CN211663154U - Threading-free rearview mirror folding control device - Google Patents
Threading-free rearview mirror folding control device Download PDFInfo
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- CN211663154U CN211663154U CN202020043465.6U CN202020043465U CN211663154U CN 211663154 U CN211663154 U CN 211663154U CN 202020043465 U CN202020043465 U CN 202020043465U CN 211663154 U CN211663154 U CN 211663154U
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Abstract
The utility model aims at providing a exempt from threading rear-view mirror folding control device can utilize original connecting wire of former car ingeniously, removes the trouble of threading in addition from. The control device comprises a host and a slave, wherein the host is provided with a host MCU module, the host MCU module is connected with a detection module, a communication module, a central lock detection module and a folding motor drive module, the slave is provided with a slave MCU module, the slave MCU module is connected with a communication module, an up-down/left-right turning motor drive module and a folding motor drive module, the detection module of the host is connected with a rearview mirror adjusting switch, the communication module of the host is connected with a rearview mirror switch plug, the communication module of the slave is connected with an original vehicle plug, and the up-down/left-right turning motor drive module is connected with an up-down/left-right turning motor.
Description
Technical Field
The utility model belongs to the technical field of automobile spare and accessory parts, concretely relates to exempt from threading rear-view mirror folding control device.
Background
The automobile rearview mirror lock has the automatic folding function, the mirror surface can be protected, the parking berth space can be reduced, rubbing and rubbing can be effectively avoided, and passerby injury or rearview mirror damage caused by the fact that passerby impacts a rearview mirror can be even avoided, so that the automobile rearview mirror lock is a very practical function. At present, when installing the rear-view mirror additional folding, folding controller places in the door plant before left, and folding controller needs left side control line and right side control line to connect folding motor in left side and the folding motor in right side respectively, and the right side control line need draw forth and pass in the car in the left front door inboard, then is connected to the folding motor in right side of device in the rear-view mirror of right side, but because former car does not reserve the hole site, leads to this kind of threading mode very troublesome, and short circuit risk in addition.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a threading-free rearview mirror folding control device can utilize original connecting wire of former car ingeniously, removes the trouble of threading in addition from.
The utility model discloses an exempt from threading rear-view mirror folding control device, its characterized in that includes the host computer and follows the machine, the host computer is equipped with host computer MCU module, host computer MCU module connection is equipped with detection module, communication module, well accuse lock detection module and folding motor drive module, follow the machine and be equipped with from the machine MCU module, from the machine MCU module connection be equipped with communication module, turn over motor drive module and folding motor drive module about/from top to bottom, the detection module and the rear-view mirror regulating switch of host computer are connected, the communication module and the rear-view mirror switch plug connection of host computer, the communication module and the former car plug connection of following the machine, turn over motor drive module about/from top to bottom and turn over the motor and be connected about/from top to bottom.
In a preferred embodiment, the master is provided with a master connection harness, the slave is provided with a slave connection harness, the master connection harness comprises a first connection line for connecting the rearview mirror adjusting switch and the detection module and a second connection line for connecting the communication module and the rearview mirror switch plug, and the slave connection harness comprises a third connection line for the original vehicle plug and the communication module and a fourth connection line for connecting the original vehicle plug and the up-down/left-right turning motor driving module.
Furthermore, the first connecting wire is connected with an original vehicle rearview mirror adjusting switch through a first plug, and the second connecting wire is connected with the rearview mirror switch plug through a second plug. Thus the utility model discloses can realize the butt joint with former car wiring harness of former car rear-view mirror regulating switch, need not to change former car rear-view mirror regulating switch assembly, convenient repacking avoids destroying former car control panel outward appearance.
As a further preferred embodiment, the main unit is integrated in the same housing as the mirror adjustment switch. Thus the utility model discloses a host computer and new rear-view mirror regulating switch C1 are integrated as a new rear-view mirror regulating switch assembly in same casing, can conveniently increase new function key position through the original rear-view mirror regulating switch assembly of the direct replacement of new rear-view mirror regulating switch assembly like this, and at this moment, new rear-view mirror regulating switch assembly has integrated the utility model discloses a host computer to with the direct plug connection of former pencil of rear-view mirror switch plug can.
The utility model discloses a theory of operation does:
the host MCU module detects a rearview mirror adjusting switch through the detection module, when a control up-down/left-right turning signal of the rearview mirror adjusting switch is detected, the host MCU module is connected to a communication module in the slave machine through a communication module in the host machine through a second connecting wire, the rearview mirror adjusting switch, an original vehicle plug and a third connecting wire, and then the slave MCU module controls an up-down/left-right turning rearview mirror motor on one side of the slave machine to realize up-down/left-right turning;
when the host MCU module detects a lock closing signal through the central control lock detection module in a flameout state, the host MCU module is connected to the communication module in the slave machine through the communication module in the host machine, a second connecting wire, a rearview mirror adjusting switch, an original vehicle plug and a third connecting wire, and then the slave MCU module commands the folding motor driving module in the slave machine to drive the folding motor at one side of the slave machine to fold; meanwhile, the host MCU module controls and commands a folding motor driving module in the host to drive a folding motor at one side of the host to fold;
when the host computer MCU module detects an unlocking signal through the central control lock detection module in a flameout state, the host computer MCU module is connected to the communication module in the slave computer through the communication module in the host computer, a second connecting wire, a rearview mirror adjusting switch, an original vehicle plug and a third connecting wire, and then the slave computer MCU module commands the folding motor driving module in the slave computer to drive the folding motor at one side of the slave computer to unfold; and meanwhile, the host MCU module controls and commands a folding motor driving module in the host to drive a folding motor at one side of the host to unfold.
The utility model discloses an add communication module's host computer and follow the machine for turn over about/about the original car and turn over the motor signal transmission function about/about the motor signal connecting wire had originally, can bear the folding motor signal transmission function who adds again, thereby avoided the trouble of folding motor signal transmission other threading, avoided the short circuit risk.
Drawings
Fig. 1 is a schematic view of the connection structure of the present invention.
Fig. 2 is the structure schematic diagram of the utility model discloses when butt joint uses former car rearview mirror regulating switch.
In which the figures are as follows: 1. a host; 11. a host MCU module; 12. a detection module; 13. a communication module; 14. a central control lock detection module; 16. a folding motor driving module; 2. a slave; 21. a slave MCU module; 22. a communication module; 23. the up-down/left-right turning motor driving module; 24. a folding motor driving module; a1, a first plug; a2, second plug; a3, a first connecting line; a4 and a second connecting line; a5, other connecting lines; b1, plug; b2, plug; b3, other connecting lines; b4, a third connecting line; b5 and a fourth connecting line; c1, original vehicle rearview mirror adjusting switch/rearview mirror adjusting switch; c2, rearview mirror switch plug; c3, original vehicle plug; c4, original vehicle plug; c5, left side rearview mirror up/down/left/right turning motor; c6, original vehicle plug; c7, original vehicle plug; c8, a right side rearview mirror up-down/left-right turning motor; c9, a left folding motor; c10, right folding motor.
Detailed Description
The following description of the embodiments of the present invention will be made in detail with reference to the accompanying drawings, wherein the embodiments of the present invention are described in detail with reference to the accompanying drawings, for example, the shapes and structures of the respective members, the mutual positions and connection relationships between the respective portions, the functions and operation principles of the respective portions, and the like.
As fig. 1, fig. 2, the utility model discloses a threading-free rearview mirror folding control device, including host computer 1 and follow machine 2, host computer 1 is equipped with host computer MCU module 11, host computer MCU module 11 is connected and is equipped with detection module 12, communication module 13, well accuse lock detection module 14 and folding motor drive module 16, follow machine 2 and be equipped with from machine MCU module 21, from machine MCU module 21 connection be equipped with communication module 22, turn over motor drive module 23 and folding motor drive module 24 about/from top to bottom, host computer 1's detection module 12 is connected with rear-view mirror regulating switch C1, host computer 1's communication module 13 is connected with rear-view mirror switch plug C2, from machine 222's communication module and former car plug C6 are connected, turn over motor drive module about/from top to bottom and turn over motor C8 about/from top to bottom and be connected. The master machine 1 is provided with a master machine connecting wire harness, the slave machine 2 is provided with a slave machine connecting wire harness, the master machine connecting wire harness comprises a first connecting wire A3 used for connecting a rearview mirror adjusting switch C1 and a detection module 12 and a second connecting wire A4 used for connecting a communication module 13 and a rearview mirror switch plug C2, and the slave machine connecting wire harness comprises a third connecting wire B4 used for connecting an original vehicle plug C6 and a communication module 22 and a fourth connecting wire B5 used for connecting an original vehicle plug C7 and a vertical/horizontal tilting motor driving module 23. Wherein, rear-view mirror switch plug C2 turns over the link of motor signal connecting wire about turning over about for former car, is not installing additional the utility model discloses the time, its output is divided into two tunnel: the L path is connected with and controls a left side rearview mirror up-down/left-right turning motor C5 through an original vehicle plug C3 and an original vehicle plug C4, and the R path is connected with and controls a right side rearview mirror up-down/left-right turning motor C8 through an original vehicle plug C6 and an original vehicle plug C7; after the utility model is additionally installed, the L path of the output end of the rearview mirror switch plug C2 keeps the function unchanged, the R path is respectively replaced and connected between the original vehicle plug C6 and the original vehicle plug C7 through the slave machine connecting wire harness, namely the wire harness B in the dashed line frame at the right side of the picture 1 and the picture 2, and the control signal of the connecting wire between the rearview mirror switch plug C2 at the R path and the original vehicle plug C6 not only comprises the original up-down/left-right turning motor control signal of the right side rearview mirror, but also comprises the newly added right side folding motor control signal; the wiring harness B comprises a plug B1 connected with an original vehicle plug C6, a plug B2 connected with an original vehicle plug C7, other connecting wires B3 comprising a power line, a third connecting wire B4 and a fourth connecting wire B5; the communication module 13 and the communication module 22 may adopt a dedicated IC such as LIN, CAN, or the like, or may adopt discrete components such as a triode, or may adopt a driving element transmitting unit; the utility model discloses use the left driving seat motorcycle type of internal standard as an example, host computer 1 installation sets up in left front door plant, from 2 installations of machine sets up in the right side door plant, and corresponding 1 one side of host computer indicates the left side, follows 2 one sides and indicates the right side, if is foreign right driving seat motorcycle type, then the installation sets up in right front door plant, from 2 installations settings in the left side door plant.
The utility model discloses a theory of operation does:
the host MCU module 11 detects a rearview mirror adjusting switch C1 through the detection module 12, when a control up-down/left-right turning signal of a rearview mirror adjusting switch C1 is detected, the host MCU module 11 is connected to a communication module 22 in the slave machine through a communication module 13 in the host machine 1, a second connecting wire A4, a rearview mirror adjusting switch C2, an original vehicle plug C6 and a third connecting wire B4, and controls a rearview mirror motor C8 on the right side of one side of the slave machine 2 to turn up, down, left and right through a rearview mirror motor 23 on the up-down/left-right turning from the machine MCU module 21;
in a flameout state, when the master MCU module 11 detects a lock closing signal through the central lock detection module 14, the master MCU module 11 is connected to the communication module 22 in the slave 2 through the communication module 13 in the master 1, the second connection line a4, the rearview mirror adjustment switch C2, the original vehicle plug C6 and the third connection line B4, and then the slave MCU module 21 commands the folding motor driving module 24 in the slave 2 to drive the right folding motor C10 at one side of the slave 2 to fold; meanwhile, the host MCU module 11 controls and instructs the folding motor driving module 16 in the host 1 to drive the left folding motor C9 on one side of the host 1 to fold;
in a flameout state, when the host MCU module 11 detects an unlocking signal through the central lock detection module 14, the host MCU module 11 is connected to the communication module 22 in the slave 2 through the communication module 13 in the host 1, the second connection line a4, the rearview mirror adjustment switch C2, the original vehicle plug C6 and the third connection line B4, and then the slave MCU module 21 commands the folding motor driving module 24 in the slave 2 to drive the right folding motor C10 at one side of the slave 2 to unfold; meanwhile, the host MCU module 11 controls and instructs the folding motor driving module 16 in the host 1 to drive the left folding motor C9 on one side of the host 1 to unfold.
The utility model discloses an add communication module's host computer 1 and follow machine 2 for turn over about/about the motor signal connecting wire about/about original car and have about/turn over motor signal transmission function about/originally, can bear the folding motor signal transmission function who adds again, thereby avoided the trouble of folding motor signal transmission in addition threading, avoided the short circuit risk.
The utility model discloses a host computer 1 has two kinds with rear-view mirror regulating switch's connected mode, one kind need not to change former car rear-view mirror regulating switch, another kind is directly with rear-view mirror regulating switch and host computer 1 integration in same casing assembly, directly changes former car rear-view mirror regulating switch, as two kinds of embodiments below show:
example 1:
as shown in fig. 2, the first connection line A3 is connected to the original vehicle mirror adjustment switch C1 through a first plug a1, and the second connection line a4 is connected to the mirror switch plug C2 through a second plug a 2. This sample utility model can realize the butt joint through whole pencil A as in fig. 2 left side dotted line frame and former car pencil of former car rear-view mirror regulating switch C1, need not to change former car rear-view mirror regulating switch assembly, and convenient repacking avoids destroying former car control panel outward appearance. Other connecting wires A5 are further arranged between the first plug A1 and the second plug A2, and the other connecting wires A5 can comprise connecting wires of a left side rearview mirror up-down/left-right turning motor C5, corresponding power wires and the like.
Example 2:
as another preferred embodiment, the utility model discloses can also integrate as a new rear-view mirror regulating switch assembly with new rear-view mirror regulating switch C1 in same casing, as shown in fig. 1, can directly replace former rear-view mirror regulating switch assembly through new rear-view mirror regulating switch assembly like this, conveniently increase new function key position, at this moment, new rear-view mirror regulating switch assembly has integrated the utility model discloses a host computer to with the direct plug connection of former pencil of rear-view mirror switch plug C2.
The foregoing is a more detailed description of the present invention, taken in conjunction with the specific preferred embodiments thereof, and it is not intended that the invention be limited to the specific embodiments shown and described. To the utility model belongs to the technical field of ordinary technical personnel, do not deviate from the utility model discloses under the prerequisite of design, can also make a plurality of simple deductions or replacement, all should regard as belonging to the utility model discloses a protection scope.
Claims (4)
1. The utility model provides a threading-free rearview mirror folding control device, its characterized in that includes host computer and follow machine, the host computer is equipped with host computer MCU module, host computer MCU module connects and is equipped with detection module, communication module, well accuse lock detection module and folding motor drive module, follow machine is equipped with from machine MCU module, follow machine MCU module and connect and be equipped with communication module, turn over motor drive module and folding motor drive module about/from top to bottom, the detection module and the rearview mirror regulating switch of host computer are connected, the communication module and the rearview mirror switch plug connection of host computer, the communication module and the former car plug connection of follow machine, turn over motor drive module and turn over about/from top to bottom/from left to right and turn over the motor and be connected.
2. The folding control device of a rearview mirror without threading as claimed in claim 1, wherein the master is provided with a master connection harness, the slave is provided with a slave connection harness, the master connection harness comprises a first connection line for connecting the rearview mirror adjustment switch and the detection module and a second connection line for connecting the communication module and the rearview mirror switch plug, and the slave connection harness comprises a third connection line for the original vehicle plug and the communication module and a fourth connection line for connecting the original vehicle plug and the up-down/left-right turning motor driving module.
3. The folding control device of the rearview mirror without threading as claimed in claim 2, wherein the first connecting wire is connected with the original rearview mirror adjusting switch through a first plug, and the second connecting wire is connected with the rearview mirror switch plug through a second plug.
4. The threading-free rearview mirror folding control apparatus as claimed in claim 1, wherein the main unit and the rearview mirror adjustment switch are integrated in the same housing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020043465.6U CN211663154U (en) | 2020-01-09 | 2020-01-09 | Threading-free rearview mirror folding control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020043465.6U CN211663154U (en) | 2020-01-09 | 2020-01-09 | Threading-free rearview mirror folding control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211663154U true CN211663154U (en) | 2020-10-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020043465.6U Active CN211663154U (en) | 2020-01-09 | 2020-01-09 | Threading-free rearview mirror folding control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211663154U (en) |
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2020
- 2020-01-09 CN CN202020043465.6U patent/CN211663154U/en active Active
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