolt connection assembly; Described bolt connection assembly comprises the bolt be arranged in circuit connection male and the bolt connecting hole be arranged in circuit connection female.
4. according to claim 1 or 2 or 3, pile up five pin circuit connecting mechanisms, it is characterized in that:
The annexation of described five the first splicing ears and five the second splicing ears and circuit board is as follows:
When circuit board adopts asynchronous serial/UART interface,
The RXD/ data input signal of described five the first splicing ears and circuit board, VCC/ power supply, DTRIn/DTR input signal, GND/ ground, TXD/ data output signal are connected respectively;
Described five the second splicing ears output signal with TXD/ data output signal, VCC/ power supply, DTR Out/DTR, GND/ ground, RXD/ data input signal are connected respectively;
When circuit board adopts SPI interface,
Described five the first splicing ears are connected from data input signal, GND/ ground, MISO/MISO from data output signal from clock input signal, VCC/ power supply, MOSI/MOSI respectively with SCLK/SCLK respectively;
Described five the second splicing ears output signal with SCLK/SCLK master clock, VCC/ power supply, MOSI/MOSI master data output signal, GND/ ground, MISO/MISO master data input signal are connected respectively;
When circuit board adopts I2C interface,
Described five the first splicing ears are connected respectively with SCL/SCL clock bus signal, VCC/ power supply, Sig In/ input signal, GND/ ground, SDA/SDA data bus signal
Described five the second splicing ears output signal with SCL/SCL clock bus signal, VCC/ power supply, Sig Out/ respectively, GND/ ground, SDA/SDA data bus signal are connected respectively;
When circuit board adopts general-purpose interface,
Described five the first splicing ears are connected respectively with Sig In/ input signal, VCC/ power supply, Sig In/ input signal, GND/ ground, Sign O & I/ two-way signaling respectively;
Described five the second splicing ears output signal with Sig Out/, VCC/ power supply, Sig Out/ output signal, GND/ ground, Sign I & O/ two-way signaling are connected respectively;
When circuit board adopts single bus interface,
Described five the first splicing ears respectively with Sig In/ input signal, VCC/ power supply, DQ/DQ from holding answer signal, GND/ ground, Sign I & O/ two-way signaling is connected respectively;
Described five the second splicing ears output signal with Sig Out/, VCC/ power supply, DQ/DQ main side reset signal, GND/ ground, Sign I & O/ two-way signaling are connected respectively.
5. according to claim 4ly pile up five pin circuit connecting mechanisms, it is characterized in that: described first magnet and the second magnet are permanent magnet or electromagnet; Described pit is square; Described boss is cylindrical.
6. pile up five pin circuit connecting systems based on what can pile up five pin circuit connecting mechanisms described in claim 4, it is characterized in that: comprise multiple horizontal and longitudinal associated electronic circuitry link block; Described circuit link block comprises described circuit connecting mechanism, be installed on two outer cylindrical body that circuit connects male between circuit board, be installed on circuit board between two outer cylindrical body that circuit connects female.
7. according to claim 6ly pile up five pin circuit connecting systems, it is characterized in that: described circuit board two ends are provided with the draw-in groove with column clamping; The two ends of described circuit board are provided with the signal connecting hole that connect corresponding to the first splicing ear afterbody or the second splicing ear afterbody.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520099888.9U CN204424497U (en) | 2015-02-11 | 2015-02-11 | One can pile up five pin circuit connecting mechanism and systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520099888.9U CN204424497U (en) | 2015-02-11 | 2015-02-11 | One can pile up five pin circuit connecting mechanism and systems |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204424497U true CN204424497U (en) | 2015-06-24 |
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ID=53474835
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520099888.9U Expired - Fee Related CN204424497U (en) | 2015-02-11 | 2015-02-11 | One can pile up five pin circuit connecting mechanism and systems |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204424497U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105207018A (en) * | 2015-09-24 | 2015-12-30 | 北京和太升电子技术有限公司 | Electronic building module and manufacturing method thereof |
| CN110275079A (en) * | 2019-07-18 | 2019-09-24 | 宁波奥克斯电气股份有限公司 | A kind of test fixture folder |
-
2015
- 2015-02-11 CN CN201520099888.9U patent/CN204424497U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105207018A (en) * | 2015-09-24 | 2015-12-30 | 北京和太升电子技术有限公司 | Electronic building module and manufacturing method thereof |
| CN105207018B (en) * | 2015-09-24 | 2018-06-22 | 北京和太升电子技术有限公司 | A kind of electronics builds module and its manufacturing method |
| CN110275079A (en) * | 2019-07-18 | 2019-09-24 | 宁波奥克斯电气股份有限公司 | A kind of test fixture folder |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150624 Termination date: 20190211 |