CN204632997U - The terminal of mainboard coupling assembling and application thereof - Google Patents
The terminal of mainboard coupling assembling and application thereof Download PDFInfo
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- CN204632997U CN204632997U CN201520329684.XU CN201520329684U CN204632997U CN 204632997 U CN204632997 U CN 204632997U CN 201520329684 U CN201520329684 U CN 201520329684U CN 204632997 U CN204632997 U CN 204632997U
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Abstract
The utility model discloses the terminal of a kind of mainboard coupling assembling and application thereof, described mainboard coupling assembling comprises system board, multiple system connector and multiple system banner part, described system board arranges multiple control module, the bottom of multiple described system connector is all fixed on described system board, described system connector comprises the first link and the second link, the first link multiple described control module of corresponding electrical connection respectively of multiple described system connector, second link of multiple described system connector is electrically connected multiple described functional module group in order to corresponding respectively, multiple described system banner part is the corresponding top being fixed on multiple described system connector respectively, system banner part described in each deviate from described system connector one side on record systematic identification code, each systematic identification code is different, each systematic identification code is used to indicate the described functional module group of system connector correspondence electrical connection corresponding separately.
Description
Technical field
The utility model relates to syndeton field, particularly relates to the terminal of a kind of mainboard coupling assembling and application thereof.
Background technology
All system board can be related in current many terminal equipments, and be connected to multiple functional module group of system board, system board realizes the Systematical control to multiple functional module group, multiple functional module group can be transducer, display device, drive unit, communication device etc., and the syndeton of system board and multiple functional module group is generally arrange pin contact pin on system board at present, each circuit module on this pin contact pin electrical connection system mainboard, and be also that pin contact pin is set in functional module group, circuit in this pin contact pin electrical connection functional module group, Du Pont's line one end is utilized to insert on the pin contact pin of system board, the other end inserts on the pin contact pin of functional module group, thus realize the connection of system board and functional module group.But when system board needs to connect multiple functional module group, cause system board presenting many pin contact pins, but when utilizing Du Pont's line connected mode or multi-thread terminal to connect on way selection connector system mainboard which pin contact pin, easy wrong plug, thus cause safety failure.
Utility model content
The purpose of this utility model is the terminal providing a kind of coupling assembling of mainboard safely and effectively and application thereof.
In order to solve the problems of the technologies described above, the utility model provides a kind of mainboard coupling assembling, wherein, described mainboard coupling assembling comprises system board, multiple system connector and multiple system banner part, described system board arranges multiple control module, multiple described control module is used for receiving and dispatching control signal from multiple different functional module group respectively, the bottom of multiple described system connector is all fixed on described system board, described system connector comprises the first link and the second link, the first link multiple described control module of corresponding electrical connection respectively of multiple described system connector, second link of multiple described system connector is electrically connected multiple described functional module group in order to corresponding respectively, multiple described system banner part is the corresponding top being fixed on multiple described system connector respectively, system banner part described in each deviate from described system connector one side on record systematic identification code, each systematic identification code is different, each systematic identification code is used to indicate the described functional module group of system connector correspondence electrical connection corresponding separately.
Wherein, multiple described system connectors are fixed on the side of described system board, and being positioned at the periphery of described system board, the second link of multiple described system connector all away from the geometric center of described system board, and is respectively used to the multiple described functional module group of corresponding grafting.
Wherein, multiple described second link is provided with interface, and the opening direction of multiple described interface is all oppositely offered towards described first link.
Wherein, described system banner part is card, and described system banner part comprises the upper surface and lower surface that are oppositely arranged, and described systematic identification code is established as described upper surface, and described lower surface is removably connected to the top end face of described system connector.
Wherein, described systematic identification code is printed on described upper surface, and each described systematic identification code has the combination of mutually different pattern or mutually different color or mutually different pattern and color.
Wherein, comprise general identifications part in multiple described system banner part, described general identifications part records general identifications code, described general identifications code is used to indicate corresponding system connector and is electrically connected arbitrary functional module group.
The utility model also comprises a kind of terminal, wherein, described terminal comprises above-mentioned mainboard coupling assembling, described terminal also comprises at least one functional module group and at least one Function Identification part, functional module group described at least one includes function mainboard and functional connector, described function mainboard is provided with functional unit, the bottom of described functional connector is fixed on described function mainboard, end and external connection end is connect in described functional connector comprises, the described functional unit of end electrical connection is connect in described, the system connector of the described mainboard coupling assembling of described external connection end correspondence electrical connection, described Function Identification part correspondence is fixed on the top of described functional connector, described Function Identification part deviates from described functional connector one side and is provided with Function Identification code, described Function Identification code is used to indicate the system connector of the corresponding described mainboard coupling assembling of functional connector correspondence electrical connection.
Wherein, described Function Identification code setting identical with corresponding systematic identification code.
Wherein, described terminal also comprises base, and described mainboard coupling assembling and functional module group described at least one are removably connected on described base.
Wherein, described terminal also comprises at least one cable, described cable comprises the first inserted terminal, and the second inserted terminal that relatively described first inserted terminal is arranged, described first inserted terminal is plugged in described functional connector, and described second inserted terminal is plugged in the system connector corresponding with described functional connector.
The mainboard coupling assembling that the utility model provides and the terminal of application thereof, by fixed system identification piece on the top of described system connector, and described system banner part deviate from described system connector one side systematic identification code is set, the system corresponding to systematic identification code instruction is utilized to connect corresponding linkage function module, thus each system connector achieved on system board can connect each functional module group accurately, thus make described mainboard coupling assembling can connect each functional module group safely and effectively.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in execution mode below, apparently, accompanying drawing in the following describes is only execution modes more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the mainboard coupling assembling that the utility model provides;
Fig. 2 is the schematic diagram of the terminal that the utility model provides.
Embodiment
Below in conjunction with the accompanying drawing in the utility model execution mode, the technical scheme in the utility model execution mode is clearly and completely described.
Refer to Fig. 1, the utility model provides a kind of mainboard coupling assembling 100.Described mainboard coupling assembling 100 comprises system board 10, multiple system connector 20 and multiple system banner part 30.Described system board 10 is arranged multiple control module (sign), multiple described control module is used for receiving and dispatching control signal from multiple different functional module group 40 respectively.The bottom of multiple described system connector 20 is all fixed on described system board 10.Described system connector 20 comprises the first link 20a and the second link 20b, the first link 20a multiple described control module of corresponding electrical connection respectively of multiple described system connector 20.The relatively described first link 20a of second link 20b of multiple described system connector 20 is arranged, and is electrically connected multiple described functional module group 40 in order to corresponding respectively.Multiple described system banner part 30 is the corresponding top being fixed on multiple described system connector 20 respectively.System banner part 30 described in each deviate from described system connector 20 one side on record systematic identification code 30a, each systematic identification code 30a is different, and each systematic identification code 30a is used to indicate the described functional module group of system connector 20 correspondence electrical connection corresponding separately.
The top of each system connector 20 is provided with different systematic identification code 30a, thus utilize the described systematic identification code 30a of identification, corresponding system connector 30 is identified, and then corresponding system connector 20 can be identified be electrically connected with corresponding functional module group 40, thus realize described mainboard coupling assembling 100 and accurately can connect multiple described functional module group 40, and described mainboard coupling assembling 100 structure is simple, connected mode is easy.Be understandable that, described system board 10 and multiple described functional module group 40 can be all be applied on terminal equipment, this terminal equipment can be computer, mobile phone, robot, mechanical automation equipment or other utilize microcomputer to realize the automation electrical equipment of controlling run.Described system board 10 controls multiple described functional module group 40 and runs, thus realizes Automated condtrol.
In present embodiment, described system board 10 can be the circuit board with multiple complicated circuit system.Multiple control modules of described system board 10 can be separate logic control circuits, also can be jointly be integrated in the central modem on a chip, by the coordinate operation of central modem, realize controlling multiple described functional module group 40 and run.Concrete, described system board 10 comprises a motor control module 11, display control module 12, analogue enlargement module 13 and a central processing control module 14.Described motor control module 11 runs for controlling motor, and described motor control module 11 only receives and dispatches the pulse signal that can control motor and run.Described display control module 12 is for controlling display displays image information, and described display control module 12 only can receive and dispatch vision signal.Described analogue enlargement module 13 is for receiving and dispatching analog signal, thus control simulation communication, therefore described analogue enlargement module 13 only can receive and dispatch digital analogue signal.Described central processing control module 14 for computing signal, thus realizes the multiple functional module group of cooperation control, thus described central processing control module 14 can receive and dispatch various digital signal.Described motor control module 11, display control module 12, analogue enlargement module 13 and central processing control module 14 are formed by the electronic devices and components be integrated on circuit board.In other embodiments, described system board 10 can also comprise audio frequency control module or laser control module or Electromagnetic Control module.
In present embodiment, multiple described system connector 20 all adopts RJ (Registered Jack, registered connector) 25 universal connectors, the i.e. identical setting of multiple described system connector 20 structure, unlike multiple described system connector 20 and the communication mode corresponding to multiple described functional module group 40.Thus need to identify multiple described system connector 20.Concrete, described system connector 20 rectangular-blocklike.Multiple described system connector 20 is all fixed on the periphery of described system board 10, thus facilitates multiple described functional module group 40 to connect multiple described system connector 20.First link 20a of described system connector 20 arranges multiple pin (not shown), and described first link 20a is arranged at the bottom of described system connector 20, and namely multiple pin is arranged at the bottom of described system connector 20.Multiple pin is welded on described system board 10, and connects the circuit system of described system board 10.Described second link 20b is arranged at all sides of described system connector 20, thus described second connects thus facilitate described second link 20b to connect described functional module group 40.In present embodiment, multiple described system connector 20 comprises a first system connector 21, second system connector 22 and the 3rd system connector 23.Described the first system connector 21 correspondence connects described motor control module 1, and described second system connector 22 correspondence connects described display control module 12, and described 3rd system connector 23 correspondence connects described analogue enlargement module 13.In other embodiments, described system connector 20 can also be the universal connector of RJ45, and described second link 20b can also be the top being arranged at described system connector 20, can realize the protection to described second link 20b.
In present embodiment, multiple described system banner parts 30 are pasted on the top of described system connector 20, thus the described system 30a identification code identifying described system connector 20 top intuitively can be facilitated, and then corresponding described functional module group 40 can be selected to connect this system connector 20.Multiple described system banner part 30 is torn from described system connector 20, can also realize the recycling of described system connector 20, and reduces the production cost of described mainboard coupling assembling 100.Concrete, multiple described system banner part 30 comprises the first system identification piece 31, second system identification piece 32 and the 3rd system banner part 33.Described the first system identification piece 31, second system identification piece 32 and the 3rd system banner part 33 respectively correspondence are fixed on described the first system connector 21, second system connector 22 and the 3rd system connector 23.Described the first system identification piece 31, second system identification piece 32 and the 3rd system banner part 33 are respectively arranged with the first system identification code 31a, second system identification code 32a and the 3rd systematic identification code 33a.Described the first system identification code 31a is used to indicate the described the first system connector 21 electrical connection functional module group 40 corresponding with described motor control module 11.Described second system identification code 32a is used to indicate the described second system connector 22 electrical connection functional module group 40 corresponding with described display and control module 12.Described 3rd systematic identification code 33a is used to indicate described 3rd system connector 23 and is electrically connected the functional module group 40 corresponding with described analogue enlargement module 13.In other embodiments, described system banner part 30 can also be integrally in described system connector 20, thus thoroughly prevents the generation of connection error.
In present embodiment, multiple described functional module group 40 can be motor, can be color-changing lamp, can be camera, can be inductor, can also be the terminal equipments such as computer, mobile phone or panel computer.In present embodiment, multiple described functional module group 40 comprises a motor module 41, liquid crystal display module 42 and infrared induction module 43.Described motor module 41 can realize utilizing motor drive machinery structure to run, motor is such as utilized to drive propeller rotational, described motor module 41 needs the signal of telecommunication pulsed drive work by described motor control module 11, and namely described motor module 41 is corresponding with described motor control module 11.Described liquid crystal display module 42 is for displays image information, and described liquid crystal display module 42 is corresponding with described display and control module 12.Described infrared induction module 43 can realize responding to infrared ray, and described infrared induction module 43 is corresponding with described analogue enlargement module 13.Concrete, when described motor module 41 needs running, according to the instruction of described the first system identification code 31a, by the described the first system connector 21 of described motor module 41 correspondence electrical connection, thus realize described motor module 41 and be electrically connected with described motor control module 11, described motor control module 11 sends signal of telecommunication pulse to described motor module 41, thus drives the machine operation of described motor module 41.Same, when described liquid crystal display module 42 and infrared induction module 43 work, the described second system connector 22 of corresponding electrical connection and the 3rd system connector 23 respectively, namely described liquid crystal display module 42 is electrically connected described display control module 12, described infrared induction module 43 is electrically connected described analogue enlargement module 13, and its operation principle does not repeat them here.
Further, multiple described system connector 20 is fixed on the side of described system board 10, and be positioned at the periphery of described system board 10, second link 20a of multiple described system connector 20 all away from the geometric center of described system board 10, and is respectively used to the multiple described functional module group 40 of corresponding grafting.
In present embodiment, multiple described system connector 20 arranges along the edge of described system board 10, thus save the arrangement space of described system board 10, and facilitate the connection of multiple described system connectors 20 and multiple described functional module group 40, and easily identify multiple described system connector 20.Concrete, multiple described second link 20b is provided with interface 20c, and the opening direction of multiple described interface 20c is all oppositely offered towards described first link 20a.By the opening of the described interface 20c outside towards described system board 10, and then the grafting of described functional module group 40 can be facilitated, and be not easy to damage described system board 10.More specifically, described functional module group 40 is connected one end cable 50, at described cable 50, plug (sign) is set away from one end of described functional module group 40, described plug is inserted in described interface 20c, thus realizes the connection of described functional module group 40 and described system connector.In other embodiments, described second link 20b arranges plug, or contact pin, or pin.
Further, described system banner part 30 is card, described system banner part 30 comprises the upper surface (sign) and lower surface (sign) that are oppositely arranged, described systematic identification code 30a establishes as described upper surface, and described lower surface is removably connected to the top end face of described system connector.
In present embodiment, described lower surface is pasted on the top of described system connector 20.Described system banner part 30 arranges adhesive at described lower surface, described system banner part 30 can arbitrarily be pasted or peel off in described system connector 20, thus the connected mode of described system connector 20 can be changed, make described system connector 20 to realize multiple use, and reach the effect of recycling.Described systematic identification code 30a is printed on described upper surface by the mode of ink for screen printing, thus described systematic identification code 30a is not fragile, and clear and legible.In other embodiments, described system banner part 30 can also be plastic cement block, described system banner part 30 can also be shaped on described system connector 20, and described systematic identification code 30a is arranged at groove on described system banner part 30 or projection.
Further, described systematic identification code 30a is printed on described upper surface, and each described systematic identification code 30a has the combination of mutually different pattern or mutually different color or mutually different pattern and color.
In present embodiment, described systematic identification code 30a is by rectangular block pattern, and the digital pattern in rectangular block pattern is formed, and rectangular block pattern can be multiple different colours, and rectangular block pattern also can be made up of the sub-rectangular block of multiple different colours.Concrete, the rectangular block that described the first system identification code 31a, second system identification code 32a and the 3rd systematic identification code 33a adopt color different is respectively formed, and in rectangular block, establish set, " 2 " and " 3 " digital figure respectively, thus sort to described the first system identification code 31a, second system identification code 32a and the 3rd systematic identification code 33a, thus prevent described the first system connector 21, second system connector 22 and the 3rd system connector 23 chaotic.In other embodiments, described systematic identification code 30a adopts employing to have difform pattern to form.
Further, comprise general identifications part 34, described general identifications part 34 records general identifications code 34a in multiple described system banner part 30, described general identifications code 34a is used to indicate corresponding connector and is electrically connected arbitrary functional module group.
In present embodiment, multiple described system connector 20 comprises a general-purpose system connector 24, first link 20a of this general-purpose system connector 24 can connect arbitrary control module, or various control module can be connected, second link 20b of described general-purpose system connector 24 connects arbitrary functional module group, or can connect several functions module.Illustrate, when the first link 20a of described general-purpose system connector 24 is electrically connected central modulated processor, second end 20b of described general-purpose system connector 24 can connect audio frequency module, display module or store module, and namely described general-purpose system connector 24 can realize communication.Described general identifications part 34 is fixed on described general-purpose system connector 24.Described general-purpose system identification code 34a is made up of the sub-rectangular block of multiple different colours, thus representing that described systematic identification code 34a can connect multiple different functional module group 40, the general-purpose system connector 34 corresponding to the instruction of each color can connect the functional module group corresponding to this color.Described general-purpose system identification code 34a also has digital figure, to distinguish multiple general-purpose system connector 24 with general-purpose system identification code 34a.In other embodiments, described general-purpose system identification piece 34 can also be arrange in upper surface blank, thus the general-purpose system connector 20 corresponding to instruction can connect arbitrary functional module group 40.
The present invention also provides a kind of terminal 101, and described terminal 101 comprises described mainboard coupling assembling 100, and described terminal 101 also comprises at least one functional module group 40 and at least one Function Identification part 50.Functional module group 40 described at least one includes function mainboard 401 and functional connector 402.Described function mainboard 401 is provided with functional unit 401a, and the bottom of described functional connector 402 is fixed on described function mainboard 401.Connect end and external connection end in described functional connector 402 comprises, in described, connect the system connector 20 of the described mainboard coupling assembling 100 of external connection end correspondence electrical connection described in the described functional unit 401a. of end electrical connection.Described Function Identification part 50 correspondence is fixed on the top of described functional connector 42.Described Function Identification part 50 deviates from described functional connector 42 one side and is provided with Function Identification code 50a, and described Function Identification code 50a is used to indicate the system connector 20 of the corresponding described mainboard coupling assembling 100 of functional connector 42 correspondence electrical connection.Be understandable that, described functional unit 41a can be motor, loud speaker, display screen or sensor instrument.Described functional connector 42 can be arranged with described system connector 20 same structure, and described Function Identification part 50 can be that same structure is arranged with described system banner part 30.
In present embodiment, functional module group 40 described at least one comprises motor module 41, liquid crystal display module 42 and infrared induction module 43, and described motor module 41, liquid crystal display module 42 and infrared induction module 43 comprise the first functional connector 421, second functional connector 422 and the 3rd functional connector 423 respectively.Described first functional connector 421, second functional connector 422 and the 3rd functional connector 423 be corresponding electrical connection described the first system connector 21, second system connector 22 and the 3rd system connector 23 respectively.The correspondence that comprises described Function Identification part 50 is fixed on the first Function Identification part 51, second Function Identification part 52 and the 3rd functional representation part 53 of described first functional connector 421, second functional connector 422 and the 3rd functional connector 423.Described first Function Identification part 51, second Function Identification part 52 and the 3rd functional representation part 53 have the first Function Identification code 51a, the second Function Identification code 52a and the 3rd Function Identification code 53a respectively.Described first Function Identification code 51a, the second Function Identification code 52a and the 3rd Function Identification code 53a corresponding described the first system identification code 31a, second system identification code 32a and the 3rd systematic identification code 33a can arrange the rectangular block of same color respectively.Thus conveniently multiple described functional module group 40 is identified, prevent system described in described functional module group 40 incorrect link from connecting 30.
Further, described terminal 101 also comprises base (not shown), and described mainboard coupling assembling 100 and functional module group 40 described at least one are removably connected on described base.Described base can be housing, and described mainboard coupling assembling 100 and functional module group 40 described at least one all screw are connected on described base, thus described mainboard coupling assembling 100 and functional module group 40 described at least one are protected.Be understandable that, described base can be robot shells, can be casing of electric vehicle, or computer casing.
Further, described terminal 101 also comprises at least one cable 60, described cable 60 comprises the first inserted terminal 61, and the second inserted terminal 62 that relatively described first inserted terminal 61 is arranged, described first inserted terminal 61 is plugged in described functional connector 50, and described second inserted terminal 62 is plugged in the system connector 20 corresponding with described functional connector 50.Concrete, described first inserted terminal 61 and described second inserted terminal 62 can be the plugs arranging same-interface, thus increase the suitability of described cable 60.
The mainboard coupling assembling that the utility model provides and the terminal of application thereof, by fixed system identification piece on the top of described system connector, and described system banner part deviate from described system connector one side systematic identification code is set, the system corresponding to systematic identification code instruction is utilized to connect corresponding linkage function module, thus each system connector achieved on system board can connect each functional module group accurately, thus make described mainboard coupling assembling can connect each functional module group safely and effectively.
The above is preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection range of the present utility model.
Claims (10)
1. a mainboard coupling assembling, it is characterized in that, described mainboard coupling assembling comprises system board, multiple system connector and multiple system banner part, described system board arranges multiple control module, multiple described control module is used for receiving and dispatching control signal from multiple different functional module group respectively, the bottom of multiple described system connector is all fixed on described system board, described system connector comprises the first link and the second link, the first link multiple described control module of corresponding electrical connection respectively of multiple described system connector, second link of multiple described system connector is electrically connected multiple described functional module group in order to corresponding respectively, multiple described system banner part is the corresponding top being fixed on multiple described system connector respectively, system banner part described in each deviate from described system connector one side on record systematic identification code, each systematic identification code is different, each systematic identification code is used to indicate the described functional module group of system connector correspondence electrical connection corresponding separately.
2. mainboard coupling assembling according to claim 1, it is characterized in that, multiple described system connectors are fixed on the side of described system board, and be positioned at the periphery of described system board, second link of multiple described system connector all away from the geometric center of described system board, and is respectively used to the multiple described functional module group of corresponding grafting.
3. mainboard coupling assembling according to claim 2, is characterized in that, multiple described second link is provided with interface.
4. mainboard coupling assembling according to claim 1, it is characterized in that, described system banner part is card, described system banner part comprises the upper surface and lower surface that are oppositely arranged, described systematic identification code is established as described upper surface, and described lower surface is removably connected to the top end face of described system connector.
5. mainboard coupling assembling according to claim 4, it is characterized in that, described systematic identification code is printed on described upper surface, and each described systematic identification code has the combination of mutually different pattern or mutually different color or mutually different pattern and color.
6. mainboard coupling assembling according to claim 1, it is characterized in that, comprise general identifications part in multiple described system banner part, described general identifications part records general identifications code, described general identifications code is used to indicate corresponding system connector and is electrically connected arbitrary functional module group.
7. a terminal, it is characterized in that, described terminal comprises the mainboard coupling assembling described in claim 1 ~ 6 any one, described terminal also comprises at least one functional module group and at least one Function Identification part, functional module group described at least one includes function mainboard and functional connector, described function mainboard is provided with functional unit, the bottom of described functional connector is fixed on described function mainboard, end and external connection end is connect in described functional connector comprises, the described functional unit of end electrical connection is connect in described, the system connector of the described mainboard coupling assembling of described external connection end correspondence electrical connection, described Function Identification part correspondence is fixed on the top of described functional connector, described Function Identification part deviates from described functional connector one side and is provided with Function Identification code, described Function Identification code is used to indicate the system connector of the corresponding described mainboard coupling assembling of functional connector correspondence electrical connection.
8. terminal according to claim 7, is characterized in that, the setting identical with corresponding systematic identification code of described Function Identification code.
9. terminal according to claim 7, is characterized in that, described terminal also comprises base, and described mainboard coupling assembling and functional module group described at least one are removably connected on described base.
10. terminal according to claim 7, it is characterized in that, described terminal also comprises at least one cable, described cable comprises the first inserted terminal, and the second inserted terminal that relatively described first inserted terminal is arranged, described first inserted terminal is plugged in described functional connector, and described second inserted terminal is plugged in the system connector corresponding with described functional connector.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520329684.XU CN204632997U (en) | 2015-05-20 | 2015-05-20 | The terminal of mainboard coupling assembling and application thereof |
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| CN201520329684.XU CN204632997U (en) | 2015-05-20 | 2015-05-20 | The terminal of mainboard coupling assembling and application thereof |
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| CN204632997U true CN204632997U (en) | 2015-09-09 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106327976A (en) * | 2016-10-23 | 2017-01-11 | 咔嗒爸爸（天津）教育科技有限公司 | Intelligent electronic building block based on self-adapt mechanism |
| CN106409086A (en) * | 2016-10-23 | 2017-02-15 | 咔嗒爸爸（天津）教育科技有限公司 | Intelligent electronic building block simulating energy-saving lamp system |
| CN107179818A (en) * | 2016-03-09 | 2017-09-19 | 佛山市顺德区顺达电脑厂有限公司 | The control circuit and control method of double mainboards |
| CN108880551A (en) * | 2018-07-02 | 2018-11-23 | 京东方科技集团股份有限公司 | Motherboard circuit, display module and display device |
| CN109269055A (en) * | 2018-08-13 | 2019-01-25 | 珠海格力电器股份有限公司 | Electrical appliance kit and air-conditioning system |
| CN111653904A (en) * | 2020-05-28 | 2020-09-11 | 南京普天天纪楼宇智能有限公司 | RJ45 interface connector with intelligent chip management function |
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2015
- 2015-05-20 CN CN201520329684.XU patent/CN204632997U/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107179818A (en) * | 2016-03-09 | 2017-09-19 | 佛山市顺德区顺达电脑厂有限公司 | The control circuit and control method of double mainboards |
| CN107179818B (en) * | 2016-03-09 | 2020-07-21 | 佛山市顺德区顺达电脑厂有限公司 | Control circuit and control method of double mainboards |
| CN106327976A (en) * | 2016-10-23 | 2017-01-11 | 咔嗒爸爸（天津）教育科技有限公司 | Intelligent electronic building block based on self-adapt mechanism |
| CN106409086A (en) * | 2016-10-23 | 2017-02-15 | 咔嗒爸爸（天津）教育科技有限公司 | Intelligent electronic building block simulating energy-saving lamp system |
| CN108880551A (en) * | 2018-07-02 | 2018-11-23 | 京东方科技集团股份有限公司 | Motherboard circuit, display module and display device |
| CN108880551B (en) * | 2018-07-02 | 2022-05-24 | 京东方科技集团股份有限公司 | Mainboard circuit, display module assembly and display device |
| CN109269055A (en) * | 2018-08-13 | 2019-01-25 | 珠海格力电器股份有限公司 | Electrical appliance kit and air-conditioning system |
| CN111653904A (en) * | 2020-05-28 | 2020-09-11 | 南京普天天纪楼宇智能有限公司 | RJ45 interface connector with intelligent chip management function |
| CN111653904B (en) * | 2020-05-28 | 2021-11-09 | 南京普天天纪楼宇智能有限公司 | RJ45 interface connector with intelligent chip management function |
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